FAQ
Frequently Asked Questions
Find answers to the most common questions about our services.
FAQ Realted to (X-RAY SKULL AP VIEW)
An X-ray Skull AP (Anteroposterior) View is an imaging test that takes a front-side picture of the skull to check for fractures, bone diseases, sinus issues, or any abnormalities.
The procedure usually takes 5–10 minutes. The actual X-ray exposure is only a few seconds.
The test is completely painless. The radiation exposure is very low and safe, but not recommended for pregnant women unless necessary.
Most centres provide the report within 30 minutes to 1 hour, depending on workload.
No special preparation is required. You may be asked to remove metal objects like earrings, hair pins, spectacles, or chains before the test.
FAQ Realted to (X-RAY SKULL LAT VIEW)
An X-ray Skull Lateral View is a side-view X-ray of the skull. It helps doctors check for fractures, bone injuries, sinus conditions, and skull shape abnormalities.
No special preparation is required. You only need to remove metal items like earrings, hairpins, chains, or spectacles before the scan.
The test usually takes 5–10 minutes. The actual X-ray exposure takes just a few seconds.
No, it is completely painless. You just need to stay still for a few seconds while the X-ray is taken.
Most diagnostic centres provide the report within 30 minutes to 1 hour, depending on workload.
FAQ Realted to (X-RAY SKULL CORONAL VIEW)
An X-ray Skull Coronal View captures the skull from a front-to-back angle, showing the facial bones, skull base, sinuses, and other structures in greater detail.
Doctors recommend this view to evaluate:
Facial bone fractures,
Skull base abnormalities ,
Sinus problems ,
Bone infections or tumors ,
No. There is no special preparation. You only need to remove metal items such as earrings, glasses, hairpins, or chains before the scan.
Yes, it is completely painless. Radiation exposure is minimal and considered safe. However, pregnant women should avoid X-rays unless absolutely necessary.
The test takes 5–10 minutes, and the report is usually ready within 30 minutes to 1 hour depending on your diagnostic centre.
FAQ Realted to (X-RAY SELLA VIEW)
An X-ray Sella View is a special skull X-ray focused on the sella turcica, a small bone cavity that holds the pituitary gland. It helps in detecting any abnormalities in this area.
Doctors advise a Sella View X-ray to check for: Pituitary gland enlargement , Bone changes around the sella , Tumors or cysts , Hormonal disorder–related structural issues
No special preparation is required.
You may need to remove metal items like earrings, glasses, or hair accessories before the X-ray.
The test is painless and involves very low radiation. It is safe for most people, but pregnant women should avoid X-rays unless urgent.
The procedure takes around 5–10 minutes.
Reports are usually provided within 30 minutes to 1 hour, depending on the centre.
FAQ Realted to (X-RAY TOWNE VIEW)
An X-ray Towne View is a special skull X-ray taken from the back of the head at a downward angle. It provides a detailed view of the occipital bone, skull base, and foramen magnum.
Doctors recommend a Towne View X-ray to check for: Occipital bone fractures , Skull base injuries , Abnormalities around the foramen magnum, Head trauma evaluation , Congenital skull defects
No preparation is required.
You only need to remove metal objects such as earrings, glasses, chains, and hair accessories.
The test is completely painless.
Radiation exposure is minimal and safe, though pregnant women should avoid X-rays unless necessary.
The entire procedure takes around 5–10 minutes.,
Most centres provide the report within 30 minutes to 1 hour.
FAQ Realted to (X-RAY REVERSE TOWNE VIEW)
An X-ray Reverse Towne View is a special skull X-ray taken from the front of the head with the chin tilted down. It provides a clear view of the occipital bone, skull base, and condylar areas (jaw joints).
This view is mainly used to detect condylar fractures, evaluate skull base injuries, study occipital bone abnormalities, and assess damage after facial or head trauma. It also helps in checking the alignment of the temporomandibular joints (TMJ).
No preparation is needed. Patients only need to remove metal items like glasses, earrings, chains, or hairpins because they can interfere with the X-ray.
The test is completely painless and uses very low radiation. It is safe for most people, but pregnant women should avoid X-rays unless absolutely required.
The entire procedure usually takes around five to ten minutes, and most diagnostic centres provide the report within thirty minutes to one hour depending on workload.
FAQ Realted to (X-RAY PARANASAL SINUS AP VIEW)
An X-ray Paranasal Sinus AP View is a front-facing X-ray that shows the sinuses located around the nose, including the frontal, maxillary, and ethmoid sinuses. It helps doctors check for infections, blockages, inflammation, or structural problems.
Doctors usually recommend this test when a patient has symptoms like sinus pain, headache, nasal blockage, repeated infections, facial swelling, or suspected sinusitis. The AP view helps identify fluid levels, mucosal thickening, or sinus abnormalities.
No special preparation is needed. You only need to remove spectacles, earrings, chains, and any metal accessories on your face or head to ensure a clear image during the X-ray.
The test is completely painless. It uses minimal radiation, which is considered safe for most people. However, pregnant women should avoid X-rays unless medically necessary.
The procedure usually takes around five to ten minutes. Most diagnostic centres provide the report within thirty minutes to one hour, depending on their workload.
FAQ Realted to (X-RAY PARANASAL SINUS LAT VIEW)
An X-ray Paranasal Sinus Lateral View is a side-view X-ray of the sinuses that helps visualize the frontal, maxillary, ethmoid, and sphenoid sinuses. It provides detailed information about sinus air levels, fluid buildup, and structural abnormalities.
Doctors recommend the lateral view when a patient has symptoms such as persistent sinus pain, headaches, nasal obstruction, recurrent sinus infections, or suspected sinusitis. It helps detect fluid levels, mucosal swelling, and any blockages within the sinus cavities.
No special preparation is required. You only need to remove metal accessories like spectacles, earrings, chains, hair pins, or anything around the head and face, as metal can interfere with the X-ray image.
The test is completely painless. The amount of radiation used is very low and safe for most individuals. Pregnant women should avoid X-rays unless it is absolutely necessary and advised by a doctor.
The entire procedure usually takes about five to ten minutes. Most diagnostic centres provide the test report within thirty minutes to one hour depending on their workload.
FAQ Realted to (X-RAY PARANASAL SINUS CORONAL VIEW)
An X-ray Paranasal Sinus Coronal View is an imaging technique taken from a top-to-bottom angle, which provides a clear picture of the frontal, ethmoid, and maxillary sinuses. This view is especially useful for evaluating sinus drainage pathways and the structures around the nasal cavity.
Doctors recommend the coronal view when they need a detailed assessment of sinus infections, recurrent sinusitis, nasal blockage, mucosal thickening, structural problems, or suspected polyps. It is also useful before sinus-related surgeries to understand the sinus anatomy more clearly.
No special preparation is required. You only need to remove metal objects such as spectacles, earrings, chains, or hair accessories because they can obstruct the X-ray image.
The test is completely painless. The radiation exposure is minimal and is considered safe for most individuals. Pregnant women should avoid X-rays unless medically necessary and approved by a doctor.
The procedure typically takes around five to ten minutes. Most diagnostic centres provide the report within thirty minutes to one hour, depending on their workload and reporting time.
FAQ Realted to (X-RAY SOFT TISSUE NASOPHARYNGEAL JOINT LAT VIEW)
This X-ray is a side-view imaging test that focuses on the soft tissues around the nasopharyngeal area, including the upper airway, pharynx, and surrounding structures. It helps evaluate the anatomy of the nasopharynx and detect any abnormal masses, obstructions, or infections.
Doctors usually recommend this test when a patient has symptoms such as difficulty swallowing, nasal obstruction, snoring, sleep apnea, or suspected infections or growths in the nasopharyngeal region. It is also used to monitor airway space in patients with certain ENT conditions.
No special preparation is required. Patients should remove any metal objects near the head and neck, such as earrings, necklaces, or hairpins, to avoid interference with the X-ray image.
The test is completely painless. Radiation exposure is minimal and safe for most individuals. Pregnant women should avoid X-rays unless it is medically necessary and recommended by their doctor.
The procedure usually takes about five to ten minutes. The report is typically available within thirty minutes to one hour, depending on the workload of the diagnostic centre.
FAQ Realted to (USG CRANIUM)
USG (Ultrasonography) of the cranium is a non-invasive imaging test that uses high-frequency sound waves to examine the structures inside the skull, especially in infants and young children whose fontanelles (soft spots) are still open. It helps evaluate the brain, ventricles, and any abnormalities in the cranial cavity.
Doctors recommend a cranial USG to check for conditions such as hydrocephalus (fluid accumulation in the brain), congenital abnormalities, brain bleeding, infections, or cysts. It is most commonly performed in newborns and infants because the skull bones are not fully fused, allowing sound waves to pass through.
No special preparation is required. The child may need to be calm and still during the scan, and a caregiver may be asked to hold the baby gently. No fasting or medication is usually needed.
The test is completely painless and safe, as it uses sound waves instead of radiation. There are no known harmful effects, making it ideal for infants and children.
The procedure generally takes about ten to fifteen minutes. Most centres provide the report immediately or within an hour after the examination.
FAQ Realted to (USG NECK)
USG Neck is an ultrasound examination of the soft tissues and structures in the neck. It uses high-frequency sound waves to visualize the thyroid gland, lymph nodes, salivary glands, blood vessels, and surrounding tissues. This test helps detect swelling, nodules, cysts, infections, or any structural abnormalities.
Doctors usually recommend a neck ultrasound when a patient has symptoms such as neck swelling, thyroid enlargement, throat discomfort, persistent cough, difficulty swallowing, or suspected infections. It is also done to evaluate thyroid nodules, monitor goitre, check lymph nodes, or investigate lumps felt during a physical examination.
No special preparation is required for a neck ultrasound. Patients may be asked to remove jewellery, chains, or clothing that covers the neck area. The scan is done with a gel applied to the skin, which helps the sound waves create clear images.
The test is completely painless and safe. It involves no radiation and is suitable for people of all ages, including children and pregnant women. Patients may feel slight pressure when the probe is moved over the neck, but it is not uncomfortable.
The procedure usually takes around ten to fifteen minutes. Most diagnostic centres provide the report within thirty minutes to one hour, depending on the workload and reporting process.
FAQ Realted to (USG THYROID)
USG Thyroid is an ultrasound scan of the thyroid gland, which is located in the front of the neck. This test uses high-frequency sound waves to produce detailed images of the thyroid tissue, helping doctors evaluate the gland’s size, shape, structure, and the presence of any nodules, cysts, or abnormalities.
Doctors recommend a thyroid ultrasound when there are symptoms such as a neck lump, thyroid enlargement, difficulty swallowing, unexplained weight changes, voice changes, or suspected thyroid disorders. It is also done to monitor thyroid nodules, assess goitre, check for inflammation, and follow up on abnormal thyroid blood test results.
No special preparation is required. You may be asked to remove jewellery or clothing around the neck area before the scan. The ultrasound gel applied to the skin helps create clear images and is wiped off after the procedure.
The test is completely painless and uses sound waves instead of radiation, making it safe for all age groups, including children and pregnant women. Only mild pressure may be felt when the technician moves the probe over the thyroid area.
The procedure typically takes about ten to fifteen minutes. Most diagnostic centres provide the report within thirty minutes to one hour, depending on their reporting schedule.
FAQ Realted to (USG CAROTID DOPPLER)
A USG Carotid Doppler is an ultrasound test that examines the carotid arteries located on both sides of the neck. These arteries supply blood to the brain. The scan uses sound waves to assess blood flow, check the artery walls, and detect any narrowing, blockages, or plaque buildup that may increase the risk of stroke.
Doctors advise a carotid Doppler when a patient experiences dizziness, weakness, sudden vision problems, fainting spells, frequent headaches, or symptoms suggesting reduced blood flow to the brain. It is also recommended for people with risk factors such as high blood pressure, diabetes, high cholesterol, smoking, or a history of stroke or heart disease.
Usually, no preparation is required. Patients should avoid wearing tight collars or neck jewellery during the scan. The technician applies a gel to the neck to help capture clear images of the blood flow and artery structure.
The test is completely safe and painless. It does not use radiation and is suitable for all age groups. Only light pressure from the ultrasound probe may be felt on the neck, which is not uncomfortable.
The entire procedure generally takes around fifteen to twenty minutes. Most diagnostic centres provide the report within thirty minutes to one hour, depending on their reporting schedule.
FAQ Realted to (USG B-SCAN)
A USG B-Scan is an ultrasound test used to examine the inside of the eye when direct visualization is not possible, usually due to cataract, corneal opacity, or vitreous hemorrhage. It provides a two-dimensional cross-sectional image of the eye, helping doctors assess the retina, vitreous, optic nerve, and other internal structures.
Doctors recommend a B-scan when there is suspected retinal detachment, vitreous bleeding, eye tumors, infections, trauma, or foreign bodies inside the eye. It is also useful before cataract surgery to check the condition of the retina when the doctor cannot see it clearly.
No special preparation is needed. The patient may be asked to keep the eye closed during the scan. A gel is applied over the eyelid to help transmit sound waves, and the probe is gently moved over the closed eyelid to capture images.
The test is completely painless and safe. It does not use radiation, only sound waves, so it is suitable for all patients. Some people may feel slight coolness or pressure from the probe, but it is not uncomfortable.
The procedure usually takes about five to ten minutes. Most diagnostic centres provide the report within thirty minutes to one hour, depending on the workload and findings.
FAQ Realted to (USG ELASTOGRAPHY)
USG Elastography is an ultrasound technique that checks the stiffness of body tissues to detect abnormalities like fibrosis, tumors, or inflammation.
No. It is a completely painless and non-invasive test, just like a regular ultrasound.
The test usually takes 10–20 minutes, depending on the body part being examined.
It is commonly done to assess liver fibrosis, thyroid nodules, breast lumps, and soft tissue lesions for better diagnosis.
In most cases, no special preparation is needed. If it is a liver elastography, fasting for 2–3 hours may be advised.
FAQ Realted to (USG CHEST)
USG Chest is an ultrasound scan used to check the lungs, pleural space, chest wall, and surrounding structures for infections, fluid, or abnormalities.
Yes, it is completely safe. It uses sound waves and has no radiation, making it suitable for all age groups.
Doctors recommend it to detect pleural effusion, pneumonia, lung collapse, chest infections, or to guide procedures like pleural tapping.
No special preparation is required. You can eat, drink, and take medicines normally before the scan.
The scan usually takes 10–15 minutes, depending on the condition being evaluated.
FAQ Realted to (USG BOTH BREASTS)
It is an ultrasound examination of both breasts used to detect lumps, cysts, infections, or any abnormal changes in breast tissue.
No, the test is completely safe and painless. It uses sound waves, not radiation, so it is safe for all ages, including pregnant women.
Doctors advise this test to evaluate breast lumps, pain, nipple discharge, dense breast tissue, or to screen areas that cannot be seen clearly on a mammogram.
No special preparation is required. Just avoid applying powder, deodorant, or lotion on the chest area before the scan for clearer images.
The procedure usually takes 15–20 minutes, depending on findings and breast density.
FAQ Realted to (USG SINGLE BREAST)
It is an ultrasound examination of one breast, done to check lumps, pain, swelling, or any abnormal breast changes on that side.
Yes, it is safe, painless, and radiation-free. Ultrasound uses sound waves, making it suitable for all ages, including pregnant women.
It is advised when a patient has pain, a detected lump, infection, nipple discharge, or if the doctor wants to closely examine abnormalities in one breast.
No special preparation is needed. Just avoid using powders, lotions, or deodorants on the breast and armpit area before the test.
The scan usually takes 10–15 minutes, depending on the findings and tissue density.
FAQ Realted to (USG FAST)
USG FAST is a quick ultrasound scan done mainly in emergency situations to check for internal bleeding or fluid in the abdomen, chest, or around the heart.
It is used after accidents, injuries, or trauma to rapidly identify life-threatening conditions and help doctors decide immediate treatment.
No, it is painless and non-invasive. The doctor simply moves the ultrasound probe on specific areas of the body.
No preparation is required. Since it is mostly done in emergency settings, the scan is performed immediately.
The scan is very quick and usually completed within 2–5 minutes, depending on the patient’s condition.
FAQ Realted to (USG SMALL PARTS)
It is an ultrasound used to examine small organs and structures such as the thyroid, scrotum, testis, salivary glands, lymph nodes, and other superficial tissues.
Doctors recommend it to check for lumps, swelling, pain, infections, cysts, tumors, or abnormalities in small glands or superficial organs.
Yes, it is completely safe, painless, and radiation-free. It uses sound waves, making it suitable for all patients.
In most cases, no preparation is needed. For certain organs, the doctor may advise specific instructions, but generally, the scan is straightforward.
The scan usually takes 10–20 minutes, depending on the area being examined.
FAQ Realted to (USG SMALL PART DOPPLER)
It is an ultrasound test that evaluates small organs or superficial structures (like thyroid, testis, scrotum, lymph nodes, salivary glands) along with their blood flow using Doppler technique.
Doctors advise it to detect infections, torsion, inflammation, tumors, cysts, and to assess blood supply to the affected organ. It helps identify blocked or abnormal blood vessels.
Yes, the test is completely safe, painless, and does not use radiation. Doppler ultrasound only uses sound waves.
Usually, no special preparation is required. You may be asked to avoid applying powders or lotions on the area being examined.
The scan typically takes 15–25 minutes, depending on the organ and the findings.
FAQ Realted to (NCCT HEAD (PLAIN))
It is a non-contrast CT scan of the brain used to detect bleeding, stroke, fractures, swelling, tumors, or other head injuries without using any dye/contrast.
Doctors recommend it for headache, trauma, fainting, stroke symptoms, seizures, vomiting, dizziness, or after an accident to quickly check for serious brain problems.
The scan is painless. It uses X-ray radiation, but in a controlled and safe amount. There is no injection involved in the plain scan.
No special preparation is required. You may just need to remove any metal items like jewelry, hairpins, or spectacles before the scan.
The scan is very quick and usually takes 5–10 minutes, and results are often available soon after in emergency situations.
FAQ Realted to (CECT HEAD (CONTRAST))
It is a CT scan of the brain performed after injecting a contrast dye to get clearer images for detecting tumors, infections, strokes, and abnormal blood vessels.
Contrast helps highlight blood vessels, tissues, infections, tumors, and bleeding more clearly, giving better diagnostic accuracy.
Yes, it is generally safe. Some patients may feel warm or have a metallic taste for a few seconds. Inform the doctor if you have kidney issues or contrast allergy.
You may be asked to come fasting for 4–6 hours. Kidney function tests may be required before giving contrast.
The scan itself takes 5–10 minutes, but the full process including contrast injection may take 15–20 minutes.
FAQ Realted to (CECT BRAIN ANGIOGRAPHY (CONTRAST))
It is a CT scan of the brain’s blood vessels done using contrast dye to detect blockages, narrowing, aneurysms, and other vascular abnormalities.
Doctors recommend it to evaluate stroke, severe headache, dizziness, aneurysm, AV malformations, or blood vessel-related problems in the brain.
Yes, the contrast is usually safe. Some people may feel warmth or a metallic taste. Inform the doctor if you have kidney disease or a history of contrast allergy.
You may need to fast for 4–6 hours. Kidney function tests may be required before the contrast injection.
The imaging takes around 10–15 minutes, and the complete process including contrast injection usually takes about 20 minutes.
FAQ Realted to (NCCT BOTH SHOULDERS (PLAIN))
It is a non-contrast CT scan of the upper abdominal organs like the liver, pancreas, gallbladder, spleen, and kidneys without using any dye.
It is done to detect stones, infections, tumors, abdominal pain causes, pancreatitis, kidney problems, and trauma-related injuries.
Yes, the scan is safe and painless. It uses a controlled amount of X-ray radiation and does not involve contrast injection.
You may be advised to fast for 4–6 hours to improve image quality. Remove any metal items before the scan.
The scan typically takes 5–10 minutes and the overall process is quick.
FAQ Realted to (CECT Both Shoulders (Contrast))
It is a CT scan of both shoulder joints performed after injecting contrast dye to evaluate bones, joints, muscles, ligaments, and surrounding soft tissues in detail.
Doctors recommend it to detect injuries, fractures, joint inflammation, tumors, infections, or abnormal blood vessels in the shoulder region.
Yes, the contrast is generally safe. Some patients may feel warmth or a metallic taste. Inform the doctor if you have kidney issues or prior contrast allergy.
You may be advised to fast for 2–4 hours. Remove any metal objects like jewelry or clothing with zippers that cover the shoulder area.
The scan usually takes 10–15 minutes. Including contrast injection and positioning, the full procedure may take around 20–25 minutes.
FAQ Realted to (NCCT CHEST (PLAIN))
It is a non-contrast CT scan of the chest that helps evaluate the lungs, heart, chest wall, and surrounding structures without using any contrast dye.
Doctors recommend it to detect lung infections, pneumonia, tumors, chest trauma, lung nodules, or structural abnormalities in the chest.
Yes, it is painless and safe, but it involves a small amount of X-ray radiation. No contrast injection is needed in the plain scan.
No special preparation is usually required. Remove any metal objects like jewelry or clothing with zippers that cover the chest area.
The scan typically takes 5–10 minutes, and the total procedure is quick and straightforward.
FAQ Realted to (HRCT CHEST (PLAIN))
HRCT Chest is a specialized CT scan that gives detailed images of the lungs and airways to detect fine lung abnormalities without using contrast dye.
Doctors recommend it to evaluate lung diseases such as interstitial lung disease, fibrosis, bronchiectasis, chronic cough, unexplained breathlessness, or infections.
Yes, it is painless and safe, though it uses a small amount of X-ray radiation. No contrast injection is needed for a plain HRCT.
No special preparation is usually required. Remove any metal objects like jewelry or clothing with zippers covering the chest area.
The scan generally takes 10–15 minutes, and the procedure is quick and straightforward.
FAQ Realted to (CECT CHEST (CONTRAST))
CECT Chest is a CT scan of the chest performed after injecting contrast dye to get detailed images of the lungs, heart, blood vessels, and surrounding structures.
Doctors recommend it to detect tumors, infections, vascular abnormalities, lung nodules, pleural effusion, or chest trauma, and to plan surgeries or interventions.
Yes, it is generally safe. Patients may experience a warm sensation or metallic taste. Inform the doctor if you have kidney problems or contrast allergies.
You may be asked to fast for 2–4 hours before the procedure. Remove metal objects like jewelry or clothing with zippers covering the chest.
The scan usually takes 10–15 minutes, and including contrast injection and positioning, the full procedure may take 20–25 minutes.
FAQ Realted to (CECT UPPER ABDOMEN (CONTRAST))
It is a CT scan of the upper abdominal organs performed after injecting contrast dye to get detailed images of the liver, pancreas, gallbladder, spleen, kidneys, and surrounding structures.
Doctors recommend it to detect tumors, infections, stones, inflammation, vascular abnormalities, or trauma-related injuries, and to guide surgery or treatment planning.
Yes, it is generally safe. Patients may feel a warm sensation or metallic taste. Inform the doctor if you have kidney problems or contrast allergies.
You may be asked to fast for 4–6 hours before the scan. Remove metal items like jewelry or clothing with zippers covering the abdomen.
The scan itself usually takes 10–15 minutes, and including contrast injection and positioning, the full procedure may take around 20–25 minutes.
FAQ Realted to (NCCT CRANIO VERTEBRAL JUNCTION (PLAIN))
It is a non-contrast CT scan of the junction between the skull and the upper cervical spine (C1–C2) to evaluate bones, joints, and alignment.
Doctors recommend it to detect trauma, fractures, congenital abnormalities, arthritis, or bone-related issues in the cranio-vertebral region.
Yes, it is painless and safe, though it uses a small amount of X-ray radiation. No contrast dye is needed in a plain scan.
No special preparation is usually required. Remove any metal items like jewelry, hairpins, or dental braces in the scanned area.
The scan usually takes 5–10 minutes, and the overall procedure is quick and straightforward.
FAQ Realted to (CECT CRANIO VERTEBRAL JUNCTION (CONTRAST))
It is a CT scan of the cranio-vertebral junction (skull and upper cervical spine) performed after injecting contrast dye to better visualize bones, blood vessels, and soft tissues.
Doctors recommend it to detect trauma, fractures, tumors, infections, vascular abnormalities, or congenital issues in the cranio-vertebral region.
Yes, it is generally safe. Patients may feel warmth or metallic taste for a few seconds. Inform the doctor if you have kidney issues or previous contrast allergy.
You may be asked to fast for 2–4 hours. Remove any metal objects like jewelry, hairpins, or dental braces in the scanned area.
The scan itself takes 10–15 minutes, and including contrast injection and positioning, the full procedure may take 20–25 minutes.
FAQ Realted to (NCCT CERVICAL SPINE (PLAIN))
It is a non-contrast CT scan of the cervical spine (neck region) that evaluates the vertebrae, joints, and alignment without using contrast dye.
Doctors recommend it to detect fractures, trauma, degenerative changes, congenital abnormalities, or bone-related issues in the cervical spine.
Yes, it is painless and safe, though it uses a small amount of X-ray radiation. No contrast dye is needed for a plain scan.
No special preparation is usually required. Remove metal objects like necklaces, hairpins, or dental appliances in the scanned area.
The scan usually takes 5–10 minutes, and the overall procedure is quick and straightforward.
FAQ Realted to (NCCT BOTH KNEE (PLAIN))
It is a non-contrast CT scan of both knees that evaluates bones, joints, cartilage, and alignment without using contrast dye.
Doctors recommend it to detect fractures, bone injuries, joint degeneration, arthritis, congenital abnormalities, or trauma-related issues in both knees.
Yes, it is painless and safe, though it involves a small amount of X-ray radiation. No contrast injection is used in a plain scan.
No special preparation is usually required. Remove any metal objects like knee braces, rings, or jewelry from the scanned area.
The scan usually takes 5–10 minutes, and the overall procedure is quick and straightforward.
FAQ Realted to (NCCT SINGLE KNEE (PLAIN))
It is a non-contrast CT scan of a single knee that evaluates bones, joints, cartilage, and alignment without using contrast dye.
Doctors recommend it to detect fractures, bone injuries, joint degeneration, arthritis, or trauma-related issues in the knee.
Yes, it is painless and safe, though it uses a small amount of X-ray radiation. No contrast injection is required.
No special preparation is usually required. Remove any metal objects like knee braces, rings, or jewelry from the scanned area.
The scan usually takes 5–10 minutes, and the overall procedure is quick and straightforward.
FAQ Realted to (CT GUIDED FNAC OR BIOPSY)
It is a minimally invasive procedure in which a needle is guided by CT imaging to collect tissue or fluid samples from a suspicious lesion or mass for diagnostic testing.
Doctors recommend it to diagnose tumors, infections, cysts, or abnormal growths in organs such as the lungs, liver, kidneys, or other deep tissues.
Yes, it is generally safe and precise. Minor risks include bleeding, infection, or discomfort at the biopsy site, which are uncommon.
You may need to fast for a few hours, stop certain medications like blood thinners, and remove jewelry or metal objects. The doctor will provide specific instructions.
The procedure usually takes 15–30 minutes, depending on the location and complexity, and recovery may take a few hours under observation.
FAQ Realted to (CT GUIDED PLEURAL TAP (THERAPEUTIC))
It is a procedure guided by CT imaging to drain excess fluid from the pleural space (around the lungs) for relief of symptoms or therapeutic purposes.
Doctors recommend it to relieve breathlessness, chest discomfort, or pleural effusion caused by infection, heart failure, tumors, or other conditions.
Yes, it is generally safe and precise. Risks include bleeding, infection, or injury to nearby organs, which are uncommon when performed under CT guidance.
You may be asked to fast for a few hours, stop certain medications like blood thinners, and remove jewelry or clothing over the chest. The doctor will provide detailed instructions.
The procedure typically takes 15–30 minutes, including setup and post-procedure observation. Most patients can go home the same day.
FAQ Realted to (PTA – PURE TONE AUDIOMETRY (BOTH EAR))
It is a hearing test that measures the ability of both ears to hear different frequencies and sound intensities, helping to detect hearing loss.
Doctors recommend it to evaluate hearing loss, tinnitus, ear infections, or damage due to noise exposure and to plan hearing aids or other treatments.
Yes, it is completely safe, painless, and non-invasive. No radiation or needles are involved.
No special preparation is required. Avoid loud noise exposure for 24 hours before the test, and keep ears clean but do not insert anything inside the ear canal.
The test usually takes 15–30 minutes, depending on the number of frequencies tested and patient cooperation.
FAQ Realted to (TYMPANOMETRY / IMPEDANCE)
It is a hearing test that measures middle ear function, including the movement of the eardrum and the conduction of sound through the middle ear.
Doctors recommend it to detect fluid in the middle ear, Eustachian tube dysfunction, ear infections, perforated eardrum, or hearing loss.
Yes, it is completely safe, non-invasive, and painless. No radiation or needles are involved.
No special preparation is required. Avoid inserting objects into the ear and try to keep ears clean before the test.
The test usually takes 5–10 minutes per ear, and the results are available immediately for interpretation by the audiologist or ENT doctor.
FAQ Realted to (OAE – OTOACOUSTIC EMISSION)
It is a hearing test that measures sounds produced by the inner ear (cochlea) in response to auditory stimuli, helping detect hearing problems, especially in newborns and children.
Doctors recommend it to screen for hearing loss, monitor cochlear function, or evaluate infants, children, or patients at risk of hearing impairment.
Yes, it is completely safe, painless, and non-invasive. No radiation, needles, or medications are involved.
No special preparation is required. Ensure ears are clean and free of wax, and the patient should be relaxed or sleeping (for infants).
The test usually takes 5–10 minutes per ear, and results are available immediately for interpretation.
FAQ Realted to (FIBROSCAN)
Fibroscan is a non-invasive imaging test that measures liver stiffness and fat content to assess liver fibrosis and fatty liver disease.
Doctors recommend it to detect liver fibrosis, monitor chronic liver disease, assess fatty liver, or track liver health over time without the need for a biopsy.
Yes, it is completely safe, painless, and non-invasive. No radiation, needles, or contrast dye are involved.
You may be asked to fast for 2–3 hours before the test. Avoid heavy meals, alcohol, or vigorous exercise prior to the test.
The procedure usually takes 5–10 minutes, and results are available immediately for interpretation by the doctor.
FAQ Realted to (PSG – POLYSOMNOGRAPHY (SLEEP STUDY))
It is a diagnostic test that records brain waves, oxygen levels, heart rate, breathing, and body movements during sleep to identify sleep disorders.
Doctors recommend it to diagnose sleep apnea, insomnia, restless leg syndrome, narcolepsy, or other sleep-related disorders.
Yes, it is safe and non-invasive. The sensors are attached to the body externally, and no needles or radiation are involved.
You should avoid caffeine and alcohol, maintain your normal sleep schedule, and take your regular medications unless advised otherwise. Wear comfortable sleepwear.
The test is usually performed overnight (6–8 hours) while you sleep in a sleep lab. Results are analyzed by a sleep specialist afterward.
FAQ Realted to (Electro Encephalogram)
It is a diagnostic test that records the electrical activity of the brain using small electrodes placed on the scalp to evaluate brain function.
Doctors recommend it to detect epilepsy, seizures, sleep disorders, brain tumors, inflammation, head injuries, or unexplained neurological symptoms.
Yes, it is completely safe, non-invasive, and painless. No radiation or needles are used, and the procedure only records electrical signals.
You should wash your hair, avoid applying hair products, and sleep normally. Your doctor may advise sleep deprivation for certain EEG types.
A standard EEG usually takes 20–60 minutes, while prolonged or sleep EEGs may take longer depending on the test type.
FAQ Realted to (X-RAY MASTOID LAT VIEW)
It is used to examine the mastoid bone behind the ear for infections, fractures, or bone destruction.
Common symptoms include chronic ear pain, swelling behind the ear, or hearing problems.
It is a serious infection of the mastoid air cells, often resulting from untreated middle ear infections.
No special preparation is needed, though you may need to remove earrings or hairpins.
The actual X-ray takes only a few minutes and is completely painless.
FAQ Realted to (X-RAY ADENOID HYPERTROPHY LAT VIEW)
Adenoids are lymphoid tissues at the back of the nasal cavity that help fight infection.
The side view allows doctors to measure the airway space and see if enlarged adenoids are causing a blockage.
Yes, enlarged adenoids often cause snoring, mouth breathing, and sleep disturbances in children.
Yes, it is a standard low-dose diagnostic tool used frequently in pediatric care.
It is a condition where the adenoids become enlarged, potentially leading to breathing difficulties.
FAQ Realted to (X-RAY CHEST PA VIEW)
PA stands for Posteroanterior, meaning the X-ray beam passes from your back to your front.
Holding a deep breath expands the lungs, providing a clearer view of the heart and lung tissues.
Yes, a Chest PA view is a primary tool for diagnosing lung infections like TB and pneumonia.
Usually, yes, to ensure that buttons, zippers, or bras do not interfere with the chest image.
Yes, it is commonly used for pre-employment screens and general health assessments.
FAQ Realted to (X-RAY CHEST AP VIEW)
AP (Anteroposterior) views are usually taken when a patient is bedridden or unable to stand.
It shows the heart, lungs, ribs, and diaphragm, though the heart may appear slightly larger in this view.
The X-ray plate is carefully placed behind the patient’s back while they remain lying down or sitting.
Yes, it is highly effective at identifying pleural effusion (fluid buildup) and pneumonia.
It is a quick process, typically completed in under 5 minutes.
FAQ Realted to (X-RAY CHEST LATERAL VIEW)
It helps doctors see areas behind the heart and lungs that might be hidden in a front-view X-ray.
You will stand sideways against the X-ray plate, usually with your arms raised over your head.
Yes, it provides a side view of the thoracic spine, helping to identify alignment or bone problems.
The radiation dose is slightly higher than a PA view but still within a very safe diagnostic range.
Yes, it is useful for locating tumors or masses that are positioned in the middle or back of the chest.
FAQ Realted to (X-RAY CHEST OBLIQUE VIEW)
It is an X-ray taken with the body rotated at an angle to better see specific chest structures.
It is often used to get a better look at the ribs or areas of the lung hidden by the heart.
Yes, it is particularly effective for identifying subtle fractures in the rib cage.
The technician will help you rotate your body slightly; it is not painful or uncomfortable.
No, it is usually done as a supplementary test to gain more detail after a standard X-ray.
FAQ Realted to (X-RAY CERVICAL SPINE AP VIEW)
It shows the cervical vertebrae (neck bones) from the front, including their alignment and joints.
To evaluate neck pain, stiffness, or suspected bone damage following an injury.
Yes, it can show signs of wear and tear, such as narrowed joints or bone spurs.
Yes, necklaces or large earrings must be removed as metal blocks the X-ray beam.
While it shows the bones, it helps doctors see if bone issues might be affecting the nerves.
FAQ Realted to (X-RAY CERVICAL SPINE LAT VIEW)
It shows the side profile of the neck, helping evaluate the curvature and disc spaces.
It helps identify misalignments or fractures that may occur during a whiplash-style injury.
A loss of normal curvature can indicate muscle spasms or chronic posture-related issues.
You will stand or sit sideways; the technician will ask you to keep your chin in a neutral position.
The images are processed quickly, and a radiologist usually provides a report within a few hours.
FAQ Realted to (X-RAY CERVICAL SPINE OBLIQUE VIEW)
It specifically looks at the spaces (foramina) where the nerves exit the spinal column.
It shows the bone structures that might be compressing a nerve, such as bone spurs or narrow passages.
The body is angled diagonally to get a clearer view of the nerve passageways in the spine.
The positioning is gentle, but you should inform the technician if certain movements cause pain.
It is usually requested if you have radiating pain or numbness in your arms or hands.
FAQ Realted to (X-RAY CERVICAL SPINE EXTENSION VIEW)
It is an image taken while your neck is bent backward to check how the vertebrae move and align during motion.
By bending the neck back, doctors can see if any vertebrae slide out of place, indicating ligament or joint instability.
Yes, standard X-rays are static; extension views show how your spine behaves during actual movement.
You should only bend as far as comfortable. Tell the technician if you feel sharp pain or dizziness.
Extension refers to the act of tilting your head upward and backward, looking toward the ceiling.
FAQ Realted to (X-RAY CERVICAL SPINE FLEXION VIEW)
It is an imaging test where the X-ray is taken while your chin is tucked down toward your chest.
Comparing both allows doctors to see the full range of motion and check for hidden structural instabilities.
Yes, if the bones shift abnormally during flexion, it often suggests a ligament tear or weakness.
The actual exposure takes less than a second; the whole process of positioning takes a few minutes.
Yes, it is often used to ensure the spine is stable after an accident before starting physical therapy.
FAQ Realted to (X-RAY DORSAL SPINE AP VIEW)
The dorsal spine, also called the thoracic spine, is the middle section of your back where the ribs attach.
The Anteroposterior (front-to-back) view shows the alignment of the thoracic vertebrae and the rib attachments.
Yes, the AP view is the primary way to see if the spine has an abnormal sideways curve (Scoliosis).
You will usually change into a medical gown to prevent buttons or zippers from showing up on the X-ray.
Common causes include poor posture, muscle strain, or age-related degenerative changes visible on X-rays.
FAQ Realted to (X-RAY DORSAL SPINE LAT)
The side view is the best way to see the natural curve of the middle back and check for compressed vertebrae.
Yes, it can show "wedge fractures" or loss of bone density which are common signs of osteoporosis in the mid-back.
You will lie on your side or stand sideways with your arms moved forward to clear the view of the spine.
These are the gaps between your vertebrae where cushions (discs) sit; narrowing can indicate wear and tear.
If you are pregnant, you must inform the staff. Abdominal shielding or alternative tests may be required.
FAQ Realted to (X-RAY DORSAL SPINE OBLIQUE VIEW)
These are the small joints that link your vertebrae together; the oblique view shows them most clearly.
It provides a diagonal look that reveals "foramina" (nerve exits) that are hidden in front or side views.
Yes, it helps pinpoint if the pain is coming from the joints rather than the vertebral bodies.
Your body is usually rotated at a 45-degree angle relative to the X-ray plate.
It is usually a specialized view requested when standard X-rays don’t provide enough detail.
FAQ Realted to (X-RAY DORSAL SPINE EXTENSION VIEW)
This involves arching your middle back slightly backward to check the flexibility of the thoracic spine.
It is less common than neck extension but vital for assessing movement after spinal surgery or trauma.
Yes, it helps identify if the supporting tissues are allowing too much or too little movement.
No fasting or medication changes are needed; just wear comfortable, metal-free clothing.
Yes, abnormal shifting of vertebrae during the backward bend is a sign of instability.
FAQ Realted to (X-RAY DORSAL SPINE FLEXION VIEW)
You will be asked to bend your upper body forward as if reaching for your toes during the scan.
It helps doctors understand if your back pain is related to restricted movement or "locking" of the joints.
While it focuses on the spine, the rib connections to the vertebrae are also visible.
It refers to gradual wear and tear of the spine, which is often more visible when the spine is bent.
The X-ray takes only a fraction of a second, minimizing your radiation exposure.
FAQ Realted to (X-RAY LUMBAR SPINE AP)
The lumbar spine refers to the lower back, consisting of five large vertebrae (L1-L5) that support your body weight.
It is used to find fractures, tumors, scoliosis, and structural issues in the lower back bones.
Lower back pain is a very frequent complaint, and this X-ray is the fastest way to check for bone-related causes.
These are small bony projections on the sides of your vertebrae where muscles and ligaments attach.
Sometimes kidney stones are visible on a lumbar X-ray because of their calcium content and location.
FAQ Realted to (X-RAY LUMBAR SPINE LAT)
It is the best view for seeing "slipped discs" (spondylolisthesis) and narrowed disc spaces.
It is a condition where one vertebra slides forward over the one below it, which is clearly visible from the side.
While it doesn’t see the nerve, it shows if a bone or disc space is likely pressing on the sciatic nerve.
The technician may ask you to hold your breath for a second to prevent the movement of your abdomen from blurring the image.
Yes, it clearly shows bone spurs and thinning of the disc cushions that happen as we age.
FAQ Realted to (X-RAY LUMBAR SPINE OBLIQUE)
In an oblique lumbar X-ray, the parts of the vertebrae look like a small dog; a "broken neck" on the dog indicates a fracture.
It is a specific type of stress fracture in the "pars interarticularis" of the lower back, best seen in this view.
Athletes or patients with chronic lower back pain who are suspected of having stress fractures.
It looks at the spine from a 45-degree angle to specifically see the "facet" joints and the bone bridges.
These are the facet joints of the spine; the oblique view is the gold standard for checking their health.
In this 45-degree view, the vertebrae resemble a dog; a "collar" on the dog’s neck indicates a stress fracture or spondylolysis.
This specific angle is the only way to clearly see the facet joints and the pars interarticularis of the lower spine.
Yes, it helps identify abnormalities or degenerative changes in the zygapophyseal (facet) joints.
It is often recommended for athletes or individuals with localized lower back pain suspected of having stress fractures.
The technician will help you rotate your body to the correct angle; it is a quick and painless process.
FAQ Realted to (X-RAY LUMBAR SPINE EXTENSION)
It is a side-view image taken while you bend backward to see how your lower vertebrae move and align.
Yes, it is used to see if any vertebrae slide forward or backward (spondylolisthesis) during movement.
Extension (bending back) and Flexion (bending forward) are compared to assess the full functional range of your spine.
Yes, excessive movement of the bones during extension can suggest weakness or injury in the spinal ligaments.
You should only bend as far as your pain allows. Always inform the technician of your comfort limits.
FAQ Realted to (X-RAY RGU Retrograde Urethrogram)
It is a contrast X-ray used to look for blockages, narrowings (strictures), or injuries in the male urethra.
A small amount of liquid contrast is gently injected into the opening of the urethra before the X-ray is taken.
You may feel some pressure or a brief urge to urinate, but the procedure is generally well-tolerated.
It is the gold standard for detecting urethral strictures, trauma, or complications after surgery.
Usually, no special diet is required, but you should inform the doctor of any allergies to iodine or contrast media.
FAQ Realted to (X-RAY MCU Micturating Cysto Urethrogram)
It examines the bladder and urethra specifically *while* you are urinating to check for reflux or blockages.
A thin catheter is used to fill the bladder with a contrast liquid that shows up clearly on X-rays.
It is often used to investigate the cause of recurrent urinary tract infections (UTIs) in pediatric patients.
Yes, medical staff ensure your privacy while taking the necessary images during the voiding process.
FAQ Realted to (X-RAY BARIUM SWALLOW)
It is a condition where urine flows backward from the bladder to the kidneys, which this test can accurately detect.
It is a test where you drink a chalky liquid (barium) while X-rays are taken to check your throat and esophagus.
Barium coats the inside of your digestive tract, allowing the X-ray to show clear details of the structure and function.
Yes, it helps identify narrowings, tumors, or problems with the muscles used for swallowing.
It is a thick, chalky liquid, often flavored (like strawberry or vanilla) to make it easier to drink.
Barium may cause temporary constipation or white-colored stools for a day or two after the test.
It is a test where you drink a chalky liquid (barium) while X-rays are taken to see your throat and esophagus.
It usually has a thick, chalky texture and is often flavored (like strawberry or vanilla) to make it easier to drink.
Yes, it is excellent for finding narrowings (strictures), tumors, or pouches (Zenker’s diverticulum) in the throat.
Yes, you usually need to fast (no food or water) for at least 4-6 hours before the procedure.
Yes, it is normal for your stool to appear white or gray for a few days as the barium leaves your body.
FAQ Realted to (X-RAY BARIUM ENEMA)
It is used to examine the large intestine (colon and rectum) for abnormalities like polyps or inflammation.
The barium liquid is gently introduced into the rectum through a small, lubricated tube.
Yes, a clear liquid diet and a bowel prep (laxative) are usually required the day before for a clear image.
You may feel some bloating, cramping, or the urge to have a bowel movement during the procedure.
The entire procedure usually takes between 30 to 60 minutes.
It is an X-ray of the large intestine where barium is introduced through a tube in the rectum.
Pumping air along with the barium expands the colon, allowing the radiologist to see small polyps or early inflammation more clearly.
You will need to follow a clear liquid diet and take a strong laxative the day before to completely empty your colon.
You may feel cramping or an urge to have a bowel movement during the test, but this passes once the tube is removed.
The actual X-ray procedure takes about 30 to 45 minutes.
FAQ Realted to (X-RAY BARIUM MEAL)
A Barium Swallow focuses on the esophagus, while a Barium Meal looks further down into the stomach and duodenum.
It helps detect stomach ulcers, hiatal hernias, tumors, or inflammation in the upper digestive tract.
Yes, you must not eat or drink anything for at least 6–8 hours before the test for accurate results.
Yes, you will be awake and may be asked to move into different positions to coat the stomach lining with barium.
Yes, drinking plenty of water helps flush the barium out of your system and prevents constipation.
It focuses specifically on the stomach and the first part of the small intestine (the duodenum).
Yes, the barium coats the stomach lining, making ulcers or craters visible as spots on the X-ray.
The radiologist needs to move the barium around your stomach to coat every surface for a complete view.
Yes, it is one of the best tests to see if a portion of the stomach has moved up into the chest.
The most common side effect is mild constipation; drinking extra water after the test helps prevent this.
FAQ Realted to (X-RAY BARIUM MEAL FOLLOW THROUGH)
It means the radiologist "follows" the barium as it travels from your stomach through the entire small intestine.
It can take several hours (2 to 5 hours) as we wait for the barium to move through the long small intestine.
This test specifically focuses on the small intestine, including the jejunum and ileum.
Yes, it is a common tool for identifying inflammation or narrowings caused by Crohn’s disease in the small bowel.
Since it can take a long time, bringing a book or something to pass the time is recommended.
It is an extension of the Barium Meal where images are taken at set intervals (e.g., every 30 mins) as the liquid travels through the small intestine.
It can take anywhere from 2 to 6 hours, depending on how fast your digestive system moves.
It can show narrowing and inflammation in the small bowel that is difficult to reach with a standard colonoscopy.
No, you must remain fasted until the radiologist confirms the barium has reached the end of the small intestine.
Yes, it is a non-invasive way to visualize the entire length of the small bowel.
FAQ Realted to (X-RAY HSG- HYSTEROSALPINGOGRAM PROCEDURE)
It is a specialized X-ray used to check if the fallopian tubes are open and if the shape of the uterus is normal.
Yes, it is one of the primary tests used to see if blocked tubes are preventing pregnancy.
It is usually scheduled during the first half of the menstrual cycle (days 7–10) after your period has ended.
Some women experience cramping similar to period pain when the contrast dye is injected, but it is brief.
Yes, it can identify fibroids, polyps, or scar tissue inside the uterine cavity.
FAQ Realted to (X-RAY SINOGRAM PROCEDURE)
It is a contrast X-ray used to trace an abnormal passage or "tunnel" (sinus tract) that has formed in the body.
The dye fills the tract so the X-ray can show exactly where the passage goes and if it connects to any organs.
It is used to evaluate chronic infections, abscesses, or fistulas that are not healing properly.
No, a Sinus X-ray looks at the air cavities in your face; a Sinogram looks at an abnormal drainage tract in the body.
There might be a feeling of pressure as the tract is filled, but the area is often cleaned and handled gently.
It is an X-ray of a "sinus tract," which is an abnormal tunnel leading from a wound or infection deep into the body.
A small catheter is placed into the opening of the tract, and contrast dye is injected to see where the tunnel leads.
No, despite the name, a "Sinogram" is for body wounds/fistulas. Facial sinuses are checked with a "Sinus X-ray" or CT.
Yes, surgeons use it to map out the exact path of an infection so they can clean it out thoroughly.
You might feel a sense of fullness or pressure as the dye enters the tract, but it is generally not sharp pain.
FAQ Realted to (X-RAY I.V.P Intravenous Pyelogram)
It provides detailed images of the kidneys, ureters, and bladder to check how well your urinary system is filtering and excreting liquid.
The dye is injected into a vein in your arm, which then travels through the bloodstream to your kidneys.
This allows the radiologist to see the contrast move through each stage of the urinary process, from the kidneys down to the bladder.
Yes, you are usually asked to fast for several hours and may need a mild laxative the night before to clear the bowels for better visibility.
It is the swelling of a kidney due to a build-up of urine, which this test can help diagnose and locate the cause of.
FAQ Realted to (X-RAY LOOPOGRAM)
It is a specialized X-ray for patients who have had urinary diversion surgery, used to examine the ileal conduit or "loop."
The contrast dye is introduced directly through the stoma (the surgical opening on the abdomen).
It checks for postoperative complications like leakages, narrowings (strictures), or blockages in the newly created urinary path.
It may cause a feeling of fullness or pressure in the abdomen, but it is generally not considered painful.
Patients who have had their bladder removed or bypassed and now use a stoma for urine drainage.
FAQ Realted to (X-RAY FISTULOGRAM)
It is an X-ray study used to view an abnormal passage (fistula) between two organs or between an organ and the skin.
The dye traces the exact path, length, and depth of the fistula, showing where it starts and where it ends.
Yes, it can reveal abscess cavities or pockets of infection connected to the fistula tract.
While similar, a fistulogram specifically looks at passages that connect two areas (like the bowel and skin), whereas a sinogram looks at a "blind" tract.
There is no major recovery time; you can usually return to normal activities immediately after the procedure.
It is an X-ray to look at a "fistula," which is an abnormal connection between two organs or between an organ and the skin.
Yes, it is often used to check for blockages or narrowing in the AV Fistula used for hemodialysis.
It is injected directly into the fistula opening or via a small needle/catheter.
Yes, it provides a "road map" of the fistula’s branches, which is essential for successful surgical repair.
There is no real recovery time; you can resume normal activities immediately after the images are taken.
FAQ Realted to (USG UPPER ABDOMEN)
This ultrasound focuses on the liver, gallbladder, pancreas, spleen, and kidneys.
No, ultrasound uses high-frequency sound waves to create images, making it safe and radiation-free.
Fasting ensures the gallbladder is full and distended, and reduces bowel gas, which allows for much clearer images.
Yes, ultrasound is the most common and effective tool for identifying stones in the gallbladder.
The procedure usually takes about 15 to 20 minutes.
FAQ Realted to (USG Whole Abdomen)
Whole Abdomen USG includes everything in the upper abdomen plus the lower organs like the urinary bladder and pelvic region.
A full bladder acts as a "window" for sound waves to see the pelvic organs like the bladder and (in women) the uterus clearly.
Yes, it screens for many causes of pain, including infections, organ enlargement, stones, or fluid collection.
The water-based gel can feel a bit cool at first, but it is necessary to help the sound waves travel between the sensor and your body.
Yes, abdominal ultrasound is completely safe and is the standard method for monitoring pregnancy.
FAQ Realted to (USG KUB)
KUB stands for Kidneys, Ureters, and Urinary Bladder.
It is primarily used to look for kidney stones, bladder abnormalities, or signs of urinary tract infections.
Yes, it can help identify if the blood is caused by stones, a mass, or an infection in the urinary system.
Yes, drinking plenty of water and not urinating before the test is required to keep the bladder full for imaging.
Ultrasound is great for seeing stones and their effect on the kidneys (like swelling) without using any radiation.
FAQ Realted to (USG KUB with PVR)
PVR stands for Post-Void Residual. It is the measurement of how much urine remains in your bladder after you try to empty it.
It helps doctors see if your bladder is functioning correctly or if something like an enlarged prostate is blocking the flow.
The technician scans your full bladder, asks you to go to the bathroom to urinate, and then scans you again immediately after.
Yes, it is a key tool in evaluating how an enlarged prostate is affecting your ability to empty your bladder.
Not at all; it is a standard clinical procedure performed privately in a diagnostic room.
FAQ Realted to (USG RENAL DOPPLER)
It is a specialized ultrasound that measures the speed and direction of blood flow in the arteries and veins of the kidneys.
It can detect "Renal Artery Stenosis" (narrowing of kidney arteries), which is a common cause of high blood pressure.
Yes, it is often used to ensure the blood flow is healthy in a newly transplanted kidney.
Patients are usually asked to fast for 8–10 hours to reduce bowel gas, which can block the view of the renal vessels.
You may hear "whooshing" sounds from the machine; this is just the sound of your blood flow being converted into audio by the Doppler.
FAQ Realted to (USG SPA- SPLENO-PORTAL AXIS DOPPLER)
It is the system of veins that carries blood from the spleen and digestive organs to the liver.
It is a blood clot in the portal vein, which can be life-threatening and is accurately detected by this ultrasound.
No, unlike CT scans, this Doppler study evaluates blood flow using sound waves without any injections.
Typically, a fast of at least 6–8 hours is required to ensure a clear view of the deep abdominal veins.
FAQ Realted to (USG ABDOMINAL DOPPLER)
In cirrhosis, blood flow to the liver is often blocked, causing "Portal Hypertension" which this Doppler can measure.
It evaluates the major blood vessels of the entire abdomen, including the Aorta and Inferior Vena Cava.
Yes, it is an excellent tool for screening and monitoring Abdominal Aortic Aneurysms (AAA).
It is a blood clot in a major vessel; the Doppler can see if blood flow is obstructed by such a clot.
Patients with suspected vascular disease, unexplained abdominal pain, or liver-related circulation issues.
Yes, it is completely non-invasive and safe, providing critical vascular information without radiation or needles.
FAQ Realted to (USG Lower Abdomen / Pelvis)
It is used to examine the bladder, prostate (in men), and the uterus/ovaries (in women) to find causes of pain or urinary issues.
A full bladder pushes the intestines out of the way and acts as a "window" for sound waves to see the pelvic organs clearly.
Yes, it is often the first test used to investigate irregular periods, heavy bleeding, or pelvic pain.
Yes, it focuses specifically on the organs located in the lower pelvic cavity rather than the upper digestive organs.
Yes, the scan can be performed during your period if necessary, though some conditions are better viewed at specific times of your cycle.
FAQ Realted to (USG TVS)
It is an internal ultrasound where a specialized thin probe is used to get high-resolution images of the reproductive organs.
TVS provides much clearer detail for early pregnancy, infertility tracking, and identifying small cysts or fibroids.
No, unlike a regular pelvic scan, a TVS is usually performed with an empty bladder for better comfort and clarity.
It may cause some mild pressure or discomfort similar to a pelvic exam, but it is generally quick and not painful.
Yes, it is the standard and safest way to confirm a heartbeat and check the health of the pregnancy in the first few weeks.
FAQ Realted to (USG TRUST)
It is primarily used to evaluate the prostate gland and the rectal region for abnormalities or masses.
A small, lubricated probe is gently inserted into the rectum to obtain close-up images of the prostate.
You may be asked to have an enema or follow specific bowel preparation instructions before the appointment.
Yes, TRUS is often used to guide a needle precisely during a prostate biopsy.
Yes, it is a safe, radiation-free diagnostic tool commonly used in urology.
FAQ Realted to (USG SCROTUM)
It is used to investigate pain, swelling, or lumps in the testicles and check for conditions like hydrocele or varicocele.
It is the enlargement of veins within the scrotum, which can be easily identified using ultrasound.
The test is painless; the technician just moves a handheld probe over the skin of the scrotum.
No, like all ultrasounds, it uses sound waves and is completely safe for the reproductive organs.
Yes, it is the primary imaging tool used to determine if a lump is a fluid-filled cyst or a solid mass.
FAQ Realted to (USG DOPPLER INGUINO-SCROTUM)
The Doppler evaluates the blood flow to the testicles, which is critical for diagnosing conditions like testicular torsion.
It is a medical emergency where the blood supply to the testicle is twisted; Doppler can confirm this immediately.
Yes, the "inguinal" part of the scan helps check for hernias in the groin area.
You might hear the sound of your blood flow being amplified by the machine during the Doppler phase.
There are no side effects; the procedure is non-invasive and safe.
FAQ Realted to (EARLY PREGNANCY)
The main goals are to confirm the pregnancy, check for a heartbeat, and ensure the pregnancy is in the uterus.
It is typically done between 6 to 9 weeks of pregnancy.
It is the fluid-filled structure that surrounds the developing embryo; seeing it confirms an intrauterine pregnancy.
If it’s very early, your doctor may ask you to return in a week as the heartbeat might not be visible before 6-7 weeks.
Yes, for a standard abdominal scan in early pregnancy, a full bladder helps provide a better view.
FAQ Realted to (USG LEVEL - I (NTNB))
It stands for Nuchal Translucency and Nasal Bone scan, performed to screen for chromosomal abnormalities like Down Syndrome.
It must be done between 11 weeks and 13 weeks 6 days of pregnancy.
It is a screening test that calculates the "risk" level; it does not give a final "yes/no" answer.
It is the measurement of the fluid-filled space at the back of the baby’s neck.
The presence of the nasal bone at this stage is a positive sign that reduces the risk of certain genetic conditions.
FAQ Realted to (USG LEVEL - II (TIFFA))
It stands for Targeted Imaging for Fetal Anomalies. It is a detailed "anomaly scan" to check all the baby’s organs.
It is performed mid-pregnancy, usually between 18 and 22 weeks.
The sonographer looks at the brain, heart, spine, kidneys, limbs, and face in great detail.
While it measures the baby, its primary focus is on anatomy and structure rather than weight alone.
Yes, it also checks the position of the placenta and the amount of amniotic fluid.
FAQ Realted to (USG OBSTETRIC DOPPLER)
It is a scan that measures the blood flow in the umbilical cord and the baby’s brain to ensure they are getting enough oxygen.
It is used if there are concerns about the baby’s growth, high blood pressure in the mother, or a decrease in baby movement.
Yes, it is the best tool to see if the placenta is working well enough to support the baby’s growth.
Yes, it is safe, though the technician will keep the scan time as short as necessary for accurate measurements.
A normal scan looks at the "picture" of the baby; a Doppler looks at the "function" of the blood vessels.
FAQ Realted to (USG GROWTH SCAN)
We measure the baby’s head, abdomen, and leg bone to calculate the Estimated Fetal Weight (EFW).
Usually in the third trimester (after 28 weeks) to monitor the baby’s development before birth.
Yes, it confirms if the baby is Head-down (Cephalic), Breech, or Transverse.
The amount of fluid (liquor) is a key indicator of the baby’s health and kidney function.
Ultrasound provides a very good estimate, but there is always a small margin of error compared to the actual birth weight.
FAQ Realted to (USG BIOPHYSICAL STUDY)
It is a test that combines an ultrasound with a heart rate monitor to check the baby’s overall "well-being" score.
It checks fetal heart rate, breathing movements, body movements, muscle tone, and the amount of amniotic fluid.
A score of 8 or 10 is considered healthy; lower scores may require closer monitoring or delivery.
It can take up to 30 minutes because we have to wait for the baby to show specific movements or breathing.
No, it is usually reserved for high-risk pregnancies or if the mother notices less movement from the baby.
FAQ Realted to (USG DOPPLER WITH BIOPHYSICAL STUDY)
Combining these two gives the most complete picture of a baby’s health by checking both blood flow and physical behavior.
This is often used in late pregnancy for mothers with diabetes, high blood pressure, or babies who are smaller than expected.
Yes, because it is a very detailed study, expect the appointment to last 30–45 minutes.
Yes, if the scores are low or blood flow is poor, doctors may use these results to decide if the baby needs to be delivered early.
It is often helpful to have a light snack or juice before the test to make the baby more active for the scan.
FAQ Realted to (USG AFI WITH FHR)
AFI is the Amniotic Fluid Index (the water around the baby) and FHR is the Fetal Heart Rate.
Too much or too little fluid can indicate issues with the placenta or the baby’s kidneys and swallowing.
Yes, it is a common quick check in late pregnancy to ensure the baby’s environment is healthy.
It is a focused scan and usually takes about 10–15 minutes.
Keeping hydrated is usually recommended, but a very full bladder is often not required for late-term scans.
FAQ Realted to (USG FOLLICULAR MONITERING (PAKAGE))
It is a series of ultrasounds used to track the growth of follicles in the ovaries to identify the exact time of ovulation.
Ovulation tracking requires multiple visits (usually 3–5) to see the follicle mature and then rupture; the package covers all these visits.
It is typically done via Transvaginal Ultrasound (TVS) for the highest level of accuracy and detail.
They usually begin around Day 9 or 10 of your menstrual cycle and continue until ovulation is confirmed.
It helps doctors time intercourse, IUI, or IVF procedures to the exact window when conception is most likely.
FAQ Realted to (USG LEVEL - II (TWIN)- TIFFA)
Twin scans take significantly more time and detail as the sonographer must perform a complete evaluation for each baby separately.
It is a detailed anomaly scan (Level-II) that checks every organ and limb for both babies to ensure healthy development.
Twin pregnancies are considered high-risk and usually require more frequent monitoring than single pregnancies.
FAQ Realted to (EARLY PREGNANCY (TWIN))
Often, yes; early scans can check the "chorionicity" (if they share a placenta), which is vital for managing the pregnancy.
FAQ Realted to (USG LEVEL - I (TWIN) - NTNB)
The screening process is the same, but the risk is calculated individually for each baby based on their specific measurements.
FAQ Realted to (USG GROWTH SCAN (TWIN))
It is important to ensure both babies are growing at a similar rate and that one baby isn’t "crowding out" the other.
Generally, yes; you should plan for at least 45 to 60 minutes for a detailed twin growth or anomaly scan.
FAQ Realted to (USG OBSTETRIC DOPPLER (TWIN))
It checks the blood flow in the umbilical cords of both babies to ensure the placenta is supporting them both adequately.
In identical twins sharing a placenta, blood can flow unequally between them; these Doppler scans help detect this early.
FAQ Realted to (USG BIOPHYSICAL STUDY (TWIN))
It monitors the movement, tone, and breathing of both babies to ensure neither is under stress.
FAQ Realted to (USG BOTH UPPER LIMB VENOUS DOPPLER)
It is an ultrasound used to check the veins in your arms for blood clots, specifically Deep Vein Thrombosis (DVT).
Yes, it ensures that blood is flowing freely from your arms back toward your heart without obstruction.
Scanning both limbs allows the doctor to compare the blood flow between your left and right arms to find subtle abnormalities.
No special preparation is needed; you just need to wear a loose-fitting shirt or a sleeveless top.
FAQ Realted to (USG BOTH UPPER LIMB ARTERIAL DOPPLER)
It measures the blood flow in the arteries that carry oxygen-rich blood *to* your arms and hands.
It is a narrowing of the arteries that can cause pain or numbness in the hands, which this scan can identify.
Yes, it can determine if poor circulation or arterial blockages are the cause of cold or discolored hands.
It is a narrowing of the arteries that can cause pain or numbness in the hands, which this scan can identify.
The technician may use a blood pressure cuff on your arms during the scan to measure pressure at different points.
Yes, it can determine if poor circulation or arterial blockages are the cause of cold or discolored hands.
FAQ Realted to (USG BOTH LOWER LIMB VENOUS DOPPLER)
DVT stands for Deep Vein Thrombosis (a blood clot in the leg); this Doppler is the primary tool used to detect it.
If both legs are swollen, "Both Limbs" is best; if only one leg is painful or red, a "Single Limb" scan is usually sufficient.
A single limb takes about 20 minutes, while both limbs can take up to 45 minutes.
No preparation is required, but you will need to expose your legs from the groin to the ankle for the scan.
FAQ Realted to (USG SINGLE LOWER LIMB VENOUS DOPPLER)
It is a condition where the leg veins have trouble sending blood back to the heart, often leading to varicose veins or swelling.
FAQ Realted to (USG BOTH LOWER LIMB ARTERIAL DOPPLER)
It is used to check for "claudication" (leg pain while walking) caused by narrowed or blocked arteries.
Common symptoms include cold feet, slow-healing sores on the toes, or leg cramps that stop when you rest.
Yes; Arterial scans check the blood going *to* the feet, while Venous scans check the blood returning *from* the feet.
Yes, the Doppler machine converts the movement of blood into audible pulses or "whooshing" sounds.
FAQ Realted to (USG SINGLE LOWER LIMB ARTERIAL DOPPLER)
Yes, it accurately measures blood flow to help diagnose PAD and determine the severity of blockages.
FAQ Realted to (USG MSK (SINGLE))
It evaluates soft tissues like muscles, tendons, ligaments, and nerves to find tears, inflammation, or cysts.
FAQ Realted to (USG KNEE (SINGLE))
X-rays see the bones, but Ultrasound is much better for seeing the "soft" parts like the meniscus, tendons, and fluid (effusion).
Yes, it is very sensitive at finding even small amounts of fluid buildup (joint effusion) inside the knee.
FAQ Realted to (USG SHOULDER (SINGLE))
It is an injury to the tendons in the shoulder; ultrasound is an excellent, cost-effective way to diagnose these tears.
FAQ Realted to (USG SHOULDER (BOTH))
Yes, unlike an MRI, the technician can scan you while you move your shoulder or knee to see how the joints behave in motion.
FAQ Realted to (USG GUIDED FNAC)
It is a procedure where a very thin needle is guided by ultrasound to collect cells from a lump for laboratory testing.
It allows the doctor to see the needle in real-time, ensuring the sample is taken from the exact center of the lump.
It feels like a quick pinprick, similar to a blood test, and usually does not require local anesthesia.
The sample is sent to a pathologist; results typically take 24 to 48 hours.
No, you can return to your normal routine immediately after the procedure.
FAQ Realted to (USG GUIDED PLEURAL TAP THERAPUTIC)
It is the removal of fluid from the space between the lungs and the chest wall using a needle guided by ultrasound.
Diagnostic takes a small sample to find the cause of fluid; Therapeutic removes a large amount to help the patient breathe easier.
Local anesthesia is used to numb the skin, so you should only feel a bit of pressure, not sharp pain.
It ensures the needle is placed safely away from the lung tissue to prevent complications.
If a large amount of fluid is removed (Therapeutic), most patients feel an immediate improvement in their breathing.
FAQ Realted to (USG GUIDED ASCITIC TAP THERAPUTIC)
It is a procedure to drain excess fluid (ascites) from the abdominal cavity, often caused by liver or heart issues.
Depending on the patient’s condition, several liters of fluid can be safely removed to reduce abdominal pressure.
It is often done as a daycare procedure, but you may need to rest for an hour or two afterward.
Yes, using ultrasound guidance makes the procedure very safe by avoiding bowel loops and other organs.
FAQ Realted to (USG GUIDED ASCITIC TAP DIAGNOSTIC)
Testing the fluid helps determine if the buildup is due to infection, liver disease, or other medical conditions.
FAQ Realted to (USG GUIDED KNEE TAPPING DIAGNOSTIC)
It is done to relieve painful pressure or to test the fluid for gout, "pseudo-gout," or infection.
It helps the doctor find the largest pocket of fluid, making the aspiration more successful and less painful.
Yes, removing excess fluid often provides instant relief from the tight, painful sensation in the joint.
Yes, sometimes a steroid is injected after the fluid is removed to reduce long-term inflammation.
The skin is thoroughly cleaned with antiseptic, and sterile needles are used to keep the risk extremely low.
FAQ Realted to (USG GUIDED BIOPSY)
It is the removal of a small piece of tissue (rather than just cells) using a specialized needle under ultrasound guidance.
A biopsy takes a larger tissue sample (a "core"), which provides more detailed information for complex diagnoses.
Yes, the area is numbed with an injection to ensure you are comfortable during the procedure.
The needle is very small, so it usually leaves only a tiny mark that heals without a significant scar.
If you take blood thinners (like aspirin or warfarin), you must inform your doctor as you may need to stop them for a few days.
FAQ Realted to (USG GUIDED PIGTAIL INSERTION)
It is a small, flexible tube with a curled end (like a pigtail) used to drain fluid or an abscess over several days.
It is used when fluid keeps coming back or if there is a thick infection (abscess) that needs continuous drainage.
The tube stays in until the drainage stops, which could be a few days to a week depending on the case.
Yes, the tube is taped to your skin and connected to a drainage bag so you can move carefully.
The area is numbed with local anesthesia, so the insertion process is generally well-tolerated with minimal discomfort.
FAQ Realted to (USG GUIDED SMALL PROCEDURE)
This includes minor interventional tasks like draining a small cyst, injecting medication into a joint, or removing a foreign object.
It provides a clear, real-time map for the doctor, making even small procedures safer and more accurate than doing them "blind."
For most minor procedures, a local numbing agent is used to ensure you do not feel any sharp pain.
FAQ Realted to (USG TRUS GUIDED BIOPSY PROSTATE)
It is a procedure where an ultrasound probe is inserted into the rectum to guide a needle for taking tissue samples from the prostate.
It is the most definitive way to check for prostate cancer if your PSA levels are high or if a lump was felt during an exam.
You may need to take antibiotics beforehand and perform a bowel cleanse (enema) to ensure a clear view and prevent infection.
The area is numbed, but you may feel a brief "snapping" sensation and some pressure as the samples are taken.
It is common to see a small amount of blood in your urine, stool, or semen for a few days following the procedure.
FAQ Realted to (X RAY LUMBAR SPINE FLEXION)
It is an image of your lower back taken while you are bending forward to see how your vertebrae move and align.
It can reveal "instability" or a vertebra that slides out of place only when you move, which a stationary X-ray might miss.
FAQ Realted to (X RAY SHOULDER AP VIEW)
The shoulder is a complex ball-and-socket joint; different angles (AP, Lat, Y-view, Axial) are needed to see every part clearly.
Yes, the technician needs to move your arm and shoulder into specific angles to get the most accurate diagnostic images.
FAQ Realted to (X RAY SHOULDER Y VIEW)
It is a specialized angle used primarily to check for shoulder dislocations or fractures of the shoulder blade (scapula).
FAQ Realted to (X RAY SHOULDER AXIAL VIEW)
The axial view looks at the shoulder from a top-down or bottom-up perspective to see how the "ball" fits into the "socket."
FAQ Realted to (X RAY CLAVICLE AP VIEW)
Commonly known as the collarbone, it is one of the most frequently fractured bones in the body.
FAQ Realted to (X RAY STERNOCLAVICLE JOINT PA VIEW)
It is the joint where your collarbone meets your breastbone (sternum); the PA view checks for dislocations or arthritis here.
FAQ Realted to (X RAY ARM AP VIEW)
It focuses on the Humerus bone, which runs from your shoulder to your elbow, to look for fractures or bone lesions.
FAQ Realted to (X RAY ARM LAT VIEW)
A fracture might be invisible from the front (AP) but clearly seen from the side (Lateral), so two views are standard.
FAQ Realted to (X RAY ELBOW AP VIEW)
It can find fractures, dislocations, "tennis elbow" related bone changes, and joint fluid (the "fat pad sign").
FAQ Realted to (X RAY ELBOW OBLIQUE VIEW)
It provides a diagonal look at the joint, which is essential for seeing small bone chips or subtle fractures in the elbow bones.
FAQ Realted to (X RAY ELBOW LAT VIEW)
Yes, you will usually be asked to bend your elbow at a 90-degree angle for the side view.
FAQ Realted to (X RAY FOREARM AP VIEW)
The forearm consists of two bones: the Radius (thumb side) and the Ulna (pinky side).
FAQ Realted to (X RAY FOREARM LAT VIEW)
Yes, this is a common fracture in children where the bone bends but doesn’t break completely, visible on forearm X-rays.
FAQ Realted to (X RAY FOREARM OBLIQUE VIEW)
Yes, watches, rings, and bracelets must be removed because metal blocks X-rays and hides the underlying bone.
FAQ Realted to (X RAY FOREARM)
The forearm X-ray includes the Radius and Ulna, extending from the elbow to the wrist.
Yes, it can detect bone fractures, tumors, or soft tissue swelling that might cause the arm to appear enlarged.
No, the procedure is painless. You only need to keep your arm still on the digital sensor plate.
The entire process usually takes less than 5 to 10 minutes.
You may need to roll up your sleeve. Any metal like watches or bracelets must be removed.
FAQ Realted to (X RAY WRIST AP VIEW)
The Anteroposterior (AP) view shows the wrist from the front, evaluating the joints between the radius, ulna, and hand.
Yes, it is the primary view used to look for joint space narrowing and bone spurs associated with arthritis.
Yes, the technician will guide you to place your palm flat on the sensor for the clearest image.
It usually captures the base of the metacarpals (hand bones), but focuses specifically on the carpal/wrist area.
In children, the AP view is often used to assess bone age and the status of the growth plates.
FAQ Realted to (X RAY WRIST LAT VIEW)
The side (lateral) view is vital for checking the alignment of the carpal bones and detecting certain dislocations.
Your hand is turned sideways, resting on the "pinky" side with the thumb pointing upward.
Yes, the lateral view is the best angle to see if the lunate bone has slipped out of its proper position.
It helps surgeons verify that pins, plates, or screws are correctly aligned from a side perspective.
The technician may use a foam block to help you keep your wrist perfectly vertical for a few seconds.
FAQ Realted to (X RAY WRIST OBLIQUE VIEW)
It provides a 45-degree diagonal perspective, which helps spot fractures that might be hidden in the front or side views.
Yes, it provides a better look at the outer carpal bones like the scaphoid and trapezium.
No, the radiation dose is the same as the standard AP or Lateral views.
Your hand is placed halfway between a flat palm and a side view, often supported by a wedge.
Yes, it is excellent for detecting small "avulsion" fractures where a piece of bone is pulled off by a ligament.
FAQ Realted to (X RAY WRIST)
It commonly identifies fractures, dislocations, cysts (like ganglion cysts affecting bone), and chronic arthritis.
While it cannot see the nerve, it helps identify bone spurs or old fractures that might be causing the syndrome.
Yes, it is safe, but the metal will appear very bright on the X-ray and might hide some detail directly behind it.
A standard wrist exam usually consists of 3 pictures: AP, Lateral, and Oblique.
Metal blocks X-rays completely, creating a "shadow" that can hide serious injuries.
FAQ Realted to (X RAY HAND AP VIEW)
It provides a clear view of all 14 phalanges (finger bones) and the 5 metacarpals (palm bones).
Yes, it is used to monitor joint erosions and swelling typical of rheumatoid arthritis.
Spreading the fingers prevents the bones from overlapping, allowing the radiologist to see each joint clearly.
It helps rule out bone issues, though trigger finger is usually a tendon problem better seen on ultrasound.
Yes, metal or glass stuck in the hand shows up very clearly on an AP X-ray.
FAQ Realted to (X RAY HAND LAT VIEW)
It is used to see if a fracture has "displaced" (moved) forward or backward, which isn't visible from the front.
You might be asked to make a "fan" shape with your fingers or a "karate chop" position on the plate.
Yes, it shows the angle of the break in the 5th metacarpal, which is crucial for deciding if surgery is needed.
Yes, it is the best view to see if a finger joint has popped out of its socket.
It requires careful positioning by the technician to ensure the bones don't all stack on top of each other.
FAQ Realted to (X RAY HAND OBLIQUE VIEW)
It is a diagonal view that helps visualize the joints between the palm bones (metacarpals) more clearly.
Yes, it is a standard part of the "Hand Series" used to evaluate injuries from falls or impacts.
The hand is tilted at a 45-degree angle, often with the fingers slightly staggered.
Yes, in cases of infection or certain diseases, it can show changes in bone density.
Taking AP, Lat, and Oblique ensures the doctor doesn't miss a fracture that is only visible from one specific angle.
FAQ Realted to (X RAY HAND BALL CATCHER VIEW)
Also known as Norgaard’s view, it captures both hands in a position as if you were about to catch a ball.
It is extremely sensitive for detecting early "erosions" (bone wear) at the base of the fingers caused by Rheumatoid Arthritis.
Yes, usually both hands are placed on one large sensor to compare the joints on both sides.
Yes, it is a key diagnostic tool for several types of inflammatory joint diseases.
It only requires you to hold your hands cupped for about 2 seconds while the image is taken.
FAQ Realted to (X RAY SCAPHOID VIEW ULNAR DEVIATION)
It is a small, boat-shaped bone in the wrist that is the most commonly fractured carpal bone.
By tilting the hand toward the pinky side, the scaphoid bone is "stretched out" so it doesn’t overlap with other bones.
These fractures can be tiny. If pain persists but the first X-ray is clear, a repeat is often done 10 days later.
You may feel a slight stretch as you tilt your hand, but it only lasts a few seconds.
Yes, it can monitor if the blood supply to the bone was cut off after an injury, which is common with scaphoid breaks.
FAQ Realted to (X RAY CARPAL TUNNEL VIEW)
It is a specialized view looking through the "tunnel" formed by the wrist bones to see the bony canal.
No, but it looks for bone spurs or "hook of hamate" fractures that could be pressing on the nerve.
No, this is a specialized "axial" view usually requested only when carpal tunnel issues are suspected.
You will be asked to pull your fingers back toward your forearm using your other hand or a strap.
Yes, it can identify calcifications within the carpal canal that might be causing irritation.
FAQ Realted to (X RAY PELVIS AP VIEW)
It shows the entire pelvic girdle, including both hip joints, the sacrum, and the pubic bones.
Yes, it is the primary test for diagnosing hip fractures, especially after a fall.
Usually no, but you may need to change into a gown to ensure no buttons or zippers hide the bones.
Turning your toes inward helps the hip joints "open up" so the radiologist can see the neck of the femur more clearly.
While radiation is low, tell the technician if you might be pregnant, as the pelvis is near reproductive organs.
FAQ Realted to (X RAY PELVIS LAT VIEW)
It helps the doctor see the bones from the side, specifically the tailbone (coccyx) and the alignment of the sacrum.
Yes, it provides a "profile" view of the hip, which helps identify if the hip ball is properly seated in the socket.
You will usually lie on your side with your knees slightly bent (the fetal position).
It can show changes in the sacroiliac joints, though the AP view is often better for this.
Yes, the lateral view is the best way to see a fracture or dislocation of the coccyx.
FAQ Realted to (X RAY ABDOMEN ERECT VIEW)
This position allows the radiologist to see "air-fluid levels" which are clear signs of a bowel obstruction.
It is a hole in the intestine; the standing view shows trapped air rising under the diaphragm, confirming a medical emergency.
The technician can take a "lateral decubitus" view while you lie on your side to get the same information.
Yes, metal or dense objects like coins or batteries show up very well in the standing view.
For emergencies, no; for routine checks, an empty stomach makes the gas patterns easier to read.
FAQ Realted to (X RAY ABDOMEN SUPINE VIEW)
Supine means you are lying flat on your back during the X-ray.
It is used to check bowel gas patterns, organ sizes, and the presence of kidney or bladder stones.
Yes, many kidney stones contain calcium and appear as bright white spots on this view.
Holding your breath prevents the image from blurring due to the movement of your stomach during breathing.
It shows their general outlines and size, helping detect if they are enlarged (organomegaly).
FAQ Realted to (X RAY ABDOMEN KUB VIEW)
KUB stands for Kidney, Ureter, and Bladder.
Yes, it is the primary X-ray used to find calcified stones in the urinary tract.
Sometimes a mild laxative is recommended the night before to clear gas from the bowels for a better view.
You will be asked to hold your breath for a second to prevent the organs from blurring on the image.
It shows the size and shape of the bladder and can detect large bladder stones.
KUB stands for Kidney, Ureter, and Bladder.
Yes, it is the primary X-ray used to find calcified stones in the urinary tract.
Sometimes a mild laxative is recommended the night before to clear gas from the bowels for a better view.
You will be asked to hold your breath for a second to prevent the organs from blurring on the image.
It shows the size and shape of the bladder and can detect large bladder stones.
FAQ Realted to (X RAY HIP JOINT AP VIEW)
It is used to check for hip fractures, dislocations, and degenerative diseases like osteoarthritis.
Turning the toes inward helps the radiologist see the femoral neck more clearly without bone overlap.
X-rays mostly see bone; while it can suggest joint issues, an MRI is better for seeing tears in the labrum cartilage.
Yes, surgeons use these images to measure and plan for hip replacement surgery.
Yes, any metal in the waist area must be removed as it blocks the view of the pelvic bones.
It is used to check for hip fractures, dislocations, and degenerative diseases like osteoarthritis.
Turning the toes inward helps the radiologist see the femoral neck more clearly without bone overlap.
X-rays mostly see bone; while it can suggest joint issues, an MRI is better for seeing tears in the labrum cartilage.
Yes, surgeons use these images to measure and plan for hip replacement surgery.
Yes, any metal in the waist area must be removed as it blocks the view of the pelvic bones.
FAQ Realted to (X RAY HIP JOINT LAT VIEW)
It provides a side perspective of the hip joint, which is crucial for seeing the exact position of a fracture.
You will usually lie on your side or have your leg bent to the side in a specific angle.
Yes, it can help visualize bone spurs on the femoral head that might cause impingement.
The technician will move your leg gently, but you should inform them if any movement causes sharp pain.
While nearby, its main focus is the hip; a specific coccyx X-ray is better for tailbone pain.
It provides a side perspective of the hip joint, which is crucial for seeing the exact position of a fracture.
You will usually lie on your side or have your leg bent to the side in a specific angle.
Yes, it can help visualize bone spurs on the femoral head that might cause impingement.
The technician will move your leg gently, but you should inform them if any movement causes sharp pain.
While nearby, its main focus is the hip; a specific coccyx X-ray is better for tailbone pain.
FAQ Realted to (X RAY HIP JOINT JUDET VIEW)
It is a specialized "oblique" X-ray of the pelvis and hip used specifically to look at the acetabulum (hip socket).
It is usually requested after major trauma, such as a car accident, to check for complex socket fractures.
The patient is tilted 45 degrees toward the side being imaged using foam wedges.
Yes, it provides a unique look at the anterior and posterior columns of the pelvis.
No, it is a specialized view usually ordered by orthopedic surgeons for trauma cases.
It is a specialized "oblique" X-ray of the pelvis and hip used specifically to look at the acetabulum (hip socket).
It is usually requested after major trauma, such as a car accident, to check for complex socket fractures.
The patient is tilted 45 degrees toward the side being imaged using foam wedges.
Yes, it provides a unique look at the anterior and posterior columns of the pelvis.
No, it is a specialized view usually ordered by orthopedic surgeons for trauma cases.
FAQ Realted to (X RAY HIP JOINT FROG LEG VIEW)
It is an X-ray where the hips are bent and knees are turned outward, resembling a frog’s legs.
It provides an excellent side view of the femoral head and neck without the patient having to roll onto their side.
Yes, it is very common for checking "Perthes disease" or slipped growth plates in children and teens.
Yes, it helps evaluate the coverage of the femoral head by the hip socket.
Yes, if a dislocation is suspected, this position may be too painful and the technician will use an alternative view.
It is an X-ray where the hips are bent and knees are turned outward, resembling a frog’s legs.
It provides an excellent side view of the femoral head and neck without the patient having to roll onto their side.
Yes, it is very common for checking "Perthes disease" or slipped growth plates in children and teens.
Yes, it helps evaluate the coverage of the femoral head by the hip socket.
Yes, if a dislocation is suspected, this position may be too painful and the technician will use an alternative view.
FAQ Realted to (X RAY FEMUR AP VIEW)
It covers the thigh bone, extending from the hip joint down to the knee joint.
Yes, X-rays can identify abnormal bone growths or lesions in the long shaft of the femur.
To properly evaluate a femur injury, the radiologist must see both the hip and knee to check for secondary issues.
Because the femur is the strongest bone, fractures usually only happen from high-impact trauma like falls or accidents.
You may need to change into a gown or remove pants with zippers, buttons, or thick sequins.
It covers the thigh bone, extending from the hip joint down to the knee joint.
Yes, X-rays can identify abnormal bone growths or lesions in the long shaft of the femur.
To properly evaluate a femur injury, the radiologist must see both the hip and knee to check for secondary issues.
Because the femur is the strongest bone, fractures usually only happen from high-impact trauma like falls or accidents.
You may need to change into a gown or remove pants with zippers, buttons, or thick sequins.
FAQ Realted to (X RAY FEMUR LAT VIEW)
It allows the doctor to see the depth of a fracture and if the bone has shifted forward or backward.
You lie on your side with the affected leg down and the other leg moved out of the way.
No, X-rays are for bones. If a muscle tear is suspected, an MRI or Ultrasound is recommended.
Yes, if you have a surgical rod in your thigh, this view checks the alignment of the metal and the screws.
The actual exposure takes less than a second; the total appointment is about 10 minutes.
It allows the doctor to see the depth of a fracture and if the bone has shifted forward or backward.
You lie on your side with the affected leg down and the other leg moved out of the way.
No, X-rays are for bones. If a muscle tear is suspected, an MRI or Ultrasound is recommended.
Yes, if you have a surgical rod in your thigh, this view checks the alignment of the metal and the screws.
The actual exposure takes less than a second; the total appointment is about 10 minutes.
FAQ Realted to (X RAY KNEE AP VIEW)
It finds arthritis, joint space narrowing, fractures, and bone alignment issues.
Weight-bearing (standing) X-rays show the actual joint space under pressure, which is better for diagnosing arthritis.
It can see the space where the meniscus lives, but the meniscus itself (cartilage) is better seen on an MRI.
Yes, it can show soft tissue swelling or fluid buildup (effusion) inside the joint.
Yes, the radiation dose is minimal and localized only to the knee area.
It finds arthritis, joint space narrowing, fractures, and bone alignment issues.
Weight-bearing (standing) X-rays show the actual joint space under pressure, which is better for diagnosing arthritis.
It can see the space where the meniscus lives, but the meniscus itself (cartilage) is better seen on an MRI.
Yes, it can show soft tissue swelling or fluid buildup (effusion) inside the joint.
Yes, the radiation dose is minimal and localized only to the knee area.
FAQ Realted to (X RAY KNEE LAT VIEW)
It is the best view for seeing the kneecap (patella) from the side and the space behind it.
The technician will usually ask you to bend your knee slightly (about 20–30 degrees) for this view.
Yes, small bone or cartilage chips floating in the joint can often be seen on this side view.
Yes, it can show the characteristic bone bump below the kneecap common in active teenagers.
Usually yes, you will lie on your side with the affected knee resting on the X-ray plate.
It is the best view for seeing the kneecap (patella) from the side and the space behind it.
The technician will usually ask you to bend your knee slightly (about 20–30 degrees) for this view.
Yes, small bone or cartilage chips floating in the joint can often be seen on this side view.
Yes, it can show the characteristic bone bump below the kneecap common in active teenagers.
Usually yes, you will lie on your side with the affected knee resting on the X-ray plate.
FAQ Realted to (X RAY KNEE SKYLINE VIEW)
It is a special view taken from above the kneecap while the knee is bent, looking down the joint.
Because it shows the kneecap sitting in its groove like the sun over a horizon.
It is used to check for patellar subluxation (kneecap sliding out of place) and tracking issues.
Yes, it is excellent for detecting vertical fractures of the kneecap that might be missed on other views.
It requires the knee to be bent significantly; tell the technician if your knee is too stiff to bend.
It is a special view taken from above the kneecap while the knee is bent, looking down the joint.
Because it shows the kneecap sitting in its groove like the sun over a horizon.
It is used to check for patellar subluxation (kneecap sliding out of place) and tracking issues.
Yes, it is excellent for detecting vertical fractures of the kneecap that might be missed on other views.
It requires the knee to be bent significantly; tell the technician if your knee is too stiff to bend.
FAQ Realted to (X RAY LEG AP VIEW)
The leg X-ray focuses on the Tibia (shin bone) and the Fibula (the smaller side bone).
Yes, though early stress fractures might not show up for 2–3 weeks on a standard X-ray.
It helps rule out more serious bone issues, though "shin splints" themselves are a soft-tissue inflammation.
Fractures in the shin often involve the joints above or below, so the whole bone is imaged.
Yes, chronic infections (osteomyelitis) cause changes in the bone structure visible on an AP view.
The leg X-ray focuses on the Tibia (shin bone) and the Fibula (the smaller side bone).
Yes, though early stress fractures might not show up for 2–3 weeks on a standard X-ray.
It helps rule out more serious bone issues, though "shin splints" themselves are a soft-tissue inflammation.
Fractures in the shin often involve the joints above or below, so the whole bone is imaged.
Yes, chronic infections (osteomyelitis) cause changes in the bone structure visible on an AP view.
FAQ Realted to (X RAY LEG LAT VIEW)
It shows the depth of the tibia and fibula, helping to identify "bowing" of the legs or complex fractures.
The patient lies on their side with the leg resting flat on the digital detector.
No, muscle injuries require an Ultrasound or MRI; X-rays only show the bones and major swelling.
Yes, X-rays are often taken through the cast to ensure the bones are staying in the correct position.
Yes, the lateral view combined with the AP view allows doctors to see the spiral pattern of a break.
It shows the depth of the tibia and fibula, helping to identify "bowing" of the legs or complex fractures.
The patient lies on their side with the leg resting flat on the digital detector.
No, muscle injuries require an Ultrasound or MRI; X-rays only show the bones and major swelling.
Yes, X-rays are often taken through the cast to ensure the bones are staying in the correct position.
Yes, the lateral view combined with the AP view allows doctors to see the spiral pattern of a break.
FAQ Realted to (X RAY ANKLE AP VIEW)
It looks for fractures in the talus bone and the ends of the shin bones (malleoli).
Usually, it is done lying down, but "weight-bearing" views may be requested to check for ligament stability.
It cannot see the torn ligaments of a sprain, but it rules out fractures that mimic sprain symptoms.
It is a slightly tilted AP view that looks specifically at the "gap" in the ankle joint to check for stability.
Yes, socks (especially thick ones) should be removed to ensure no fabric patterns interfere with the image.
It looks for fractures in the talus bone and the ends of the shin bones (malleoli).
Usually, it is done lying down, but "weight-bearing" views may be requested to check for ligament stability.
It cannot see the torn ligaments of a sprain, but it rules out fractures that mimic sprain symptoms.
It is a slightly tilted AP view that looks specifically at the "gap" in the ankle joint to check for stability.
Yes, socks (especially thick ones) should be removed to ensure no fabric patterns interfere with the image.
FAQ Realted to (X RAY ANKLE LAT VIEW)
It shows the ankle joint from the side, focusing on the heel bone (calcaneus) and the Achilles area.
Yes, it is the best view for identifying "Planter Fasciitis" related bone spurs on the bottom of the heel.
The foot is usually held at a 90-degree angle to the leg, resting on its outer side.
Yes, a "joint effusion" or swelling around the joint can be seen clearly from the side.
Yes, it is the primary view used to diagnose fractures of the calcaneus after a fall from height.
It shows the ankle joint from the side, focusing on the heel bone (calcaneus) and the Achilles area.
Yes, it is the best view for identifying "Planter Fasciitis" related bone spurs on the bottom of the heel.
The foot is usually held at a 90-degree angle to the leg, resting on its outer side.
Yes, a "joint effusion" or swelling around the joint can be seen clearly from the side.
Yes, it is the primary view used to diagnose fractures of the calcaneus after a fall from height.
FAQ Realted to (X RAY ANKLE OBLIQUE VIEW)
It provides a diagonal look that prevents the two leg bones from overlapping, giving a clear view of the joint space.
The leg and foot are usually rotated inward about 45 degrees.
Yes, it provides a better view of the small bones in the back of the foot like the navicular and cuboid.
Yes, it is very useful in children to check for Salter-Harris fractures near the ankle growth plate.
Yes, it is excellent for finding small "avulsion" fractures where a ligament has pulled a piece of bone away.
It provides a diagonal look that prevents the two leg bones from overlapping, giving a clear view of the joint space.
The leg and foot are usually rotated inward about 45 degrees.
Yes, it provides a better view of the small bones in the back of the foot like the navicular and cuboid.
Yes, it is very useful in children to check for Salter-Harris fractures near the ankle growth plate.
Yes, it is excellent for finding small "avulsion" fractures where a ligament has pulled a piece of bone away.
FAQ Realted to (X RAY ANKLE MORTISE VIEW)
It is a specialized X-ray where the leg is rotated inward by 15-20 degrees to see the entire ankle joint space without bone overlap.
It allows the radiologist to evaluate the "mortise" (the socket) to check for widening that indicates ligament damage.
Yes, it is the best X-ray view to check for a "high ankle sprain" or separation between the tibia and fibula.
The inward rotation may cause slight discomfort, but the technician will assist you to make it as quick as possible.
Yes, most orthopedic doctors request the Mortise view alongside AP and Lateral views for a complete assessment.
FAQ Realted to (X RAY FOOT AP VIEW)
It provides a top-down view of the toes, the long metatarsal bones, and the midfoot.
Yes, it is used to check the alignment of the midfoot bones which is critical for identifying Lisfranc ligament tears.
Standing (weight-bearing) shows how the bones of your feet behave under the pressure of your body weight, which is more diagnostic.
Yes, it clearly shows the "Hallux Valgus" angle, which helps doctors determine the severity of a bunion.
Yes, socks can create artifacts or hide small bone fragments; it is best to have the foot bare.
FAQ Realted to (X RAY FOOT LAT VIEW)
It shows the foot from the side, focusing on the heel bone (calcaneus) and the height of the foot arches.
Yes, it is the gold standard for measuring the arch angle to diagnose flat feet or high arches.
Yes, it provides a clear look at the base of the 5th metatarsal, a common site for this specific fracture.
Yes, it is excellent for visualizing bone spurs on the back or bottom of the heel bone.
You will stand or lie with the side of your foot flat against the X-ray plate.
FAQ Realted to (X RAY FOOT OBLIQUE VIEW)
It provides a diagonal perspective that separates the metatarsal bones so they don’t overlap on the image.
Yes, it is very helpful for finding "stress fractures" in the small bones of the midfoot.
The foot is usually tilted inward at a 45-degree angle toward the big toe side.
Yes, it gives a better look at the cuboid and cuneiform bones compared to a flat AP view.
Yes, movement will blur the small bones of the foot; the exposure only takes a fraction of a second.
FAQ Realted to (X-RAY RGU - RETROGRADE URETHROGRAM)
It is an X-ray of the male urethra performed by injecting contrast dye to look for narrowings called strictures.
Because the dye is injected in the opposite direction of urine flow (from the tip of the penis upward).
You may feel pressure or a stinging sensation during the injection of the dye, but it is a short procedure.
The procedure usually takes about 20 to 30 minutes in the X-ray room.
There is a very small risk; you may be asked to drink plenty of water after the test to flush your system.
FAQ Realted to (X-RAY MCU - MICTURATING CYSTO-URETHROGRAM)
It is an X-ray where the bladder is filled with dye via a catheter, and images are taken while you are actually urinating.
It is commonly used to check for "Vesicoureteral Reflux" (VUR), where urine flows backward from the bladder to the kidneys.
Yes, a small, thin tube (catheter) is used to fill the bladder with the contrast liquid.
Medical staff handle this with extreme privacy and professionalism to make the patient as comfortable as possible.
Drink plenty of fluids to help clear the contrast dye from your bladder.
FAQ Realted to (X-RAY HSG - HYSTEROSALPINGOGRAM PROCEDURE)
It is an X-ray of the uterus and fallopian tubes, primarily used to check for blockages in women having trouble conceiving.
It is usually done between Day 7 and Day 10 of your menstrual cycle, after your period ends but before ovulation.
Most women experience cramping similar to a heavy period for a few minutes while the dye is injected.
Sometimes, the pressure of the dye can open minor blockages, and some women find it easier to conceive shortly after the test.
It is normal to have light spotting or watery discharge for a day or two after the procedure.
FAQ Realted to (X-RAY I.V.P (INTRAVENOUS PYELOGRAM))
It is an X-ray of the kidneys and bladder where the contrast dye is injected into a vein in your arm.
As the kidneys filter the dye, it highlights any stones that might be blocking the flow of urine.
You may feel a sudden warm flush or a metallic taste in your mouth; this is normal and lasts only a minute.
Yes, you usually need an empty stomach and may be asked to take a mild laxative the night before.
You must tell the doctor if you are allergic to Iodine or shellfish, as the contrast dye contains iodine.
FAQ Realted to (X-RAY LOOPGRAM)
It is an X-ray for patients who have had their bladder removed and use a "loop" of intestine (Ileal Conduit) to pass urine.
The contrast dye is gently injected through the stoma (the opening on the abdomen).
It checks for stones, narrowings, or leaks where the ureters are connected to the intestinal loop.
It is usually painless, though you may feel some mild pressure during the filling process.
Usually, no major fasting is required, but you should bring your spare stoma supplies for after the test.
FAQ Realted to (EcochG / ECOG - Electrocochleography (Report Next Day))
It is primarily used to diagnose Ménière’s disease by measuring fluid pressure in the inner ear.
Small electrodes are placed near the eardrum or in the ear canal to record electrical responses to sound clicks.
It is generally non-invasive and painless, though you may feel slight pressure in the ear canal from the electrode.
The complex electrical waveforms require detailed manual analysis by an audiologist for an accurate diagnosis.
Yes, it is often recommended to avoid caffeine as it can affect inner ear pressure and test results.
FAQ Realted to (Eustachian tube function test (Report Hand to Hand))
It connects your middle ear to your throat and regulates air pressure behind the eardrum.
It is advised if you feel constant "fullness" in your ears, popping sounds, or if you have difficulty clearing your ears during flights.
The audiologist uses a small probe to change air pressure in the ear canal while you swallow or yawn.
Yes, the results are processed "hand to hand," meaning you receive them right after the procedure.
Yes, it is a quick, non-invasive, and very safe test for children who suffer from recurrent ear infections.
FAQ Realted to (ASSR - Auditory Steady-State Response)
Unlike standard tests, ASSR does not require the patient to push a button; it uses a computer to objectively measure brain responses.
Since babies cannot tell us when they hear a sound, ASSR provides an objective "map" of their hearing thresholds at different frequencies.
Yes, for the most accurate results, infants or children are usually tested while sleeping or sedated to minimize muscle noise.
Yes, it provides precise frequency-specific data that helps audiologists program hearing aids more accurately.
The sounds used are controlled clicks or tones; they are not harmful to the ear.
FAQ Realted to (Tinnitus evaluation test)
It is a process where the audiologist plays different sounds to find the one that matches the pitch and loudness of your "ringing."
No, but it identifies the characteristics of the sound, which is essential for creating a management or masking plan.
It is the lowest volume of "white noise" required to cover up or hide your tinnitus sound.
Often, yes. This evaluation usually includes a hearing test to see if hearing loss is the underlying cause.
The full assessment typically takes about 30 to 45 minutes.
FAQ Realted to (Hearing aid program (Report Hand to Hand))
The audiologist connects your hearing aid to a computer and adjusts the settings based on your latest audiogram.
Yes, most programmable digital hearing aids can be fine-tuned by our audiologists.
It is recommended to have a check-up every 6–12 months or whenever you feel the sound quality has changed.
It is a specialized check used during programming to ensure the hearing aid is delivering the exact sound levels needed inside your ear canal.
Yes, the digital settings are stored in the hearing aid and backed up in our clinical software.
FAQ Realted to (SDS - Speech discrimination score (Report Hand to Hand))
It measures how clearly you can understand words when they are played at a comfortable volume.
A high score means your brain can still process speech clearly; a low score suggests that hearing aids alone may not fix the clarity issue.
You will listen to a list of standardized words through headphones and repeat them back to the audiologist.
This specific test is usually done in a quiet booth to find your "best possible" understanding score.
Yes, it is a crucial component of a complete hearing evaluation.
FAQ Realted to (EEG)
It records the continuous electrical "brain waves" to look for abnormal patterns.
No. The sensors (electrodes) only "listen" to your brain activity; they do not send any electricity into your body.
Yes. Hair should be clean and free of oils, sprays, or gels to ensure the sensors stick properly.
No, an EEG only measures general electrical patterns, not your thoughts or memories.
The recording phase typically lasts between 20 to 40 minutes.
FAQ Realted to (EEG VIDEO)
It allows doctors to sync your physical movements (like a twitch or blank stare) with your brain waves during a seizure.
Yes, it is the best way to distinguish between true epileptic seizures and "psychogenic" or fainting spells.
Yes, video EEG is usually conducted in a controlled, private environment for patient comfort.
You should stay within the camera’s view, but you can usually sit, read, or watch TV during long recordings.
It provides much more diagnostic data than a standard EEG, as it captures the physical "event" on camera.
FAQ Realted to (EEG Sleep Deprived / SDEG)
Lack of sleep "stresses" the brain, making it more likely that abnormal seizure activity will appear during the test.
Typically, you are asked to stay awake most of the night or get only 4 hours of sleep before the morning appointment.
Yes, part of the test involves recording while you fall asleep, as many brain abnormalities only appear during the transition to sleep.
Yes, caffeine must be avoided because it prevents sleep and can mask the brain activity the doctor is looking for.
Because you are sleep-deprived, it is highly recommended that someone else drives you home after the procedure.
FAQ Realted to (BERA - Brainstem Auditory Evoked Response)
It checks how the auditory nerve and brainstem react to sound, bypassing the need for a patient’s verbal response.
Yes, because it is an objective test that cannot be "faked," it is often used for disability claims.
Small sticky sensors are placed on the forehead and behind the ears.
It can detect abnormalities along the auditory nerve (like acoustic neuroma) that may require further MRI imaging.
Not at all. Most babies sleep through the entire procedure while wearing small earphones.
FAQ Realted to (VEP - Visual Evoked Potential)
It measures the time it takes for a visual signal from your eyes to reach the visual cortex in your brain.
You will look at a television screen with a shifting checkerboard pattern or receive light flashes from goggles.
Yes, it is a very sensitive test for detecting optic nerve inflammation (optic neuritis), which is often an early sign of MS.
Yes, if you use corrective lenses for distance, you must wear them during the test.
No, there is no physical contact with the eyes. It is purely a visual and electrical recording test.
FAQ Realted to (EMG - Electromyogram (Single Limb))
It is a test that records the electrical activity of muscles when they are at rest and when they are contracting.
A very thin, fine needle (electrode) is inserted into a specific muscle to "listen" to its electrical signals.
It feels like a small pinch or cramp; there is no medication injected through the needle.
If your symptoms (like numbness or weakness) are only in one arm or leg, the doctor may focus the test on that specific area.
Minor bruising at the needle site is possible but rare and usually fades quickly.
FAQ Realted to (EMG - Electromyogram (Both lower Limb))
Testing both legs allows the doctor to compare the signals and determine if a nerve issue is widespread (like sciatica or neuropathy).
Yes, it can show if a pinched nerve in your back is causing muscle damage in your legs.
The procedure usually takes 45 to 60 minutes for both legs.
It is best to wear loose-fitting shorts so the technician can easily access the muscles in your thighs and calves.
Usually yes, but inform the doctor beforehand, as some muscle relaxants might slightly affect the results.
FAQ Realted to (EMG - Electromyogram (Both Upper Limb))
It is often used to investigate neck pain radiating into both arms or to diagnose conditions like carpal tunnel in both wrists.
Yes, it is the primary tool to map out damage to the network of nerves that send signals to your shoulders and arms.
You might feel a slight tingling or soreness for a few hours, but you should be able to use your arms normally.
Yes, a bilateral EMG is a key part of the diagnostic process for MND or ALS.
No, avoid using skin lotions or creams on your arms as they interfere with the electrode sensors.
FAQ Realted to (NCV - Nerve Conduction Velocity (Single Limb))
NCV measures how fast an electrical impulse moves through your nerve to identify nerve damage or destruction.
While EMG looks at muscle activity, NCV specifically looks at the "speed" and strength of the nerves themselves.
You will feel a brief, mild electrical pulse (like a static shock). It is startling but generally not painful.
It identifies conditions like pinched nerves, peripheral neuropathy, and Guillain-Barré syndrome.
No, a standard NCV only uses small electrode patches taped to the skin; no needles are involved in this part.
FAQ Realted to (NCV - Nerve Conduction Velocity (Both Upper limb))
Testing both arms allows the doctor to use your healthy arm as a baseline to see how much the affected side has slowed down.
Yes, it is very common for Carpal Tunnel to affect both hands, and this test confirms the severity in each.
Small electrical pulses are applied to the skin over the nerves in your wrists and elbows.
Yes, it can determine if pain in your arms is actually coming from pinched nerves in your cervical spine (neck).
There are no lasting side effects. You may feel a slight tingling for a few minutes after the electrical pulses.
FAQ Realted to (NCV - Nerve Conduction Velocity (Both Lower limb))
It looks for nerve damage in the legs, commonly caused by diabetes, Vitamin B12 deficiency, or sciatica.
Yes, burning sensations are often a sign of peripheral neuropathy, which this test can accurately measure.
Since it involves both legs and multiple nerve pathways, it usually takes about 45 to 60 minutes.
Yes, the electrodes need direct contact with the skin on your feet, ankles, and calves.
It can show the "downstream" effects of a pinched nerve (radiculopathy) on the muscles and nerves of the legs.
FAQ Realted to (SSR - Sympathetic Skin Response (Single Limb))
It measures the electrical changes in the skin caused by sweat gland activity, which is controlled by your involuntary nervous system.
Yes, SSR is a useful tool for evaluating small nerve fibers that standard NCV tests might miss.
The skin is usually stimulated with a mild electrical pulse or a sudden sound to trigger an involuntary "sweat" response.
It involves a small electrical tingle, but it is not considered painful and is very safe.
Yes, it helps doctors see if the autonomic nerves in a specific limb are overreacting or underperforming.
FAQ Realted to (SSR - Sympathetic Skin Response (Both Upper Limb))
It helps compare the autonomic function between the two sides to see if a disorder is localized or systemic.
Diabetes, Parkinson’s disease, and certain autoimmune disorders can all change how these nerves function.
Yes, a calm environment is best because sudden noises or stress can interfere with your involuntary skin responses.
It is a relatively quick test, usually completed within 20 to 30 minutes.
Yes, skin should be clean and dry; oils and lotions can block the sensors from reading skin signals.
FAQ Realted to (SSR - Sympathetic Skin Response (Both Lower Limb))
Yes, the sweat glands in the feet are often the first to be affected by diabetic nerve damage.
Because it measures the "Sympathetic" branch of the nervous system, which manages your "fight or flight" responses like sweating.
Yes, it only uses surface electrodes taped to the skin; no needles are required.
A missing response suggests damage to the autonomic nerve fibers, helping the doctor confirm a diagnosis.
No, it can be performed on patients of all ages, including children and the elderly.
FAQ Realted to (RNST - Repetitive Nerve Stimulation Test)
It is the standard test for diagnosing Myasthenia Gravis, a condition that causes muscle weakness.
A nerve is stimulated with several electrical pulses in a row to see if the muscle tires out too quickly.
It is when the muscle signal gets weaker with each pulse, which is a key sign of a neuromuscular junction disorder.
You must ask your doctor; often, medications like Mestinon are stopped for 12–24 hours to get an accurate result.
Nerves in the wrist, shoulder, or even the face (near the eye) are commonly tested depending on your symptoms.
FAQ Realted to (NCV - Brachial Plexus)
It is the complex network of nerves in the shoulder that sends signals from the spine to your entire arm.
It is used after shoulder trauma, "stinger" injuries in sports, or if you have unexplained weakness in the whole arm.
Yes, it can identify if nerves are being compressed as they pass from the neck into the shoulder.
Electrodes are placed on the neck, shoulder, and along the arm to track the signal through the whole nerve network.
Yes, that is the primary reason doctors order this test—to locate exactly where the nerve signal is being blocked.
FAQ Realted to (NCV - Lumbo-Sacral Plexus)
It is the network of nerves in the lower back and pelvis that controls the muscles and sensation in your legs.
Yes, it evaluates the deeper nerve roots in the pelvis that form the sciatic nerve.
Yes, it identifies if the weakness is coming from the nerves in the lower spine or the plexus itself.
This test focuses more on the "root" where nerves exit the spine and join together in the pelvic area.
No, but wearing loose clothing or a gown is necessary so the lower back and legs can be accessed.
FAQ Realted to (SSEP - Somatosensory Evoked Potential (Single Limb))
It measures the speed at which a sensory stimulus travels from a limb all the way to the brain.
Yes, you will feel a rhythmic tapping or tingling sensation on your wrist or ankle during the test.
They are placed on your scalp and sometimes along your spine to catch the signal as it travels upward.
Yes, it helps identify "silent" lesions in the spinal cord or brain that affect sensation.
FAQ Realted to (SSEP - Somatosensory Evoked Potential (Both Upper Limb))
Yes, SSEP is excellent for checking if the sensory pathways through the spinal cord are intact.
It helps doctors identify if a neurological issue is affecting only one side of the brain/spine or both.
Since it records brain responses to many stimuli, it usually takes about 45 to 60 minutes.
Yes, you should be relaxed but awake. However, it can also be performed on patients who are unconscious in a coma.
Yes, it checks if a neck injury has damaged the sensory signals going from the arms to the brain.
No, it only "listens" to the brain’s electrical signals; it does not send anything into the brain.
FAQ Realted to (SSEP - Somatosensory Evoked Potential (Both Lower Limb))
It is often used for patients with walking difficulties, leg numbness, or suspected spinal cord issues.
Yes, it can show if the narrowing in the spine is actually slowing down the nerve signals to the brain.
It is usually applied to the tibial nerve at the ankle.
No. While NCV checks the nerve in the leg, SSEP checks the entire path from the leg, through the spine, to the brain.
No, you can drive and return to your normal activities immediately.
FAQ Realted to (CECT BRAIN VENOGRAPHY (CONTRAST))
It is a specialized CT scan that focuses specifically on the "veins" (which carry blood out of the brain) rather than the arteries.
The dye makes the blood in the veins show up bright white, allowing the doctor to see if any vein is blocked by a clot.
It is a blood clot in the brain’s veins; this scan is the primary tool used to diagnose this serious condition.
Yes, usually you should not eat for 4 hours before the scan due to the contrast injection.
Yes, a Creatinine blood test is usually required to ensure your kidneys can safely filter the contrast dye.
FAQ Realted to (NCCT TEMPORAL BONE (PLAIN))
It is the part of the skull that contains the structures of the middle and inner ear.
Plain scans are excellent for seeing bone details, such as fractures or bone erosion from chronic infections.
Yes, it provides a very high-detail look at the bone, making it easy to spot even tiny cracks.
Yes, it helps see if the tiny bones of the ear (ossicles) are damaged or if there is a blockage.
No, the actual scanning takes less than 30 seconds, though the total process takes about 10-15 minutes.
FAQ Realted to (HRCT TEMPORAL BONE (PLAIN))
It stands for High-Resolution Computed Tomography, which provides much thinner "slices" and more detail than a standard CT.
The ear has the smallest bones in the human body; HRCT is the only way to see them clearly without blur.
Yes, it is the best scan to find this type of skin cyst that can grow inside the ear and damage the bone.
Yes, it is often used to check if an infection has spread into the mastoid bone behind the ear.
No preparation or fasting is needed for a plain (non-contrast) HRCT.
FAQ Realted to (CECT TEMPORAL BONE (CONTRAST))
Contrast is used when the doctor suspects a tumor, a vascular (blood vessel) problem, or a deep infection like an abscess.
Yes, the contrast dye helps highlight small tumors on the hearing nerve that might be invisible on a plain scan.
Yes, it is common to feel a brief warm flush through the body when the contrast is injected.
Yes, these are tumors rich in blood vessels, and the CECT makes them stand out very clearly.
Most guidelines suggest waiting 24 hours before breastfeeding to ensure the dye has left your system.
FAQ Realted to (NCCT SELLA / PITUITARY (PLAIN))
It is a saddle-shaped depression in the sphenoid bone at the base of the skull that holds the pituitary gland.
It is used to check the bony structure of the sella and to look for large tumors or "Empty Sella Syndrome."
Yes, by checking for physical changes or growths in the pituitary gland which controls most of your body's hormones.
Yes, you will need to keep your head very still in a specialized holder to get high-detail images of this small area.
CT is better for seeing bone details, but MRI is usually preferred for the soft tissue of the gland itself. This CT is often used as a first step or if MRI is not possible.
FAQ Realted to (CECT SELLA / PITUITARY (CONTRAST))
Contrast helps highlight small pituitary adenomas (tumors) that are the same color as normal tissue on a plain scan.
Yes, the contrast dye helps differentiate between the tiny tumor and the healthy part of the pituitary gland.
Yes, a Serum Creatinine test is required to ensure your kidneys can safely process the contrast dye.
Unexplained breast milk production (prolactinoma symptoms), vision loss, or severe hormonal shifts often lead to this scan.
It is usually recommended to fast for 4-6 hours before the procedure to prevent nausea from the contrast.
FAQ Realted to (NCCT ORBIT (PLAIN))
It evaluates the eye sockets (orbits), the eye globes, the optic nerves, and the muscles that move the eyes.
Yes, it is the best test for finding "Blowout Fractures" of the thin bones surrounding the eye after trauma.
Yes, it is excellent for locating metal, glass, or stone fragments that may have entered the eye socket.
Yes, you should remove contact lenses and any eye makeup, as some products contain metallic particles that blur the image.
Yes, it can measure the position of the eye globe to see if it is being pushed forward (proptosis) by bone or tissue issues.
FAQ Realted to (CECT ORBIT (CONTRAST))
Contrast is essential to see blood vessels, tumors, or infections (cellulitis) behind the eye.
Yes, it shows the thickening of the eye muscles and fat associated with thyroid eye disease more clearly with contrast.
While MRI is common, CECT Orbit can help identify inflammation of the optic nerve when MRI is unavailable.
No, the contrast dye does not enter the eye globe itself and will not change your vision.
Inform the staff immediately; you may need "pre-medication" or an alternative scan like an MRI.
FAQ Realted to (NCCT TM JOINT (PLAIN))
The Temporomandibular Joint (TMJ) is the "hinge" that connects your jawbone to your skull.
Taking images in both positions shows how the joint moves and if the "disc" or bone is slipping out of place.
Yes, it identifies bone spurs, arthritis, or structural alignment issues that cause clicking and pain.
No, but you should avoid wearing large earrings or removable dental plates/dentures during the scan.
Yes, it helps determine if the jaw is physically stuck due to bone structure or a joint dislocation.
FAQ Realted to (CECT TM JOINT (CONTRAST))
Contrast is used if the doctor suspects a tumor, a complex infection, or severe inflammation (synovitis) in the joint.
Yes, it helps visualize the soft tissue and blood supply changes when the joint starts to fuse together.
No, the contrast is injected into a vein in your arm, not directly into your jaw joint.
The scanning process is quick, but including the contrast setup, expect to be in the room for 20 minutes.
Yes, drinking plenty of water helps flush the contrast dye out of your system more quickly.
FAQ Realted to (NCCT PNS (PLAIN))
PNS stands for Paranasal Sinuses, which are the air-filled cavities around your nose and eyes.
Yes, it is much more detailed than a standard X-ray and shows fluid, polyps, and thickened linings clearly.
It is a shift in the wall between your nostrils; this scan clearly maps the degree of deviation for surgical planning.
Bone and air (the main parts of the sinuses) provide high contrast naturally, so dye is rarely needed for basic sinus issues.
You should breathe quietly through your mouth and avoid sniffing or swallowing during the few seconds of scanning.
FAQ Realted to (CECT PNS (CONTRAST))
Contrast is used to distinguish between a simple infection and a tumor, or to see if a sinus infection has spread to the brain or eyes.
Yes, contrast helps identify the aggressive nature of certain fungal infections that invade nearby tissues.
If a tumor is involved, surgeons use CECT to see the blood supply before they operate.
Many patients feel a temporary warm sensation or the urge to urinate right after the injection; this is normal.
No, it uses specific angles and settings to focus only on the sinus cavities and facial bones.
FAQ Realted to (NCCT FACE (PLAIN))
It covers the forehead, cheekbones (zygoma), nose, upper jaw (maxilla), and lower jaw (mandible).
Yes, it is the primary tool used in emergency rooms to find fractures after an accident or physical injury.
It shows the jawbone and teeth roots, but for specific tooth issues, a dental "OPG" or "CBCT" is usually better.
Yes, all metal jewelry in the nose, ears, or lips must be removed to prevent "streaking" on the images.
Modern CT scanners use "Low Dose" protocols for the face to keep radiation exposure as low as possible.
FAQ Realted to (CECT FACE (CONTRAST))
It is added to look for facial abscesses (deep pockets of pus), tumors of the soft tissues, or vascular malformations.
Yes, it is excellent for seeing the parotid and submandibular glands located in the facial area.
It is given through an IV cannula, usually in the fold of your elbow.
Yes, it helps the doctor see if the swelling is caused by fluid buildup, a growth, or a blocked blood vessel.
Yes, you can resume your normal diet immediately after the scan is finished.
FAQ Realted to (NCCT NECK (PLAIN))
It looks for large masses, calcified lymph nodes, bone issues in the cervical spine, or foreign objects stuck in the throat.
Yes, it images the larynx (voice box) and thyroid cartilage.
Usually, an MRI is better for neck pain related to nerves, but CT is excellent for looking at the bones of the neck.
You may be asked to hold your breath and avoid swallowing for 10-15 seconds during the scan.
Yes, any metal around the neck must be removed as it completely blocks the X-ray beams.
FAQ Realted to (CECT NECK (CONTRAST))
The neck is full of blood vessels, muscles, and glands that look similar; contrast makes them stand out individually.
Yes, it is the best way to evaluate lymph nodes for signs of infection or cancer (lymphoma).
Yes, it provides a very clear view of the thyroid size and any nodules that may be present.
Yes, doctors use CECT Neck to see if a head or neck cancer has spread to nearby tissues or vessels.
The technician times the scan so that the images are taken exactly when the dye is flowing through the neck veins/arteries.
FAQ Realted to (NCCT HEAD AND FACE (PLAIN))
This is usually done in cases of significant trauma (like a car crash) to check for both brain injury and facial fractures at once.
The actual scan takes about 60 seconds; it is very fast for emergency evaluations.
Yes, NCCT Head is the fastest way to detect acute bleeding (hemorrhage) in the brain.
No, CT scanners are shaped like a large "donut"; your head will be in the center, but your body will likely be mostly outside.
Yes, unlike MRI, a CT scan is perfectly safe for patients with pacemakers or metallic implants.
FAQ Realted to (CECT HEAD AND FACE (CONTRAST))
It is used for complex cases like advanced infections, searching for primary tumors, or checking blood vessel health across the whole skull.
Yes, contrast is the only way to see the "ring enhancement" that identifies an abscess in the brain.
Yes, a kidney function test (Creatinine) is mandatory for this scan.
Yes, unless you were given a sedative, you can drive and work as usual after a CECT.
While it shows vessels, a specific "CT Angiography" protocol is used if the doctor only wants to see the arteries.
FAQ Realted to (NCCT FACE & NECK (PLAIN))
It is used to evaluate the entire area from the forehead down to the collarbone, usually for bone trauma or large physical masses.
It can show the "swelling" of an infection, but usually, a contrast scan (CECT) is preferred for infections in these areas.
No, this is typically an outpatient procedure that takes about 15-20 minutes total.
Yes, it provides a good view of the trachea (windpipe) and upper airway to check for obstructions.
The images are ready quickly, but a specialized Radiologist must study them and write a report, which usually takes a few hours.
FAQ Realted to (CECT FACE & NECK (CONTRAST))
The area is dense with overlapping muscles and glands; contrast helps the radiologist distinguish between a normal lymph node and a tumor or abscess.
Yes, it provides a highly detailed view of the parotid and submandibular glands to check for stones or growths.
You must fast for 4 hours and provide a recent Creatinine blood test report to ensure your kidneys can process the dye.
Yes, it is excellent for tracing the path of "deep neck space" infections that often originate from dental issues.
The scan itself takes about 1-2 minutes, but the entire process including IV setup takes around 20-30 minutes.
FAQ Realted to (CECT NECK ANGIOGRAPHY (CONTRAST))
It is a specialized CT that focuses specifically on the "Carotid" and "Vertebral" arteries that supply blood to your brain.
Yes, it identifies narrowing (stenosis) or plaque buildup in the neck arteries, which are major risk factors for stroke.
The scanner uses a "bolus tracking" method to start the scan exactly when the dye reaches peak brightness in your neck arteries.
It is a dangerous bulge in a neck artery; this scan is the gold standard for measuring its size and risk.
You will be asked to hold your breath and not swallow for about 15 seconds to prevent movement blur on the small vessels.
FAQ Realted to (CECT NECK VENOGRAPHY (CONTRAST))
Angiography looks at arteries (blood going to the brain), while Venography looks at the veins (blood returning from the brain).
Yes, it is the primary test used to find thrombosis (clots) in the internal jugular veins.
In rare cases, increased pressure in the neck veins can cause severe headaches; this scan helps rule out venous blockages.
No, it is a standard IV injection, but the images are captured slightly later than an angiogram to allow the dye to reach the veins.
Yes, it helps determine if "whooshing" sounds in the ear are caused by abnormal blood flow in the neck veins.
FAQ Realted to (NCCT SINGLE SHOULDER (PLAIN))
It provides 3D-like "cross-sections" that show complex fractures or bone fragments hidden behind the main shoulder joint.
Usually, MRI is better for frozen shoulder, but CT is used if the doctor needs to check for bone spurs or calcification in the joint.
You will usually be asked to change into a gown or wear a plain t-shirt with no metal buttons or zippers.
Usually, the arm being scanned is placed at your side, while the other arm might be raised above your head to clear the path.
While it can show some muscle changes, an MRI or CECT is generally better for visualizing soft tissue tears like the rotator cuff.
FAQ Realted to (CECT SINGLE SHOULDER (CONTRAST))
Contrast is used when a doctor suspects a tumor, a deep joint infection (septic arthritis), or vascular issues around the shoulder.
Yes, contrast dye accumulates in inflamed areas, making it easier to see active synovitis or "pockets" of infection.
For a CECT, it is injected into a vein in your arm. (An injection into the joint is called a "CT Arthrogram").
Metal can cause "artifacts" (blur), but modern CT software can reduce this. Tell the staff if you have metal plates or screws.
Due to the complexity of shoulder anatomy, reports are typically ready within 4-6 hours.
FAQ Realted to (NCCT BOTH ELBOW (PLAIN))
Scanning both allows the radiologist to compare your "injured" elbow to your "normal" elbow for a more accurate diagnosis.
Yes, it is often used for gymnasts or throwers to check for "Loose Bodies" (tiny bone chips) in the elbow joints.
You will likely lie on your stomach with your arms stretched forward "Superman style" into the scanner.
Tennis elbow is a tendon issue. This plain scan is better for finding bone-related causes of elbow pain, like arthritis.
No, the scanner is able to capture both elbows in the same "pass," which is efficient and keeps exposure controlled.
FAQ Realted to (CECT BOTH ELBOW (CONTRAST))
It is used for systemic inflammatory diseases like Rheumatoid Arthritis or to check for spread of infection across both joints.
Yes, contrast makes fluid-filled infections stand out clearly against the muscle and bone.
You should not eat or drink anything (except water) for 4 hours prior to the scan.
It can show if a growth or swelling is pressing on the ulnar nerve (the "funny bone" nerve).
Yes, anytime IV contrast is used, we must check your Creatinine levels first.
FAQ Realted to (CECT SINGLE UPPER LIMB ANGIOGRAPHY (CONTRAST))
It maps the entire arterial system of the arm, from the shoulder down to the fingertips.
Yes, it can detect blockages (like Raynaud's complications or thrombosis) that stop warm blood from reaching your fingers.
Yes, if a patient has a deep cut or fracture, this scan checks if any major artery has been severed or damaged.
The contrast is injected rapidly using a "power injector" to ensure the arteries are fully visible during the scan.
Yes, this scan usually includes 3D reconstructions so your surgeon can see the vessels from every angle.
FAQ Realted to (CECT SINGLE UPPER LIMB VENOGRAPHY (CONTRAST))
It is most commonly used to find blood clots (DVT) in the arm veins, especially if the arm is suddenly swollen and blue.
Yes, it can show if the veins are being crushed between your collarbone and first rib when you move your arm.
Usually, the dye is injected into the opposite arm or a foot vein to trace the blood return properly.
Yes, it can identify abnormal venous dilations or malformations.
You will be observed for 15-20 minutes after the contrast injection to ensure you don't have any delayed reactions.
FAQ Realted to (NCCT WHOLE ABDOMEN (PLAIN))
Yes, a plain Abdomen CT is the gold standard for finding stones, as they show up very bright without any dye.
Yes, it can quickly identify issues like a burst appendix, bowel obstruction, or large gallstones.
Even for a "Plain" scan, some doctors ask you to drink water or a mild oral contrast to expand the bowels for better viewing.
Yes, it shows the size and shape of all major organs, though "internal" details are better seen with a CECT.
Yes, you will be asked to take a deep breath and hold it to keep the abdominal organs perfectly still.
FAQ Realted to (CECT WHOLE ABDOMEN (CONTRAST))
The abdomen is crowded with organs; contrast "colors" the organs and blood vessels differently so the doctor can spot small tumors.
Yes, CECT is highly accurate in showing an inflamed appendix and any surrounding infection.
Often, you drink contrast (to see the gut) AND get an IV injection (to see the organs and blood).
Yes, it is a primary tool for detecting and measuring growths or lesions in the liver.
Usually 45 to 90 minutes to allow the liquid to travel through your entire digestive tract before the scan.
FAQ Realted to (CECT TRIPLE PHASE ABDOMEN (CONTRAST))
The scanner takes images three times: right when the dye hits the arteries, then the veins, then a few minutes later.
Different types of tumors "light up" at different times; this timing helps tell if a liver spot is harmless or cancerous.
Yes, it is the best scan for identifying pancreatic tumors and seeing if they are involving nearby blood vessels.
Since the scanner passes over the abdomen three times, the radiation is higher than a single-phase scan, but it provides much more data.
Yes, because a large amount of IV contrast is used, verifying kidney health is mandatory.
FAQ Realted to (CECT UROGRAPHY (CONTRAST))
It is a specialized scan designed to look at the entire "plumbing" of the urinary system—from the kidneys down to the bladder.
It is the best way to find the source of bleeding, whether it is a stone, a kidney infection, or a bladder tumor.
We wait for the kidneys to "pee out" the dye so we can see if the tubes (ureters) are clear or blocked.
Yes, you are often asked to drink water and not urinate before the scan so the bladder is expanded and easy to see.
Yes, it easily distinguishes between simple fluid-filled cysts and more concerning solid masses.
FAQ Realted to (CECT ABDOMINAL AORTOGRAM (CONTRAST))
It is the largest artery in your body that carries blood through your belly to your legs.
It is a dangerous weak spot or bulge in the aorta; this scan measures it exactly to see if surgery is needed.
Yes, it can show if the aorta is narrowed (stenosis) at the point where it splits to go into the legs.
The "Arterial Phase" takes only about 10-15 seconds of actual scanning.
Yes, though we recommend resting for a few minutes and drinking water to flush the contrast.
FAQ Realted to (CECT PULMONARY ANGIOGRAPHY (CONTRAST))
It is primarily used to find a "Pulmonary Embolism" (a life-threatening blood clot in the lungs).
A lung clot can stop blood flow and oxygen instantly; this scan gives doctors a definitive answer in minutes.
It is injected very quickly through a large IV to ensure the lung arteries are fully "opacified" (bright).
Tell the technician; modern "Multi-slice" scanners are so fast they can often get clear images even if you can only hold your breath for a few seconds.
While it shows the lung tissue, its main job is to check the "pipes" (blood vessels). A standard HRCT Chest is better for pneumonia.
FAQ Realted to (NCCT KUB (PLAIN))
Almost all kidney stones are made of calcium or other minerals that show up clearly as bright white spots on a plain CT scan without needing dye.
Yes, having a moderately full bladder helps expand the bladder wall, making it easier to see if a stone is stuck at the entrance.
While it can show swelling, a contrast scan (CECT) is usually better for infections. NCCT is primarily for stones and obstructions.
The actual scanning process takes less than 1 minute, making it ideal for patients in acute pain.
No fasting is required for a plain KUB scan, but you should remove any clothing with metal zippers or buttons.
FAQ Realted to (CECT KUB (CONTRAST))
Contrast is needed if the doctor suspects a kidney tumor, a complex cyst, or needs to check how well the kidneys are filtering blood.
Yes, the contrast helps highlight any abnormal growths or vascular issues in the urinary tract that might be causing bleeding.
Yes, because IV contrast is used, we must verify that your kidneys are healthy enough to filter the dye.
You should not eat anything for 4 to 6 hours before the scan to minimize the risk of nausea from the contrast.
You may feel a temporary warm flush throughout your body or a metallic taste in your mouth; this is completely normal.
FAQ Realted to (CECT ENTROGRAPHY (CONTRAST))
It is a specialized scan that uses a large volume of neutral oral contrast to "distend" or stretch the small intestine for a very detailed view.
It is excellent at showing the thickness of the bowel wall and any inflammation or "fistulas" that are common in Crohn's.
You will typically drink about 1 to 1.5 liters of a specific solution over the course of an hour before the scan.
Yes, for small bowel issues, Enterography provides much higher detail of the intestinal lining than a regular CT.
The solution is designed to stay in the bowel, which can sometimes cause mild bloating or a laxative effect shortly after the test.
FAQ Realted to (CECT ADRENAL DYNAMIC STUDY (CONTRAST))
They are small, triangle-shaped glands located on top of each kidney that produce essential hormones like adrenaline and cortisol.
It measures how fast the contrast dye leaves a tumor. Benign tumors "wash out" quickly, while malignant ones tend to hold onto the dye.
The "Dynamic" part involves multiple scans: one plain, one immediately after contrast, and one "delayed" scan (usually 15 minutes later).
Yes, it can find small tumors (like Conn’s syndrome or Pheochromocytoma) that cause the body to overproduce blood pressure hormones.
Because of the 15-minute delayed scan, plan to be at the imaging center for at least 45 to 60 minutes.
FAQ Realted to (CECT RENAL ANGIOGRAPHY (CONTRAST))
It specifically evaluates the arteries that carry blood into the kidneys to look for blockages or narrowing.
It is a narrowing of the kidney arteries that can lead to dangerously high blood pressure and eventual kidney failure.
Yes, it is often performed on donors to map the blood vessels so the surgeon knows exactly how to perform the transplant.
A precise "bolus" of contrast is used, timed specifically to catch the blood flowing through the renal arteries.
You will need to hold your breath very still for 10-15 seconds so the small kidney vessels don’t appear blurry.
FAQ Realted to (CECT HEPATO-BILIARY ANGIOGRAPHY (CONTRAST))
It includes the liver, gallbladder, and the bile ducts that help with digestion.
Liver cancers often get their blood from the arteries; this scan highlights that blood flow to help identify the type of tumor.
It provides a "road map" of the complex blood vessels in the liver, which is vital for planning safe surgeries or transplants.
Yes, the timing is much more precise to capture the specific "arterial phase" of the liver’s blood supply.
While it focuses on vessels, it also provides detailed images of the gallbladder wall and any nearby vascular abnormalities.
FAQ Realted to (NCCT BOTH HIP JOINTS (PLAIN))
Scanning both allows the radiologist to compare the bone density and joint space of your "bad" hip against your "good" hip.
It is a condition where bone tissue dies due to lack of blood supply; CT is excellent for spotting early bone structural changes in AVN.
Yes, CT provides 3D-like detail that can reveal "occult" or hidden fractures that are too small for standard X-rays.
You will likely need to change into a gown or wear pants without any metal zippers, buttons, or belts.
The actual scanning of the hip and pelvic region takes about 20 to 30 seconds.
FAQ Realted to (CECT PROSTATE (CONTRAST))
Contrast helps the doctor see the difference between the prostate gland and surrounding tissues like the bladder and rectum.
It helps in "staging" cancer (seeing how far it has spread), but a biopsy is usually needed for a final diagnosis.
Yes, it can help identify a prostate abscess (a collection of pus) caused by severe infection.
Usually, a moderately full bladder is helpful as it pushes other organs out of the way for a clearer view of the prostate.
Fasting for 4 hours is generally required because of the intravenous contrast injection.
FAQ Realted to (NCCT DORSAL SPINE (PLAIN))
The dorsal spine, also called the thoracic spine, is the middle section of your back where your ribs attach.
Yes, it is the best test for evaluating vertebral fractures caused by injury or osteoporosis.
While CT shows the bones very well, an MRI is usually preferred for looking at the soft discs and spinal cord.
Yes, you will lie flat on your back on the scanner table, which will move through the "donut-shaped" machine.
Yes, it provides a 3D view of the curvature of the spine, which helps in planning corrective treatments.
FAQ Realted to (CECT DORSAL SPINE (CONTRAST))
Contrast is used to help identify spinal tumors, infections (like TB of the spine), or to see blood flow in the spinal cord area.
Yes, the contrast dye helps highlight areas of inflammation or demyelination that might not show up on a plain scan.
Yes, a Serum Creatinine test is mandatory before any contrast-enhanced CT to ensure your kidneys can safely filter the dye.
You should fast for at least 4 hours before the scan to prevent nausea during the contrast administration.
MRI is usually the first choice for soft tissues, but a CECT is excellent for looking at the blood supply and bone involvement simultaneously.
FAQ Realted to (NCCT LUMBAR SPINE (PLAIN))
The lumbar spine refers to the lower back, consisting of five large vertebrae that support most of your body weight.
Yes, it can identify disc herniations and see if the disc material is pressing against the spinal canal.
Yes, it helps locate the exact area where a nerve root in the lower back might be pinched or compressed.
It is the narrowing of the spaces within your spine; this scan measures that narrowing to help plan treatment.
The actual scanning of the lower back takes about 20 to 30 seconds.
FAQ Realted to (CECT LUMBAR SPINE (CONTRAST))
It is often used after surgery to tell the difference between "scar tissue" and a "re-herniated disc," or to look for infections.
Yes, contrast highlights pockets of infection (abscesses) that can occur in the spinal canal or surrounding muscles.
Yes, it is used to check if cancer from other parts of the body has spread (metastasized) to the lumbar vertebrae.
Many patients feel a brief "warm flush" or a metallic taste in their mouth during the injection; this is a normal reaction.
Yes, drinking plenty of fluids helps flush the contrast dye out of your kidneys and system.
FAQ Realted to (NCCT CERVICO-DORSAL SPINE (PLAIN))
It covers the transition zone where your neck (cervical) meets your upper back (dorsal/thoracic).
Many injuries and structural misalignments happen at this junction; scanning both areas provides a complete picture.
It can show if chronic pain is caused by "Kyphosis" (rounding of the back) or other structural bone changes.
Yes, all necklaces, earrings, and metallic hair clips must be removed to prevent image interference.
Yes, it provides a high-resolution view of the bones to check for fractures in both the neck and upper back vertebrae.
FAQ Realted to (CECT CERVICO-DORSAL SPINE (CONTRAST))
It helps visualize the blood vessels and nerves that pass from the neck into the chest and arms.
Yes, contrast makes tumors in the soft tissues or spinal canal much easier for the radiologist to see.
A 4-hour fast (no food) is required before the scan due to the use of IV contrast.
Yes, the contrast helps delineate the nerve roots as they exit the spine, which is useful for surgical planning.
Yes, a recent Creatinine test is needed to ensure your kidneys can handle the contrast dye.
FAQ Realted to (NCCT LUMBO-SACRAL SPINE (PLAIN))
It is the point where your lower back (lumbar) connects to the base of your spine (sacrum) and tailbone.
Yes, it provides clear images of the sacrum and coccyx (tailbone) to look for fractures or dislocations.
Yes, it focuses on the L5-S1 area, which is the most common site for nerve compression causing leg pain.
You may be asked to hold your breath for a few seconds to ensure the abdominal area stays perfectly still during the scan.
Yes, it includes a view of the upper pelvic bones and the sacroiliac (SI) joints.
FAQ Realted to (CECT LUMBO-SACRAL SPINE (CONTRAST))
It is primarily used to investigate suspected tumors, deep pelvic infections, or "Arteriovenous Malformations" (AVMs).
Yes, contrast clearly shows infections in the large psoas muscles that run alongside the lower spine.
The scan takes 1-2 minutes, but the IV setup and contrast timing take about 20-30 minutes total.
You can usually take your regular meds, but inform the staff if you are taking Metformin for diabetes.
A common side effect of the contrast is a warm sensation that feels like you are peeing, but you aren't actually doing so.
FAQ Realted to (CECT SINGLE KNEE (CONTRAST))
It helps doctors see the blood supply to a tumor or look for active inflammation in the joint lining (synovium).
Yes, contrast helps identify the spread of infection within the joint space and surrounding soft tissues.
Yes, the contrast dye makes a tumor stand out against the muscles and ligaments, helping with diagnosis.
Yes, there is no physical restriction after a CECT Knee scan; you can return to normal activity.
Yes, since IV contrast is injected, we must verify your kidney function first.
FAQ Realted to (NCCT BOTH ANKLE (PLAIN))
Scanning both allows the doctor to compare your injured ankle bone structure to your healthy one.
Yes, it provides 3D-like detail of the ankle bones (talus and calcaneus) that regular X-rays might miss.
You will lie on the table with your feet pointed toward the scanner, usually stabilized with sponges.
Yes, it can show bone spurs or fragments that are getting caught in the joint when you move your foot.
No, fasting is not necessary for a plain (non-contrast) ankle scan.
FAQ Realted to (CECT BOTH ANKLE (CONTRAST))
It is used for bilateral inflammatory conditions like Gout or Rheumatoid Arthritis, or to look for vascular issues.
Yes, contrast can help identify if a growth or swelling is pressing on the nerves in the ankle.
You should fast for 4 hours and bring a recent Serum Creatinine report.
It is injected through an IV cannula in your arm, not into the ankles themselves.
Yes, it helps see how far an infection has traveled through the soft tissues of both ankles.
FAQ Realted to (NCCT SINGLE ANKLE (PLAIN))
Yes, the high-resolution slices of a CT are much more sensitive than X-rays for tiny fractures.
Yes, surgeons use these images to create a 3D plan for fixing broken bones or joint alignment.
Yes, shoes and socks must be removed to get the clearest images of the ankle bones.
Yes, it is excellent for finding small pieces of bone or cartilage that have broken off and are floating in the joint.
The actual scan time is very short, usually less than 20 seconds.
FAQ Realted to (CECT SINGLE ANKLE (CONTRAST))
It is typically used to investigate a soft tissue mass, a deep infection (abscess), or a vascular problem.
While MRI is better for ligaments, CECT provides much better soft-tissue detail than a plain CT scan.
You will feel a small pinch from the IV needle, followed by a warm sensation as the dye is injected.
Yes, but please inform the staff so they can use "Metal Artifact Reduction" software for a clearer image.
The report is usually ready within 4 to 6 hours after the radiologist reviews the images.
FAQ Realted to (NCCT BOTH FOOT (PLAIN))
There are 26 bones in each foot; this scan provides a detailed view of all 52 bones for comparison.
Yes, it is much more accurate than X-rays for finding small stress fractures in the metatarsal bones.
Yes, it can show the alignment of the arches and if any bones have shifted out of place.
Yes, keeping your feet perfectly still is vital to prevent blurring of the tiny foot bones.
No, all jewelry on the feet or ankles must be removed before the scan.
FAQ Realted to (CECT BOTH FOOT (CONTRAST))
It is often used for diabetic patients to check the blood flow and look for deep tissue infections (Osteomyelitis).
Yes, contrast can help visualize nerve growths or inflammation in the ball of the foot.
Yes, you must not eat for 4 hours before the scan because of the IV contrast.
It helps surgeons see the soft tissue and vascular connections in complex foot deformities.
Yes, it is a routine procedure. The staff will monitor you for any rare allergic reactions to the dye.
FAQ Realted to (NCCT SINGLE FOOT (PLAIN))
The scan includes the heel (calcaneus), the midfoot (tarsals), and the toes (phalanges).
Yes, it clearly shows the size and location of calcium deposits (spurs) on the heel bone.
If it is a fiberglass cast, we can usually scan through it, but a plaster cast might need to be removed.
A CT provides 3D "slices" that allow the doctor to look "inside" the foot bones from every direction.
The scan of a single foot takes about 15 to 20 seconds.
FAQ Realted to (CECT SINGLE FOOT (CONTRAST))
It is used for localized swelling, suspected tumors, or to check the blood vessels after a crush injury.
While usually diagnosed clinically, a CECT can show the inflammation and thickening of the fascia clearly.
Yes, a Serum Creatinine test is required before the contrast injection.
The warm sensation is usually felt throughout your whole body, not just in the foot being scanned.
Yes, the contrast dye does not affect your ability to drive or perform daily tasks.
FAQ Realted to (NCCT BOTH LEG (PLAIN))
Scanning both legs allows the radiologist to compare bone density and alignment, which is essential for detecting subtle abnormalities.
Yes, it is a highly accurate way to measure and compare the exact length of the femur and tibia bones in both legs.
Yes, CT is much more sensitive than standard X-rays for detecting tiny stress fractures in the long bones of the legs.
You will lie flat on your back with your legs extended straight and kept still to ensure clear, sharp images.
While it primarily focuses on bones, it can show large muscle hematomas or swelling, though an MRI is better for small muscle tears.
FAQ Realted to (CECT BOTH LEG (CONTRAST))
It is used to evaluate deep tissue infections (cellulitis), muscle tumors, or to check blood flow in both limbs simultaneously.
Yes, contrast helps delineate the cyst from surrounding blood vessels and muscle tissue in both legs.
You should fast for 4 hours prior to the scan to minimize the risk of nausea from the intravenous contrast dye.
Yes, a Serum Creatinine test is mandatory to ensure your kidneys can safely process and clear the contrast dye.
The "warm flush" sensation usually starts at the chest or throat and spreads throughout the body, including the legs.
FAQ Realted to (NCCT SINGLE LEG (PLAIN))
Depending on the doctor's request, it can focus on the thigh (femur) or the lower leg (tibia and fibula).
It can help rule out stress fractures, which often mimic the pain associated with severe shin splints.
Yes, CT can usually penetrate fiberglass casts, but a heavy plaster cast might need to be removed for the clearest view.
The actual scanning of a single leg takes about 20 to 30 seconds.
No, for a plain (non-contrast) scan, no fasting or special preparation is required.
FAQ Realted to (CECT SINGLE LEG (CONTRAST))
It is typically used to investigate a localized mass, a suspected abscess, or a specific vascular issue in that limb.
Yes, contrast is very effective at showing the increased blood flow and soft tissue involvement associated with bone infections.
It is injected through an IV cannula, usually in your arm, regardless of which leg is being scanned.
Yes, it can show the swelling and tissue changes within the muscular compartments of the leg.
You can walk and resume normal activities immediately after the scan is finished.
FAQ Realted to (CECT SINGLE LOWER LIMB ANGIOGRAPHY (CONTRAST))
It is a specialized CT scan that maps the entire arterial system of one leg, from the hip down to the toes.
Yes, it identifies "Peripheral Arterial Disease" (PAD), where narrowed arteries restrict blood flow to the leg muscles.
Yes, vascular surgeons use this "map" to plan exactly where to place a bypass or a stent.
A "power injector" is used to ensure the dye fills the arteries quickly so the scanner can catch the blood flow in real-time.
Yes, this scan typically provides 3D reconstructions of the leg arteries for better surgical visualization.
FAQ Realted to (CECT BOTH LOWER LIMB ANGIOGRAPHY (CONTRAST))
Vascular diseases like atherosclerosis usually affect both legs; scanning both allows for a complete systemic evaluation.
Yes, it is excellent for finding and measuring bulges in the arteries behind the knees in both legs.
You must fast for 4 hours and provide a recent Creatinine report for kidney safety.
The actual scanning is fast, but the total time including IV setup and positioning is about 30 minutes.
It specifically shows the blood supply to the feet, which is critical for managing diabetic vascular complications.
FAQ Realted to (CECT SINGLE LOWER LIMB VENOGRAPHY (CONTRAST))
It is primarily used to look for "Deep Vein Thrombosis" (DVT)—blood clots in the veins of the leg.
While ultrasound is the first step, a CT Venogram is more detailed for seeing clots in the pelvic or upper thigh veins.
The scan is "delayed" by a few seconds to allow the dye to travel through the capillaries and into the veins.
Yes, it can show the structure of varicose veins and help identify which valves are not working properly.
Yes, any test using IV contrast requires a Serum Creatinine test to verify kidney function.
FAQ Realted to (CECT BOTH LOWER LIMB VENOGRAPHY (CONTRAST))
It is used when there is swelling in both legs or if a doctor suspects a large clot that may have traveled to the lungs.
Yes, it can show if the veins in the pelvis are being compressed, causing swelling in both legs.
Yes, drinking water helps flush the contrast dye out of your urinary system faster.
Most people have no side effects, but some may experience a brief metallic taste or a warm sensation.
Yes, the procedure does not involve sedation, so you are perfectly safe to drive afterward.
FAQ Realted to (CT GUIDED PLEURAL TAP (DIAGNOSTIC))
It is a procedure where a needle is inserted into the space between the lungs and the chest wall to remove fluid.
CT allows the doctor to see the exact location of the fluid and avoid hitting the lung or blood vessels.
A local anesthetic is used to numb the skin and chest wall, so you should only feel a pressure sensation.
It is an abnormal buildup of fluid around the lungs; the "tap" helps find out if the cause is infection, heart failure, or cancer.
You will be observed for about 30-60 minutes to ensure your breathing is normal and there is no bleeding.
FAQ Realted to (CT GUIDED ASCITIC TAP (THERAPUTIC))
It means the procedure is done to "treat" a symptom—specifically to drain a large amount of fluid to relieve pressure and pain.
Ascites is the buildup of fluid in the abdominal cavity, often caused by liver disease or cancer.
Yes, using CT guidance ensures the needle stays away from the intestines and other vital organs.
In a therapeutic tap, several liters may be removed depending on the patient's comfort and the doctor's advice.
Most patients feel significant relief from bloating and shortness of breath as soon as the fluid is drained.
FAQ Realted to (CT GUIDED ASCITIC TAP (DIAGNOSTIC))
A Diagnostic tap only removes a small amount of fluid (20-50ml) purely for laboratory testing.
The fluid is tested for protein levels, white blood cells (to check for infection), and cancer cells (cytology).
No, this is typically an "in-and-out" procedure performed in the radiology department.
Usually, no fasting is required for a simple diagnostic ascitic tap.
No, the needle used is very thin, and only a small bandage is required afterward.
FAQ Realted to (CT GUINDED KNEE TAPPING (DIAGNOSTIC))
CT is used for complex joints where the fluid is in a hard-to-reach pocket or if a previous attempt without guidance failed.
Yes, the fluid is checked under a microscope for specific crystals that indicate Gout or Pseudogout.
Yes, it identifies if the swelling is caused by simple joint fluid, blood, or pus (infection).
Local numbing medicine is applied to the skin so the needle insertion is not painful.
Yes, but it is recommended to avoid heavy exercise for 24 hours to let the joint rest.
FAQ Realted to (CT GUIDED BIOPSY)
It is a procedure where a needle is used to take a tiny piece of tissue from a deep organ or tumor for cancer testing.
Yes, it is "minimally invasive," meaning no large cuts are made, and recovery is much faster than traditional surgery.
Yes, you must usually stop medications like Aspirin or Warfarin for 3-5 days before a biopsy to prevent bleeding.
The entire procedure takes about 30 to 45 minutes, with most of the time spent on precise needle positioning.
The tissue is sent to a Pathologist; final results usually take 3 to 5 working days.
FAQ Realted to (CT GUIDED PIGTAL INSERTION)
It is a thin, flexible tube with a curled end (like a pigtail) that keeps it from slipping out once placed in a fluid collection.
It allows for continuous drainage of pus or infected fluid over several days without needing repeated needle sticks.
The catheter is usually taped to the skin and connected to a drainage bag.
There might be minor discomfort or a "tugging" sensation, but most patients tolerate it well with pain medication.
The tube is removed once the CT scan or ultrasound shows that the fluid collection has completely drained.
FAQ Realted to (CT GUIDED SMALL PROCEDURE)
This includes minor tasks like injecting medicine into a specific nerve or removing a small foreign object (like a splinter or needle) deep in the tissue.
CT provides 3D localization, which is much more accurate for finding small objects or precise nerve targets.
Yes, you will usually be able to go home within an hour of the procedure being completed.
Yes, you will be fully awake, but the area will be numbed with local anesthesia.
Usually no, unless the procedure involves a nerve block that might temporarily affect your movement.
FAQ Realted to (CT TRUS GUIDED BIOPSY - PROSTATE)
TRUS stands for Transrectal Ultrasound. This procedure combines CT and Ultrasound for maximum accuracy in prostate sampling.
It is used to confirm if a high PSA level or a suspicious lump is actually prostate cancer.
You may need to use an enema and take antibiotics before the procedure to prevent infection.
It is common to see a small amount of blood in the urine or stool for a few days after a prostate biopsy.
Usually, 10 to 12 small tissue cores are taken from different parts of the prostate to ensure nothing is missed.
FAQ Realted to (CT GUIDED TAPPING (DIAGNOSTIC))
Any unexplained fluid collection in the chest, abdomen, pelvis, or even around a deep muscle can be tapped.
Yes, because it is minimally invasive and uses local numbing, it is generally very safe for older patients.
CT helps the doctor choose a larger needle or determine if a drainage tube (pigtail) is needed instead.
No, the needle entry site is so small that it heals on its own with just a simple bandage.
Fasting is usually not required for a simple diagnostic tap unless sedation is being used.
FAQ Realted to (CT GUIDED TAPPING (THERAPUTIC))
Yes, if the fluid is in the chest (pleural effusion), draining it allows the lung to expand, making breathing much easier.
No, it only treats the "symptom" (the fluid buildup). The lab results from the fluid will help the doctor treat the actual cause.
Doctors usually limit it to 1-1.5 liters at a time to prevent a sudden drop in blood pressure.
Wear comfortable, loose clothing and inform the doctor of any medications you are taking, especially blood thinners.
If the underlying cause (like heart or liver disease) isn't treated, the fluid may come back and require another tap.