Book your NCCT ORBIT AXIAL test at Molecular Diagnostics and Therapy, an NABL & NABH Accredited Diagnostic Centre for state-of-the-art treatment services and advanced radiology and diagnostic imaging services. After a facial injury, the NCCT Axial images can assist physicians in diagnosing every soft-tissue, optic nerve, or intraocular abnormality. This CT scan is done without IV material injection and can be very instructive for examining the eye area surrounding the eye and for obtaining detailed information regarding the anatomy of the orbit.
About NCCT Orbit Axial
A special CT scan is "NCCT Axial", which is used to examine the orbits (bony chambers containing the eyes). Intravenous dye isn't used during the exam, and detailed images of the bones and other tissues in the orbit are made along the axis. It is very helpful in the evaluation of fractures of the orbital walls, bone injuries, and suspected radiopaque foreign bodies. The images may also illustrate selected abnormalities of the contents of the orbit and adjacent facial structures as per the scan protocol. It may be recommended post-trauma to the eye(s) and/or face where the fracture is suspected, when no detailed image is obtained to complement a clinical examination and/or when a detailed image would be helpful.
What is NCCT Orbit Axial?
It is done without injecting contrast dye into a vein; it creates detailed cross-sectional images using X-rays and computer processing. The cross sections in the orbital region are made in the axial plane. These images can help to identify the location of some structures in and around the eye socket, and may help indicate whether there is bony margin or bony wall involvement. This will enable the CT images to provide additional information about any injuries to the bones which might be complex. Other clinical characteristics or imaging evaluation, including MRI, however, may be necessary to further assess problems or processes that are suspected in the soft tissues, optic nerves, or intraocular regions.
Common Reasons for NCCT Orbit Axial
Eye or facial trauma: Evaluation of suspected orbital injuries following an accident, fall, or direct impact.
Suspected orbital fracture: Assessment of fractures involving the orbital walls or floor.
Orbital foreign body: Detection and localization of certain foreign bodies, particularly radiopaque materials.
Orbital bone abnormalities: Evaluation of selected structural changes involving the eye sockets.
Swelling after injury: Investigation of possible underlying bony damage when clinically indicated.
Suspected bone displacement: Assessment of the position and alignment of orbital bone fragments.
Facial fractures: Evaluation of orbital involvement in complex facial injuries.
Abnormal previous imaging: Further assessment of orbital findings identified on X-rays or other scans.
Preoperative planning: Detailed evaluation of orbital bone anatomy before selected surgical procedures.
Post-traumatic assessment: Review of selected bony changes following orbital injury when requested by the treating doctor.
Conditions Evaluated
Orbital Floor Fractures
In the presence of any blunt trauma, scan may be helpful to ascertain any injury to the orbital floor. Results can help clinicians consider adjacent structural changes and whether additional testing is required.
Orbital Foreign Bodies
By CT, the orbit is useful in identifying and localizing many orbital and peri-orbital foreign bodies. The detection of foreign bodies is dependent on material, size, and location.
Complex Facial Injuries
If there is suspicion that the eye socket is a larger facial fracture, then an Orbital CT may be useful too. Such data may be useful in the selection of therapy in traumatic scenarios.
Post-Traumatic Bone Changes
In the event that further imaging is clinically indicated, the scan can be used to evaluate selected changes (such as fracture alignment and other bony changes) following an orbital trauma.
Orbital Structural Changes
By CT, some of the abnormalities of the bony orbit and some neighbouring structures can be seen.
Why Choose Molecular Diagnostics and Therapy?
Molecular Diagnostics and Therapy is an NABL & NABH accredited diagnostic centre that offers nuclear medicine with the services of a pathologist under one roof. Equipped with the latest imaging technology, imaging protocols, qualified radiology personnel, and a patient-centered approach, imaging services are supported. We follow the exam procedure and apply the principles of good radiation protection for optimal imaging and diagnosis.
Book Your NCCT Orbit Axial
If your doctor has suggested NCCT Axial Orbit, check in for this exam at Molecular Diagnostics and Therapy. Take medicines, MRIs, or X-rays if available; report from any previous MRI/CT scans; bring medical records. Let the radiology staff know if you are possibly pregnant before the test. If the eye is injured, is very painful, has had a loss of vision, or is suspected to have penetrating eye damage, then an urgent assessment of the eye should be undergone immediately, and routine imaging should not be arranged first.
Test information: Usually, no fasting is required.
Reporting: None
Usually, fasting is not required before the Colour Doppler-TVS examination.
Follow any specific preparation instructions provided by the diagnostic centre or your doctor.
Inform the sonography team if you are pregnant, think you may be pregnant, or have any concerns about the examination.
Tell the healthcare team about your symptoms, relevant medical history, previous pelvic surgeries, and any ongoing treatment.
Bring your prescription, previous ultrasound reports, and other relevant medical records, if available.
Before the examination begins, discuss any discomfort or concerns regarding the transvaginal procedure with the sonography team.
The examination is performed with your informed consent. You may ask questions or communicate discomfort at any time.
Empty your bladder before the examination if instructed by the sonography team.
Inform the team if you have a latex allergy or any other relevant allergy.
Maintain privacy and follow the sonographer’s instructions during positioning and scanning.
इस जांच से पहले आमतौर पर खाली पेट रहने की आवश्यकता नहीं होती।
जांच केंद्र या चिकित्सक द्वारा दिए गए विशेष निर्देशों का पालन करें।
यदि आप गर्भवती हैं, गर्भवती होने की संभावना है या जांच को लेकर कोई चिंता है, तो ध्वनि तरंगों से जांच करने वाले चिकित्साकर्मी को बताएँ।
अपने लक्षणों, चिकित्सकीय इतिहास, पहले हुई श्रोणि संबंधी शल्य चिकित्सा और वर्तमान उपचार के बारे में जानकारी दें।
चिकित्सक की सलाह-पर्ची, पहले की ध्वनि तरंगों से की गई जांच की रिपोर्ट और अन्य संबंधित चिकित्सकीय अभिलेख साथ लाएँ।
जांच शुरू होने से पहले योनि के माध्यम से की जाने वाली जांच को लेकर किसी भी असहजता या चिंता के बारे में चिकित्साकर्मियों से बात करें।
यह जांच आपकी सहमति से की जाती है। आप किसी भी समय प्रश्न पूछ सकते हैं या असहजता होने पर बता सकते हैं।
यदि जांच करने वाले चिकित्साकर्मी निर्देश दें, तो जांच से पहले मूत्राशय खाली कर लें।
यदि आपको रबर से बनी किसी वस्तु या किसी अन्य पदार्थ से एलर्जी है, तो इसकी जानकारी दें।
जांच के दौरान अपनी निजता बनाए रखने और सही स्थिति में रहने के लिए चिकित्साकर्मियों के निर्देशों का पालन करें।
The sonography team reviews the referral, symptoms, medical history, and previous ultrasound reports, if available.
The procedure is explained to the patient, and informed consent is obtained before the examination.
The patient is positioned appropriately, and a transvaginal ultrasound probe covered with a protective sheath and lubricating gel is gently inserted into the vagina.
Ultrasound images are obtained to examine the uterus, endometrium, ovaries, and other relevant pelvic structures.
Colour Doppler imaging is used, when indicated, to assess blood-flow patterns in selected pelvic tissues or abnormalities.
The sonographer may adjust the probe gently to obtain the required images. The patient should communicate any significant discomfort during the examination.
The images are reviewed by a qualified radiologist or specialist, who interprets the findings in conjunction with the patient’s symptoms and clinical history.
The examination does not use ionizing radiation and usually does not require injections.
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Disclaimer: The information provided on this page is for educational and informational purposes only.
It is not intended to replace professional medical advice, diagnosis, or treatment.
Always consult a qualified healthcare professional for advice regarding your individual health condition or treatment.