What is CECT Pelvis (Lower Abdomen)?
Contrast Enhanced Computed Tomography (CECT) scan of the pelvis is an imaging procedure where a contrast material is injected and rotating beams of X-rays are used to create thin sliced images of the lower abdomen and pelvic region which are then used to create a detailed three dimensional anatomical model of the pelvis and abdominal region.
Preparation for CECT Pelvis (Lower Abdomen)
- Pregnant women should inform their doctor (and x-ray technician) as the radiations may affect the fetus. If needed, precautions can be taken to lower the radiation exposure to the fetus.
- Depending on the area to be imaged, you may be asked to wear a hospital gown at the time of the X-ray.
- Get the blood urea and creatinine test done to evaluate kidney function and to ensure safety of contrast before taking up the procedure.
Why Get Tested for CECT Pelvis (Lower Abdomen)?
- • To diagnose any fractures of the pelvic bones which includes the hip bone and upper part of thighbone • To detect any infection, osteoporosis, deformities or abnormal growth of the bones of this region • To diagnosis any suspected arthritis, sacroiliitis, hip dislocations and ankylosing spondylitis • To diagnose Infections like appendicitis and inflammatory bowel diseases like Crohn’s Disease • To diagnose kidney, bladder or ovarian cancers • To detect injury to internal organs of the lower abdomen and pelvic region • To plan and guide a various treatments and procedures like biopsies, etc.
Hamdard Imaging Centre
Hamdard Nagar, NEW DELHI
Hamdard Imaging centre has been established with a vision to provide latest and advanced technology for everyone at an affordable cost without compromising on quality and care .We strive to upgrade our equipments , technology and integrate latest advances in imaging.Established in 2013 under an agreement between Jamia Hamdard and Clearmedi Healthcare Pvt. Ltd. to provide radiological services to the well established HAH Centenary Hospital, Hamdard Institute Medical Science and Research (HIMSR).