CAMRT Exam 2026/2027 Questions & Answers | 500+ Questions | Radiography, CT, Fluoroscopy, Radiation Safety, Positioning & Patient Care

This extensive CAMRT Exam Questions 2026/2027 study document spans 172 pages and provides hundreds of exam-style questions with answers and illustrations for comprehensive medical radiation technology review. The material covers radiographic positioning, anatomy, image production, X-ray physics, CT, fluoroscopy, mammography, bone mineral densitometry, angiography and interventional procedures, radiation protection, contrast media, patient care, pathology, pharmacology, quality control, and professional practice. Early questions address C-spine flexion and extension imaging, ERCP, rheumatoid arthritis imaging, Shenton’s line, scoliosis, chest and abdominal techniques, focal-spot testing, the line-focus principle, lumbar-spine positioning, vascular catheters, sensitometry, fractures, sterile technique, and contrast examinations. A major portion focuses on radiographic positioning and anatomy, giving students practical review of the cervical, thoracic and lumbar spine, skull, pelvis, sacrum, coccyx, SI joints, shoulder, scapula, wrist, hand, hip, knee, ankle, ribs and chest. Positioning concepts include the Scottie-dog anatomy of lumbar obliques, AP axial sacrum and coccyx projections, scoliosis bending views, odontoid positioning, scapular-Y evaluation, AC joints, patellar projections, decubitus imaging for pleural effusion, chest projections for pneumothorax, and trauma positioning. The document also reviews common fractures and pathologies such as Bennett, Pott, Boxer and Salter-Harris fractures, Osgood-Schlatter disease, osteoporosis, osteomyelitis, atelectasis, pneumothorax, aneurysm and aortic dissection. X-ray physics, image production and quality control are extensively represented. Questions examine mA, mAs, kVp, SID, OID, focal-spot size, penumbra, recorded detail, magnification, grids and grid cutoff, the air-gap technique, filtration, inverse-square calculations, Bremsstrahlung and characteristic radiation, rectification, tube construction, anode heel effect, quantum mottle, spatial resolution, radiographic contrast and automatic exposure control. Quality-control material includes focal-spot testing with slit, pinhole and star-pattern devices, sensitometry and densitometry, repeat-rate analysis, collimator light-field/X-ray-beam congruency, kVp accuracy and equipment-performance considerations. The resource provides strong coverage of CT and advanced imaging, including Hounsfield/CT numbers for air, lung, fat, water, blood and bone, head CT coverage, acute and chronic subdural hematomas, detector-related ring artifacts, spatial resolution, slip-ring technology, CT pitch, pre-patient and pre-detector collimation, contrast-enhanced trauma imaging and pulmonary embolism studies. Mammography topics include CC and MLO projections, breast-tissue inclusion, optimal kVp, molybdenum targets, axillary-tail visualization and use of the anode heel effect. Bone mineral densitometry material covers DXA, T-scores, Z-scores, osteoporosis classifications and common BMD examination sites. Fluoroscopy, contrast studies and interventional radiology form another important examination area. Students review ERCP, IVP/IVU, myelography, barium enema, GI studies, small-bowel follow-through, angiography, nephrograms, TIPS, Seldinger catheterization, PICC and CVP lines, Swan-Ganz catheters, pressure injectors and vascular anatomy. The document examines appropriate contrast selection, creatinine and renal-function considerations, iodinated contrast, gadolinium, low-osmolality contrast agents, contrast viscosity, injection parameters, patient preparation and the management of mild through severe contrast reactions. Radiation protection is integrated throughout the material, including ALARA, time-distance-shielding principles, occupational exposure, patient dose, primary and secondary barriers, entrance skin exposure, fluoroscopic safety and pregnancy considerations. Students also encounter practical questions about reducing radiation exposure in operating rooms, mobile radiography and scoliosis examinations, as well as the effects of changing tube current, SID, field size, filtration and other technical factors on patient dose. Patient care and professional practice are equally prominent. Topics include anaphylaxis and epinephrine, antihistamines, nitroglycerin, heparin, shock, syncope, CPR, blood pressure, pulse and respiration, infection control, MRSA precautions, sterile technique, patient transfers, log rolling, medical directives, DNR situations, documentation, trauma assessment and scope-of-practice considerations. This combination of technical and clinical material makes the document particularly relevant for CAMRT certification candidates, radiography students, medical radiation technology students, medical radiation technologists, diagnostic imaging students, X-ray technologists, CT and fluoroscopy trainees, clinical radiography students, and internationally educated MRTs preparing for Canadian competency examinations. The uploaded document identifies itself as CAMRT Exam Questions 2026/2027 but does not provide a specific university or formal course code. Those details are therefore listed as unspecified rather than inserting unsupported information. 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