Online Xray Course – The FRCPT Live Online Course is now available in the following three time zones. Applicants can choose the appropriate time zones and join the course…
Applicability: FRCPT 2022 batch and previous batch students Greetings dear FRCPT students. Digital Education invites you to a designated FCPT…
Online Xray Course
Welcome to FRCPT’s continuing education online updates. The MRI protocol for identifying nucleus pulposus and annular fibrosis is very simple. T1…
Short Courses Offered By Dow Institute Of Radiology
Duration: 6 Months 17 September 2022 – 18 March 2023 Bird Initiation Fee: $1500 (For Rest of World) and Rs.23850 (India, SAARC, African and…
Dear FCRPT Scholars We would like to take this opportunity to congratulate all the FRCPT Scholars for achieving the best results for FRCPT.
All the FRCPT scholars who have passed the FRCPT exam can download the FRCPT certificate and transcript here. Dr. Alberto S. Ang Jr.. .
Dear FRCPT Scholars Enclosed here, please find the revision exam schedule (time table) for FRCPT 2020 batch. Date: 26.06.2002 Day…
Books And Apps To Learn Radiology
Submit an assignment on the following topics with the help of web and book searches; Give 4 examples of (X ray, CT and MRI) with each condition…
Submit an assignment on the following topics with the help of a web search; Give 4 examples of (X-ray or CT or MRI) any conditions that appear similar… Early bird fee: $1500 (for rest of the world) and Rs.23850 (India, SAARC, African and Southeast Asian scholars)
Post Early Bird Offer Fee: $2000 (for Rest of World) and Rs.28850 (India, SAARC and South East Asian Scholars)
FRCPT Online Course includes online classes, lectured by Prof. Dr. Prabhu, MVM College of Physiotherapy, Bangalore Dr. Anand PT, Director, Associate Health Clinical Services, London, UK Dr. Pawan Kumar PT, Director, Digital Teaching, and Consultant, RAA Physiotherapy Centre, Chennai.
Remote X Ray Operators Course
FRCPT online course consists of daily/weekly online classes with approximately 70 online lectures. All the lectures by Prof. Dr. Prabhu are very dynamic lectures. Classes will be delivered online via Zoom/Google Meet online platforms.
Class schedule is tentative, it may be subject to change with prior information to all FRCPT course candidates. Required and supplementary articles are listed each week and can be downloaded from the FRCPT Communications page.
Introduction/review of physical therapy practice guidelines, changing perspectives on diagnostic imaging in physical therapy education, evidence supporting increased imaging education. Examine the role of the physical therapist as a primary care provider in the United States and other countries. Assessing the role of imaging in the diagnostic process and physical therapy intervention.
Introduction to radiology and historical overview of radiology. Explore the concepts of X-ray science, imaging and basic principles of radiography. Check the search pattern of radiographic analysis, radiographic diagnosis and radiologic report of skeletal pathology.
Online Diagnostic Imaging Course
Explore the science and principles of CT, and the different types, concepts and uses of CT. Assessing the role of CT in neuroimaging.
Explore the science and principles of MRI, and the different types, concepts and uses of MRI. Assess the role of MRI in neuroimaging.
Explore the science and principles of diagnostic ultrasound, and the different types and uses of ultrasound. Assess the role of ultrasound in biofeedback.
Introduction/review of radiological elements of fracture description, reduction and fracture fixation. Explore the radiologic evaluation of fractures with complications in children and adults.
Chest X Ray Interpretation Made Easy
Radiological anatomy of the cervical spine. X-ray views of the cervical spine; AP, lateral, open-mouth AP, right lateral, left oblique, lateral flexion, lateral extension, lateral lateral and trauma cross-table views. Diagnostic imaging for cervical spine trauma. Radiological analysis and interpretation of cervical spine conditions; Fractures, dislocations, hyperflexion and hyperextension sprains, IVD herniations, degenerative diseases of the cervical spine and anomalies of the cervical spine.
Radiologic anatomy of the thoracic spine. X-ray views of the thoracic spine; AP, lateral, oblique, coned views, and swimmers lateral. sternal projections; Pre-promotion, pre-promotion and post-promotion considerations. Diagnostic imaging for spinal cord trauma. Radiological analysis and interpretation of spinal conditions; Fractures, dislocations, fistulas, 3rd column injuries, osteoporosis, Pott’s disease, Scheuerman’s disease, thoracic, sternal and rib anomalies.
Radiologic anatomy of the lumbar and sacral spine. X-ray views of the lumbar spine; AP, spring, oblique, conic views, and L5-S1 views. Sacroiliac projections; AP, oblique views. Radiological analysis and interpretation of spinal conditions; Trauma, fracture, dislocation, sprain, spondylolysis, spondylolisthesis, lumbar stenosis, ankylosing spondylitis, sacroilitis, lumbosacral spinal disease and lumbosacral spinal anomalies.
Radiologic anatomy of the shoulder complex. X-ray views of the shoulder; Internal rotation and external rotation of the AP, neutral views of the AP. Acromioclavicular projections: direct AP view. Scapular projections: AP and lateral views. Additional projections: glenohumeral joint axial view, scapular “Y” side view. Shoulder MRI and CT. Radiological analysis and interpretation of complex shoulder conditions: trauma, fractures, dislocations, sprains, rotator cuff tears, glenoid labrum tears, impingement syndrome and adhesive capsulitis.
Dental Radiology Course
Radiologic anatomy of the knee and TMJ. Elbow projections: AP, lateral, oblique view. TMJ projections; Transcranial view (minimum transcranial), cephalometry, submentovertical view and panoramic radiograph. Imaging analysis and interpretation of knee conditions; Trauma, fracture, dislocation, sprain, epicondylitis, osteochondritis dissecans. Imaging analysis and interpretation of TMJ conditions; Trauma, fractures, dislocations, OA, RA, TMJ disc displacement, TMJ hypermobility, adhesions, and craniomandibular disorders.
Radiologic Anatomy of the Hand and Hand. Usual projections: PA, lateral and oblique views. Optional projections: ulnar deviation PA view, carpal tunnel view radial deviation PA view, compressed PA view and stress view. Imaging analysis and interpretation of neck and hand conditions: trauma, fractures, dislocations, carpal instability, carpal tunnel syndrome, OA and RA.
Radiologic anatomy of the hip and pelvis. Usual projections: AP, frog leg radiograph, cross table lateral. Imaging analysis and interpretation of hip and pelvic conditions: trauma, fractures, dislocations, OA, avascular necrosis of the femur, rupture of the femoral capital epiphysis, developmental dysplasia of the hip, femoroacetabular impingement and RA.
Radiologic anatomy of the knee complex. x-ray views of the knee; AP, spring, PA axial “tunnel” view of the intercondylar fossa, tangential view of the patellofemoral joint. Imaging analysis and interpretation of knee conditions; Fractures, dislocations, OCD, osteonecrosis, meniscal tears, degenerative disease and knee disorders and knee MRI in detail.
Failures In Communication Or Follow Up Of Unexpected Significant Radiological Findings
Radiologic anatomy of the foot and ankle. X-ray views of the ankle: AP, spring, AP extension (Murtis). X-ray views of the foot: AP, lateral, lateral. Imaging analysis and interpretation of ankle and foot conditions: Fractures, dislocations, sprains, hallux valgus, pes cavus, pes planus, talipes echinovars and foot disorders.
Radiologic anatomy, evaluation and advanced imaging. Fundamental assumptions: PA and multivariate theories. Imaging analysis and interpretation Cardiopulmonary conditions: pneumonia, atelectasis, multiple sclerosis, pneumothorax, COPD, aortic dissection, mediastinal lymphadenopathy, congestive heart failure, valvular heart disease.
Burn depth assessment, burn depth estimation, burn wound healing ability, imaging methods to assess burn wound depth, and pelvic floor biofeedback. This lecture, recorded in a live continuing education webinar, helps primary care providers improve their interpretation skills. X-rays of the chest and abdomen. In this detailed and interactive lecture, Dr. Dennis Ramponi provides the following guidelines:
Viewing requires Google Chrome; Each video purchase may be viewed twice within 6 months of purchase. Back and fast forward features are not available.
Radiography Course Requirements, Colleges And Universities In Kenya
The Association for Advanced Practice Education (AAP) is accredited by the American Association of Nurse Practitioners as an accredited provider of nurse practitioner continuing education. Provider Number 100820. This activity is approved for 2.25 contact hours (which includes 0 hours of pharmacology) Program ID # 2020-11-01 (video).
This course is taught by Dennis Ramponi, DNP, CRNP, FAEN, Associate Professor at Robert Morris University. Dr. Ramponi is a recognized expert in x-ray interpretation, minor office procedures, suturing, and acute care.
This course can be accessed on a computer or tablet or via an app. Purchases must be made through and will automatically sync with your app. Content downloaded from the app to your device can be accessed at any time, even without an internet connection.
Minimum space required: Each video may take up to 150 MB. Available on iPhone 5 and up, iPad Air and iPad Mini. This course is a three-credit distance-based course at the graduate level. All courses are completed online. The course consists of 13 weeks (39 hours total) of formal classroom content three hours/week. As this is a graduate-level course, participants may spend an additional 2-3 hours of study time per hour of the course (this may depend on the individual’s level of computer experience and time spent taking the university-level course).
Ce Credits Radiology Online [includes Course, Ebook, & Test]
Participants apply to take the course as special students in the Faculty of Rehabilitation Medicine and must complete an online application form.
The course will provide participants with the knowledge, skills, and abilities to effectively use diagnostic imaging in the management of selected conditions seen by physiotherapists. The curriculum will emphasize patient safety and physiotherapist accountability to ensure effective and appropriate use of diagnostic imaging, and facilitate timely access to diagnostic imaging. The curriculum will include, but not be limited to:
2) Upload (and enter under Education section) original transcripts from all post-secondary courses and/or programs taken (transcripts printed no later than 12 months from the date of application). Although a copy of the transcript may be uploaded to the application for initial submission, the original transcript must also be sent directly to:
The tuition fee for the course is approximately $820, and for non-instructional fees approximately $195, and the graduate application fee is $100.
Spine Trauma Radiology Mri, Ct, X Ray Imaging Course 2023
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