Musculoskeletal Anatomy, Physiology, and Pathology: Foundations for Medical Imaging and Disease Identification
Course Preview
- Section 1 - The Functions of the Skeletal System
- Section 2 - Bone Classification
- Section 3 - Bone Structure
- Section 4 - Bone Formation and Development
- Section 5 - Fractures: Bone Repair
- Section 6 - Exercise, Nutrition, Hormones, Bone Tissue
- Section 7 - Calcium Homeostasis: Skeletal System and Organ Systems
- Chapter 1 Key Terms
- Chapter 1 References
- Section 40 - Knee
- Section 41 - Postoperative Knee and Shoulder
- Section 42 - Adult Tumor of Soft Tissue, Bone, and Bone Marrow
- Section 43 - Ankle and Foot
- Section 44 - Spine Trauma
- Section 45 - Spine Degeneration and Inflammation
- Section 46 - Sports Related Injuries of the Pediatric Musculoskeletal
- Section 47 - Non-traumatic Musculoskeletal Diseases in Children
- Chapter 10 Key Terms
- Chapter 10 References
What Will You Learn ?
This self-paced course provides a comprehensive overview of musculoskeletal anatomy, physiology, and pathology as seen through medical imaging. You’ll build a strong foundation in bone biology, joint structure, and CNS function while advancing your skills in interpreting both common and complex musculoskeletal conditions.
By the end of the course, you’ll be able to:
- Identify normal and abnormal musculoskeletal imaging across X-ray, CT, and MRI
- Recognize trauma, degenerative, inflammatory, and pediatric disorders
- Understand imaging characteristics of rheumatologic, metabolic, and post-operative conditions
- Analyze musculoskeletal tumors and CNS-related injuries
- Strengthen pattern recognition and clinical decision-making skills
- Communicate imaging findings with improved clarity and confidence
Comprehensive
Mastering the Fundamentals and Advancing in the Imaging Profession
Innovative
Embracing Cutting-Edge Practices and Technology
Intensive
Deep Dive into The Strategies That Make You an Imaging Professional
Frequently Asked Questions
Q: Are your courses approved for ARRT continuing education credit?
A: Yes. All of our courses are approved by the American Society of Radiologic Technologists (ASRT) and provide Category A credits that are fully accepted by the ARRT for CE compliance.
Q: How do I access the course after I enroll?
A: Once you enroll, you’ll receive immediate access to the course through your account. Simply log in to your dashboard anytime to begin learning at your own pace.
Q: When will I receive my certificate of completion?
A: Your certificate is generated immediately upon successful completion of the course and post-assessment. If there are any issues, just email us at [email protected] and we’ll issue it manually.
Q: How long do I have access to the course?
A: You’ll have lifetime access to the course materials, so you can review content anytime — even after completing the CE requirements.
Q: What happens if I don’t pass the final exam on the first try?
A: No worries! You can retake the final exam three times. If you are unable to pass the final exam after the third try, then you would have to enroll again into the course (ASRT Requirement).
Q: Who created these courses?
A: Our courses are developed by Michael Ramos, a registered radiographer with over 15 years of experience in radiology. He holds an MBA in Healthcare Management and is currently part of the Radiation Safety, Informatics, and Management Committees at the prestigious Hospital for Special Surgery
Radseek Education
Course Developer: Michael Ramos, ARRT Registered Radiographer, B.S. in Health Service Administration, M.B.A. in Healthcare Management
Professional Background: With over 15 years of experience in the radiology field, Michael Ramos is a registered radiographer certified by the ARRT. A graduate of City Tech College with a bachelor’s in health service administration and an MBA in Healthcare Management from St. Joseph’s College, Michael brings extensive expertise in advanced radiologic practices and healthcare management. He is currently employed at the prestigious Hospital for Special Surgery, where he continues to contribute to high standards of patient care and radiation safety.