: Chapters cover the brain, skull, neck, vertebral column, limbs, breast, thorax, and abdomen/pelvis. Imaging Modalities
: Excellent for evaluating soft palate anatomy and complex nervous system structures. imaging atlas of human anatomy
| User Group | Primary Application | | :--- | :--- | | | Correlating dissection lab with radiology; preparing for anatomy practical exams and USMLE-style image-based questions. | | Radiology residents | Learning normal variants before identifying pathology; reporting template familiarization. | | Surgeons | Preoperative planning – e.g., locating a liver segment or avoiding a nerve during knee arthroscopy. | | Radiation therapists | Target volume delineation on planning CT scans. | | Physiotherapists / Chiropractors | Understanding spinal and muscular relationships from MRI. | : Chapters cover the brain, skull, neck, vertebral
Demonstrates real-time, dynamic anatomy—particularly abdominal organs, vasculature (Doppler), and fetal anatomy. The atlas teaches orientation in the oblique, transducer-dependent plane. | | Radiology residents | Learning normal variants
: Vital for viewing bony anatomy and its relation to soft tissues.
This resource is no longer a luxury for radiologists; it is a critical tool for surgeons, emergency physicians, physiotherapists, and medical students. It represents a paradigm shift from viewing the body through an incision to viewing it through the lens of a CT scanner, MRI magnet, or ultrasound transducer.