McGraw Hill
Anatomy & Physiology Revealed® (APR)
Interactive and customizable, Anatomy & Physiology Revealed is a dissection tool designed to enhance your course. APR contains all systems covered in Human Anatomy and Anatomy & Physiology courses, such as Tissues, Body Orientation, and Cells and Chemistry.
See APR in Action
Explore the APR Resource Center, which includes videos, articles, animations, 3D models, dissections, histology and much more. Learn more about implementing and using APR, or listen to our A&P Podcast.
APR + Connect®
With APR in McGraw Hill Connect, students can access APR as a study tool anywhere, anytime. Instructors can create tailored assignments and quizzes customized to their course needs. Its mobile, user-friendly interface and interactive 3D models grab students’ attention and immerses them in the experience.
90%
Over 90% of students say APR Assignments are an engaging resource for learning their assigned Anatomy topics.*
*820 students using the APR Assignments were polled.
Why do students and instructors choose APR?
Award-winning Technology
Connect for Anatomy & Physiology won the 2021 SIIA CODiE Award for Best Virtual Learning Solution for providing a remote learning educational solution that best delivers course support, full courses, or degree programs online, in either subscription-based or massive, open environments.
McGraw Hill & University of Toledo Partnership
In 1997, McGraw Hill and the University of Toledo’s Center for Creative Instruction launched their innovative virtual dissection tool: Anatomy & Physiology Revealed® (APR). Since then, this first-of-its-kind tool has leveraged cadaver photography to offer students a highly realistic dissection experience for practice – all without the physical resources of a cadaver.
Over its lifetime, APR has been regularly updated to meet the needs of today’s students, offering a robust experience including anatomical models, animations, radiology and histology. In partnership with ISO-FORM LLC, APR has recently incorporated 3D rotatable models to offer students a look into the spatial relationships between structures that go beyond what a flat image can offer.
