Your school has purchased a site license for the VH Dissector for you to use in your study of the human body. Built on real anatomy from the National Library of Medicine's Visible Human Project®, the VH Dissector for Medical Education provides you with an integrated environment for anatomical education and reference. With the ability to interact with correlated 3D and cross-sectional views of over 2,000 anatomical structures through identification, dissection, assembly and rotation, the VH Dissector helps you understand the complex three-dimensional structure of the human body.
Please enter your @yale.edu email address below to receive your product key and link to access the VH Dissector software.
Step-by-Step Dissection Instructions
Dissections are organized regionally and each dissection starts with an overview of the anatomical features of the area along with key concepts such as muscle function, innervation and blood supply. These introductions are then followed by step-by-step dissection instructions with correlated high-resolution labeled dissection photographs to help students quickly locate and identify structures in the lab. Within each step important relationships between key structures are highlighted and demonstrated through links to the VH Dissector's 3D and cross-sectional views helping students better understand the complex relationships of the human body.
High-resolution virtual "bone box"
Interactive high-resolution photographs of each bone with labeled landmarks provide students with a way to study these details outside of the anatomy lab. Students can identify each landmark and view them from a variety of angles. Also, unlike a real bone lab, with the VH Dissector students can study the soft tissue related to each landmark to improve understanding and retention. This resource allows students to study this necessary information outside of class in a virtual environment, wherever and whenever they want.
Comprehensive Structural Details
Dissections are organized regionally and each dissection starts with an overview of the anatomical features of the area along with key concepts such as muscle function, innervation and blood supply. These introductions are then followed by step-by-step dissection instructions with correlated high-resolution labeled dissection photographs to help students quickly locate and identify structures in the lab. Within each step important relationships between key structures are highlighted and demonstrated through links to the VH Dissector's 3D and cross-sectional views helping students better understand the complex relationships of the human body.
Lab Practical Self-Assessment
Dissections are organized regionally and each dissection starts with an overview of the anatomical features of the area along with key concepts such as muscle function, innervation and blood supply. These introductions are then followed by step-by-step dissection instructions with correlated high-resolution labeled dissection photographs to help students quickly locate and identify structures in the lab. Within each step important relationships between key structures are highlighted and demonstrated through links to the VH Dissector's 3D and cross-sectional views helping students better understand the complex relationships of the human body.
Clinical Rotations
The VH Dissector platform provides an interactive, always available anatomical resource for students to review and better understand clinical anatomy as they progress through their clinical rotations and on into residency. Using the VH Dissector they can study clinical skills in an anatomical context, review key anatomical concepts for surgical procedures and better understand MRI, CT and Ultrasound clinical imaging.
Career Reference
As the most comprehensive electronic 3D and cross-sectional atlas available, the VH Dissector belongs on every physician's virtual bookshelf and your students will already have it. As a reference resource, the VH Dissector can be used to correlate labeled coronal, sagittal and transverse cross-sections with patient imaging and review anatomy for new or complex procedures. Additionally, the VH Dissector can be used with patients to educate them about procedures and treatments, improving understanding and outcomes.