Microscopes
High-powered devices used to view and analyze histology samples and other microscopic specimens.
Discover the intricate workings of the human body in the Cadaver Lab, one of only two such facilities in west-central Wisconsin. At UW-Stout, we provide students with the opportunity to engage directly in practical anatomical studies using male and female cadavers as an integral part of their anatomy, physiology, and pathology coursework. The Cadaver Lab serves as a foundational space for those pursuing advanced studies in various fields including exercise physiology, pharmacology, neuroscience, kinesiology, and biomechanics. Whether you're aspiring to a career in healthcare or examining the complexities of human biology, our Cadaver Lab offers a unique educational experience that prepares you for future academic and professional success.
UW-Stout's Cadaver Lab offers a unique educational experience providing direct engagement with real human cadavers, enhancing students' understanding of anatomy beyond traditional textbooks. The lab is furnished with advanced tools and a variety of anatomical models and histology samples. Students can examine diverse specimens, such as sheep, for comparative anatomical studies and use diagnostic tools like EKG machines and Backyard Brain kits, allowing them to observe live neural signals and apply modern medical techniques.
Detailed 3D representations of organs and body systems, used to supplement cadaver studies and enhance learning.
High-powered devices used to view and analyze histology samples and other microscopic specimens.
Microscopic slides of human tissues that allow students to observe and understand cellular structures and functions.
Devices that measure and record the electrical activity of the heart, providing practical experience in cardiovascular diagnostics.
Tools that enable students to observe and understand neural activity, making the study of the nervous system interactive and engaging.
Donated skeletal remains that help students study bone structures and joint mechanics.