Welcome to the Virtual Microscopy Database
Advancing Histology Education Through Access, Innovation, and Collaboration
Advancing Histology Education Through Access, Innovation, and Collaboration
Discover the VMD
The Virtual Microscopy Database (VMD) is a collaborative, centralized repository of high-resolution, interactive digital microscopy images designed to advance education, research, and scholarly collaboration in the anatomical sciences. By providing access to a diverse collection of virtual histological specimens, the VMD empowers educators, students, and researchers worldwide to explore microscopic structures, enrich teaching and learning experiences, and overcome barriers associated with limited access to traditional glass slides and specialized digitization equipment.
Explore, share, and discover the microscopic world through accessible, high-quality virtual microscopy resources.
Discover a growing collection of virtual microscopy images that can be integrated into teaching, learning, and scholarly activities. Whether you are looking to enhance existing histology courses, explore additional tissue specimens, or contribute to a shared educational resource, the VMD provides opportunities for collaboration and discovery.
Not a member yet? Become a Member
Free VMD membership is available to eligible faculty, staff, and investigators affiliated with educational or research institutions. Join our community to access virtual microscopy resources and contribute to the advancement of histology education.
Already a member? Log in to access the database and explore the available collections.
The development and continued maintenance of the VMD have been made possible through the generous support and contributions of the American Association for Anatomy (AAA), MBF Bioscience, and Anatomical Sciences Education (ASE). We gratefully acknowledge their support in advancing access to digital microscopy resources for education, research, and scholarship worldwide.
Histology through the Lens
Discover the fascinating architecture of tissues and organs through high-resolution virtual microscopy.