Biological Visioning

The Keyence Fluorescence Microscope uses varying wavelengths to illuminate biological samples. Fluorochromes become excited by specific wavelengths and emit light back at a slightly different wavelength, which is collected to generate an image. The Keyence has the ability to view living organisms as well as fixed samples.

In collaboration with the Tenzer Center's virtual reality (VR) equipment, SyGlass is a data visualization software used to visualize 3D models produced from 2D stacks to view histology in VR. This software enhances the comprehension of biological structures.

The Nanoimages SNE-4500M Scanning Electron Microscope can produce images magnification up to 15,000X. This intricate machine provides insight into the nanoscopic world by revolutionizing how scientists study biological and inorganic samples.

The Zeiss Confocal Microscope, complete with an Apotome, can create 3D images by taking multiple pictures at varying depths. The microscope uses a highly focused laser to view sections with increased resolution. The Zeiss can function as a fluorescence microscope, using light to excite light-emitting dyes, similar to the Keyence, although it cannot view living tissues.