Please note that Internet Explorer is incompatible with this site.

We recommend upgrading to the latest Microsoft Edge, Google Chrome, or Firefox.

Skip to Main Content

Core Facilities

Animal Imaging Core

Olympus IV 100 Scanning Microscope

The IV100 Intravital Laser Scanning Microscope has been optimized for collecting light from deep within tissue. Exceptionally high spatial, temporal and multi-wavelength resolution combined with novel far-red and near-IR imaging probes make it possible to image subcellular detail of internal organs and disease processes. With the IV100’s new innovative MicroProbe lenses, researchers are able to do minimal surgery on their animals and yet view the tissue of interest with a powerful objective lens.

Features and Benefits:
  • 3 simultaneous detection channels for multicolor fluorescence
  • 4 lasers 488, 561, 633, 748 nm
  • Immersible MicroProbe lens technology for minimal invasiveness and chemical sterilization
  • Multipositional, tilting scanhead
  • X,Y,Z,T scan combination
  • 76mm range in Z
  • Heating plate and anesthesia device
High numerical aperture MicroProbe objectives can yield Z stacks that extend 200 micrometers into an intact organ. There are three versions designed to satisfy in vivo imaging applications:
  • high resolution 27X magnification (NA 0.7) 3.5 mm-diameter lens with 220 m field of view (FOV).
  • high-resolution 20X magnification (NA 0.5) 1.3 mm-diameter lens with 20 m FOV.
  • wide-angle 6X magnification (NA 0.14) 1.3 mm-diameter lens with a large FOV of 670 m
In addition the IV 100 has two regular objective lenses:
  • 4X objective lens (NA 0.16)
  • 10X objective lens (NA 0.4)

If your experiment requires a surgical procedure, contact Karen Brocklehurst, COM Facility Manager, at 974-9806 or to reserve a vivarium surgical room and a portable anesthesia machine. Researchers must provide their own isoflurane.
See an hear a PowerPoint training presentation on the Olympus IV 100 Scanning Microscope by Angela Goodacre: click here

For more information visit the Olympus website.