PhD & MS programs > Medical Biophysics: Biomolecular Imaging > Image Gallery

Confocal and 2-Photon Fluorescence Imaging
Macromolecular Crystallography
Nanotech Microscopy

Confocal and 2-Photon Fluorescence Imaging

Volume rendering of a 2-photon image volume of mouse kidney, showing EGFP labeled endothelial cells (green), nuclei (blue) and dextran in the tubule lumen (red).

Source: the Indiana Center for Biological Microscopy (Ken Dunn, Simon Atkinson, Robert Bacallao and Weiming Yu)

  Volume rendering of a 2-photon image volume of mouse kidney, showing EGFP labeled endothelial cells (green), nuclei (blue) and dextran in the tubule lumen (red).

A dividing kidney cell showing microtubules (red) and chromosomes (blue).

   Volume rendering of a 2 photon image volume of the glomerulus of a mouse kidney.
A dividing kidney cell showing microtubules (red) and chromosomes (blue).   Volume rendering of a 2 photon image volume of the glomerulus of a mouse kidney.
Concentration of solutes in the distal tubule of the kidney (yellow).   Single frame from a movie showing blood flow (green) in the kidney.

Concentration of solutes in the distal tubule of the kidney (yellow).

   Single frame from a movie showing blood flow (green) in the kidney.

...............................................

Volume rendering and segmentation of kidney tubules. (MPEG4 movie)

   2-photon image volume showing dendrites of a single hypoccampal neuron. (MPEG 4 movie)

Microtubules and endosomes in a live cell. (AVI movie)

   

Macromolecular Crystallography

In the realm of macromolecular crystallography, Dr. Tom Hurley's lab reveals the rat casein kinase I (delta isoform).

 In the realm of macromolecular crystallography, Dr. Tom Hurley's lab reveals the rat casein kinase I (delta isoform).

Nanotech Microscopy

Individual fluorescently labeled phospholipids (indicated by arrows) in a planar phospholipid bilayer as observed using wide-field single molecule fluorescence microscopy.

Dr. Christoph Naumann's group researches the topics of design and characterization of biofunctionalized substrates and ultrathin "intelligent" biomaterials.
Bacteriorhodopsin (BR) incorporated into a polymer-tethered phospholipid bilayer . Fluorescence micrograph of individual BR molecules (indicated by arrows) in such planar model membranes.
A movie showing lateral diffusion of individual transmembrane proteins (bacteriorhodopsin) in a polymer-tethered phospholipid bilayer. (Quicktime movie)

 

IUSM > Graduate Division > PhD & MS Programs

© 2003 Indiana University Trustees