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• Mouse brain stained with GFAP and Spectrin with Dapi 
• Mouse Brain cerebellum stained with Acetylcholine (primary antibody) and fluorescence is visualized with Alexa 488 (Green).  Image taken with Zeiss Confocal LSM 150 META. Photo courtesy of Vali Gazula. 
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  Day 9.5 mouse embryo within the uterus stained with Alpha II Spectrin/Dapi with Red Blood cell autoflorescence

• Tubulin in red in a dividing MDCK cell stained with spectrin in green and dapi 
• Predicted Cl- binding site in serotonin transporter. (2007) Proc. Natl. Acad. Sci. 104: 12767 Courtesy of Rudnick Lab 
• MDCK cell expressing CFP tubulin and RFP mito markers that were both constructed in our lab (not from Clontech) 
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• Primitive erythroblast in the developing mouse embryo next to mature erythrocytes stained red for Beta I Spectrin, green is hemoglobin autofluorescence and dapi 
• Inhibitor of parasitic TS-DHFR enzyme discovered by virtual library screening. 
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  Drosophila ovarian tissue
  This image shows Drosophila ovarian tissue stained to see actin (red) and Filamin (blue) in muscle fibers. The small green dots are the FasciclinIII cell adhesion protein fused to Green Fluorescent Protein. The Fas3::GFP dots outline individual muscle cells. The large Fas3::GFP spots are in the egg chambers within the muscle layer.
  Micrograph from Dr. Andrew M. Hudson in Lynn Cooley's lab

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  Mouse Embryo

  A ~E14 embryo that expresses a fusion protein between H2B-GFP under the control of an epithelial promoter called Keratin 14. (K14H2BGFP mice).
  Photo courtesy of Ichiko Saotome from Valentina Greco's lab.
  

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  A transversal section of the skin epithelium. The bonafide hair follicle stem cells, called bulge cells, are marked in green by CD34 membrane marker. This marker is also expressed by endothealial cells in the dermis.
  The stem cell progeny, called hair germ, are enriched by the Pcadherin adhesion molecule in red. DAPI marks all the nuclei in blue. Photo courtesy of Valentina Greco
  

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• A cultured hippocampal neuron transfected with GFP (green) and immunostained with the Abl family kinases (red). Scale bar is 50um. Photo courtesy of Tony Koleske. 
• Electron microscope images (depicted in idealized form at rear left) of kinesin, of one of life's smallest molecular motors, were used to derive highly detailed 3D maps (transparent surface) of the motor frozen in action.  By fitting atomic models (colored ribbons) into the 3D maps, a detailed mechanism (blue schematic at rear right) was derived for how a single molecule of biological fuel, called ATP, initiates motor movement. Photo courtesy of Charles Sindelar. 
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• Mouse cerebellum: Nucleus is stained with Sytox (Green), and purkinje cells are stained with Alexa 555 secondary. Photo courtesy of Vali Gazula 
• Adult mouse cerebellum: 20 um thick sections stained with Alexa 568 Phylloidin as red for filamentous actin and Purkinje cells were stained for Acetylcholine receptors as green with Alexa 488 and DNA  is stained as blue with TOPRO-3.  Image taken with Zeiss Confocal LSM 150 META. Photo Courtesy of Vali Gazula 
• Image of the cytoskeleton of a  neuronal growth cone advancing from L-->R adjusted to the aspect ratio requested. Blue and yellow encode the actin and microtubule cytoskeleton. Cytoskeletal protein density has is projected in the z axis giving the image a contour map-like feel. The original image is included for reference. Photo Courtesy of Paul Forscher 

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• Updated 12/13/11