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Figure 1: Time-lapse sequence of neural processes translating a GFP construct in response to agonist - in the absence of cell bodies. (Single frame). Images by 2-photon excitation at 800nm, 120fs. Christy Job,  James Sanzo and James Eberwine.
Figure 2: Cultured rat-brain slice culture labeled with Calcein Green and propidium iodide. Theresa Lusardi, Mike Deridder, David Meaney and James Sanzo.
Figure 3: Stretched neurons. John Wolf, Doug Smith and James Sanzo.
Figure 4: Cultured type II pneumocytes labeled with Fluo-4. DIC- Nomarski image with fluorescence overlay. Michele Hawk and James Sanzo.
Figure 5: Neural cells grown out from the edge of a rat brain slice culture.  Theresa Lusardi, David Meaney and James Sanzo.
Figure 6: Neural cells grown out from the edge of a rat brain slice culture. Rendered 3-D image with perspective.
Figure 7: Viewer quiz: Can you identify this nuclear phenomenon?
Figure 8: Cultured endothelial cells labeled with Alexa-488 phalloidin, Mitotracker Red, and DAPI. Imaged with a combination of single photon and 2-photon techniques. Maximum-intensity projection from partial stack.
Figure 9: Urethane foam. Imaged in fluorescence mode for a commercial client.
Figure 10: Rat-1 cells transfected with insulin receptors. Insulin is red, receptors are blue and F-actin is green.
Figure 11: Canine kidney, stained with eosin, imaged by 2-photon microscopy. ~70 microns below the surface.
Figure 12: Human retina stained with a photo receptor-specific protein (eap7) and DAPI. Imaged with a combination of single photon and 2-photon techniques. Eric Pierce, Ann Milam, James Sanzo.
Figure 13: Human retina stained with a cone-specific protein, rhodopsin  and DAPI. Imaged with a combination of single photon and 2-photon techniques. John Sinoj, Petros,  James Sanzo.
Figure 14: Live tumor vasculature stained with a FITC-lectin, costained with Hoechst 33342. 2-photon imaging. Mike Gee, William Lee, James Sanzo.
Figure 15: Herpes simplex virus (green) invading cells in culture. Combined single and 2-photon imaging. F-actin is red (phalloidin), Nuclei are blue (DAPI). Gary Cohen, Isabelle Baribaud, James Sanzo.
Figure 16: Di-I stained lipid uptake. Vesicles loaded with DI-I stained lipids show as red in this combined fluorescence-DIC image. Hui Li, Briton Chance, James Sanzo.
Figure 17: Maximum-intensity projection of retrovirally transduced 3T3 cells. Green = actin, Red = nucleolar expression of able. Jason Wertheim, Dan Hammer, James Sanzo.
Figure 18: Chick limb, 780 microns thick. Imaged with 10x plan-apo objective lens. Maximum-intensity reconstruction rotated 5° right of perpendicular. Green = vimentin, red = collagen I. Lilly Wong, James Sanzo.
Figure 19: Mouse retina stained with a photo receptor specific protein and DAPI. Imaged with  single photon (Texas Red) and 2-photon (DAPI) techniques. John Sinoj, Petros,  James Sanzo.
Figure 20:  Lysozyme crystal imaged by reflection of 488nm line. Reconstructed from a 155 plane stack. Asif Mustafa, Donald Voet, James Sanzo.
Figure 21:  Neuronal cells plated onto nitride passivated silicon. Simultaneously imaged by reflection mode (gray = nitride) and fluorescence mode (green = calcein).
Figure 22:  Neuronal cells plated onto nitride passivated silicon. Simultaneously imaged by reflection mode (dark = nitride, gold = traces, blue = electrode) and fluorescence mode (green = calcein in live cells).
Figure 23:  Filaments of auto-antigen Ro (green = GFP-Ro) as seen during time-lapse sequence leading to apoptosis. Images by 2-photon microscopy + DIC.
Figure 24:  Abnormal live vasculature in induced mouse tumor. Stained with a FITC-tomato lectin, costained with Hoechst 33342. 2-photon imaging. 
Figure 25:  Teased muscle fibers showing partial expression of GFP-actin. 
Figure 26:  Herpes simplex virus (green) invading cells in culture. Combined single and 2-photon imaging. F-actin is red (phalloidin), Nuclei are blue (DAPI). Max intensity projection of full stack.
Figure 27:  Cytokeratin-19 (green) and desmoplakin (red). Fixed immunostained cells.
Figure 28:  Human retina stained for a rod-specific protein and DAPI. Imaged with a combination of single photon and 2-photon techniques

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