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Capillaries of a mouse subcutaneous prostate tumor after FITC-Albumin injection
Field of view 400*300 µm
ProFlex S-1500
Courtesy: Nathalie Faye, Laure Fournier, Charles A. Cuenod and Olivier Clément, Descartes Image, Small Animal Imaging Facility, Université Paris V, Paris, France
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Tumoral angiogenesis after injection of FITC-Dextran 2,000 kDa. Glioma xenografft implanted subcutaneously
Field of view 600*500 µm
ProFlex S-1500
Courtesy: Jennifer Terkelsen, Imaging Sciences Department, Millennium Pharmaceuticals, Cambridge, MA, USA
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Orthotopic pancreas cancer angiogenesis imaged after injection of AngioSense680
Field of view 420*420 µm
ProFlex S-1500
Courtesy: Ken Lin, Marco Maricevich, Umar Mahmood, Center for Molecular Imaging Research, Massachusetts General Hospital, Harvard University, Boston, USA
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Liver |
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Radial organization of the liver lobule as seen after a cytoplasmic staining of hepatocytes with Rhodamine 123
Field of view 400 x 280 µm
ProFlex S-1500
Courtesy: Igor Charvet and Paolo Meda, CMU, Geneva, Switzerland
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| Microcirculation of the mouse liver after IV injection of FITC-dextran.
Field of view 240µm
ProFlex MiniO
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| Pancreas |
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Vascularization of the pancreas
Field of view 400 x 280 µm
ProFlex S-1500
Courtes:y Brice Mahé and Behazine Combadière, La Pitié Salpétrière, Paris, France
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Histology of the pancreas after cytoplasmic staining with Rhodamine 123
Field of view 400 x 280 µm
ProFlex S-1500
Courtesy: Igor Charvet and Paolo Meda, CMU, Geneva, Switzerland
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Kidney
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| Microcirculation of the kidney following injection of FITC-dextran
Field of view ø 240 µm
ProFlex MiniO
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| Kidney glomerulus in a beta-actin-GFP mouse
Field of view 400 x 280 µm
ProFlex S-1500
Courtesy: Christopher H. Contag and Tim Doyle, Stanford, CA
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| Rat kidney tubules after injection of FITC-Dextran 150 kDa
Field of view ø 260 µm
ProFlex MiniO
Courtesy Dr Y. T. Lau, Chang Gung University, Taiwan, R.O.C.
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| Central and peripheral nervous system |
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Motor nerve terminals at the neuromuscular junction of Thy1-YFP mouse
Field of view 400 x 280 µm
ProFlex S-0650, hand-held
Courtesy: Igor Charvet, Medical Research Center (CMU), Geneva, Switzerland and Luc Stoppini, Biocell Interface, Geneva, Switzerland
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Nerve root from the spinal cord in a Thy1-YFP mouse after surgery to expose the nervous tissue
Field of view 400 x 280 µm
ProFlex S-0650
Courtesy: Igor Charvet and Paolo Meda, CMU, Geneva, Switzerland
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In vivo neurons in the cortex of a Thy1 YFP mouse
Field of view ø 300 µm
ProFlex S-300 beveled
Courtesy Prof. J. Storm, O. Moldestad, G. Ning, Institute of Physiology, University of Oslo, Norway
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Sciatic nerve of a rat stained with acriflavine. Vessels irrigating the nerve are revealed by their negative contrast
Courtesy of Prof. Claudia Sommer, Neurologische Klinik der Universitaet, Wuerzburg, Germany
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Eye: Cornea and Retina |
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| Microvascularization of the rabbit retina after injection of FITC-Albumin.The ProFlex was inserted after sclerotomy
Field of view 400 x 280 µm
ProFlex S-1500
Courtesy: Dr M. Pâques, Fondation Rotschild, Paris, France
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| Apoptotic bodies in a rejected cornea graft, marked with Yoyo1
Field of view 400*280 µm
ProFlex S-1500
Courtesy Francine Behart-Cohen, U450, INSERM, Paris France
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| Muscle Fibers |
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Neuromuscular junction of a Thy1-YFP mouse with skeletal muscle fibers marked by topical application of Sytol3
Field of view 400 x 280 µm
ProFlex S-0650
Courtesy: Igor Charvet, CMU, and Luc Stoppini, Biocell Interface, Geneva, Switzerland
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Other |
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Vascularization of mouse cecum wall after IV injection of AngioSense®680
Images acquired with the Cellvizio®660 and reconstructed with a mosaicing software plug-in. ProFlex: S-1500. Fov: 1.3 mm.
Courtesy:Marco Maricevich, Center for Molecular Imaging Research, Massachusetts General Hospital, Boston, USA.
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For more information, contact us: cellviziolab@visualsonics.com
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