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11/03/2010
- Cellvizio brings hope in Alabama
Shyam Varadarajulu, from UAB explains in the Birmingham Medical News how Cellvizio improves diagnostics, patient care and helps reduce procedures cost and time.


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What our customers have to say
In this part of our site, Mauna Kea Technologies' customers tell you in their own words about their experience using the Cellvizio® family of products.
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"Our Cellvizio® is the perfect tool for high-throughput screening for new animal models of disease affecting the peripheral nervous system. We are delighted so far with the quality and utility of the images and movies of axons and neuromuscular junctions we have obtained using the S- series probes. The co-operation and technical support we have received from Mauna Kea Technologies have been outstanding."
Richard R.Ribchester, DSc
Professor of Cellular Neuroscience
Centre for Neuroscience Research
School of Biomedical Sciences
University of Edinburgh
Scotland, UK
Web site for MRC Harwell
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"Mauna Kea Technologies has worked closely with us to ensure that our experimental needs are met. Their microendoscopic confocal technology has enabled us to examine biological questions in new and innovate ways, many that were previously unanswerable with conventional bulk optic intra-vital systems."
Wah-Ping Luk, MD, Ph.D.
Molecular Imaging Lab
Stanford University
Web site : Stanford Center for Innovation in In-Vivo Imaging
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"This device is extremely useful for basic research on the brain to record activities in a network of neurons. In the future, with the help of genetically encoded fluorescent reporters, we will be able to observe and measure, in vivo and in real time, the effects of dopamine, serotonin, and an array of other neuromodulators involved in the control of cognitive and emotional faculties. "
Pierre Vincent, PhD, quoted in this article.
Laboratory Neurobiology of Adaptive Processes
UMR 7102 CNRS Université Pierre et Marie Curie, Paris, France.
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“Our team focuses on the expression dynamics of antigenic proteins and cellular migration during vaccination by subcutaneous and intramuscular means. Cellvizio® enables us to respond rapidly and effectively to situations regarding the expression of fluorescent targets in vivo.”
Behazine Combadière
INSERM U543, Cellular Immunology Laboratory
Faculté de Médecine Pitié-Salpêtrière
(Translated from French)
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