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"The Cellvizio Dual Band is capable of achieving cell to sub-cell resolution in vivo, from surface to deep tissues. The system allow us to monitor multiple dynamic processes, physiological pathways or cellular interactions in vivo in the same animal over longitudinal studies."

Assoc.Prof. M.D. Jakub Otáhal

Czech Academy of Sciences, Institute of Physiology, Prague, Czech Republic

Cellvizio Dual Band - Mauna Kea Technologies

A total new dimension to your Preclinical studies

Cellvizio Dual Band offeres simultaneous, co-registered dual band 488/660 illumination and detection for the dynamic monitoring of multiple parameters in vivo .

Cellvizio is a breakthrough Preclinical and Clinical imaging technique used by hundreds of doctors and researchers at leading institutions around the world. The system specifity relies on the use of fiber-optics, integrated into miniaturized objective lenses.

  • It is compact, fast, versatile and delivers beautiful single cell level images in real time.
  • Perform repeatable, longitudinal studies on the same subject, and get rewarded with more relevant outcomes and dramatic experimental cost decreases.
  • Easy to use and with a small footprint, Cellvizio Lab can seamlessly be incorporated in your Lab workflow, without the need for a dedicated imaging room nor technician to make it work.
  • Cellvizio Lab bridges the gap that exists between other Preclinical imaging modalities: It delivers  in vivo and in real time cellular to sub-cellular images of any tissue by simple and direct contact.
  • High-throughput monitoring of physiological condition at multiple time points.
  • Access a broad spectrum of applications including neuroscience, cancer research, drug delivery, cardiovascular disorders, digestive diseases, molecular imaging and more.

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http://www.cellviziolab.com/en/content/cellvizio-dual-band

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In vivo multimodal imaging: live webinar - Tuesday, June 28, 2016, 5 pm CEST CellVizio’s strong clinical efficacy in the prevention of certain pancreatic cancers confirmed! In vivo tracking of T cells in an inflammatory Bowel disease mouse model Confocal laser endomicroscopy in head and neck malignancies Tracking of mesenchymal stem cells with fluorescence endomicroscopy imaging Cellvizio In-Vivo microscopy – a totally new dimension for your preclinical studies Explore vascular function in vivo and at cellular resolution with Cellvizio Lab Identification of liver metastases with confocal laser endomicroscopy at two excitation wavelengths Microbubble-assisted ultrasound-induced transient phosphatidylserine translocation Advanced endoscopic imaging in gastric neoplasia and preneoplasia Platelet GPIIb supports initial pulmonary retention but inhibits subsequent proliferation of melanom In vivo imaging of the Muc5b gel-forming mucin Abnormal capillary vasodynamics contribute to ictal neurodegeneration in epilepsy The lemon leaves angiogenesis inhibitor attenuates high-fat diet-induced fatty liver disease ADSC-sheet transplantation to prevent stricture after esophageal endoscopic submucosal dissection De novo design of a biologically active amyloid Follow biological processes in vivo at the cellular level Amphiphilic nanocarrier leads to improved therapeutic response in pancreatic cancer Expert-led didactic versus self-directed audiovisual training of confocal laser endomicroscopy Bronchoscopic confocal fluorescence microscopy for in vivo assessment of free-breathing mice
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