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Category Archives: In Vivo Imaging System and Applications
Journal Articles Citing Use of Odyssey® and Pearl® Imaging Systems and Near-Infrared Fluorescence
Affibody-DyLight Conjugates for in vivo Assessment of HER2 Expression by Near-Infrared Optical Imaging. Zielinski R, M Hassan, I Lyakhov, D Needle, V Chernomordik, A Garcia-Glaessner, Y Ardeshirpour, J Capala and A Gandjbakhche Radiation Oncology Branch, Center for Cancer Research, National … Continue reading
Posted in Cancer Research, IRDye Reagents, In Vivo Imaging System and Applications, Odyssey Imaging Systems, Western Blotting
Tagged apoptosis, biomarkers for cancer, breast cancer research, ca125, cesicular trafficking, chronic hypoxia, egfr, egfr inhibitors, glycobiology, glycoprotein analysis, her2-specific probes, hypoxia, in vivo imaging, molecular imaging, n-linked glycoproteins, odyssey applications, optical imaging, ovarian cancer research, pearl applications, potassium channels, protein quantitation, publication lists, quantative western blots, quantitative ir western blots, quantitative proteomics, quantitative western blotting
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Create a Complete Molecular Imaging Workstation
Combining the Odyssey® CLx Infrared Imaging System with the Pearl® Impulse Small Animal Imaging System creates a versatile workstation for in vivo and in vitro imaging. BrightSite™ Optical Imaging Agents or probes developed using IRDye® infrared dyes can be used … Continue reading
Posted in IRDye Reagents, In Vivo Imaging System and Applications, Odyssey Imaging Systems
Tagged brightsite imaging agents, in vitro assays, in vivo imaging, in vivo imaging workstation, infrared dyes, irdye optical probes, molecular imaging, odyssey applications, pearl applications, pearl impulse small animal imaging system, preclinical research, probe validation, small animal imaging, workstation
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New! Optical Probe for Tumor Imaging – IRDye® 800CW YC-27
IRDye 800CW YC-27 (P/N 926-27000) is a near-infrared dye-labeled imaging agent specifically designed to target prostate specific membrane antigen (PSMA), also known as folate hydrolase I or glutamate carboxypeptidase II. This small molecule can be used as an optical imaging … Continue reading
Posted in Cancer Research, IRDye Reagents, In Vivo Imaging System and Applications, Reagents
Tagged cancer imaging, dna-protein interactions, in vitro imaging, near-infrared dyes, near-infrared fluorescent dyes, near-infrared fluorescent reagents, pearl impulse small animal imaging system, preclinical evaluation of tumors, preclinical research, prostate cancer, psma expressing tissues, targeting agent for prostate cancer, tissue section imaging, tumor imaging
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Studying bone growth, changes, tumors? Try IRDye® BoneTag™ Optical Probes.
IRDye BoneTag optical imaging agents are tetracycline derivatives that incorporate into mineralizing bone. Structural imaging of bone can be used to more precisely localize an area of disease. A second disease-specific targeting agent with a spectrally-distinct fluorescent label can be … Continue reading
Try Microscopy with Near-Infrared Fluorescent Dyes For Outstanding Images
Do you know that LI-COR® near-infrared dyes and reagents can be used to perform microscopy? Absolutely! While we do not sell microscopes or offer microscopic equipment, we have evaluated the near-infrared detection capabilities of microscopes from several manufacturers, particularly in … Continue reading
Advantages of using PSVue® 794 for Imaging Apoptosis
PSVue® 794 is a near-infrared fluorescent probe for detection of apoptotic and necrotic cells, bacteria, and other anionic membranes. The compound exhibits fluorescence excitation maximum at 794nm and emission maximum at 810 nm and through its zinc(II)-dipicolylamine (Zn-DPA) moiety, it … Continue reading
New Tools for Cancer Surgeons: Targeted Fluorescent Imaging Probes
LI-COR interviewed Dr. Go van Dam, a surgeon specializing in oncology at the Groningen University Medical Center in the Netherlands. A key focus of van Dam’s research is to explore new tools such as targeted fluorescent imaging probes that will … Continue reading
