Introduction to Optical Imaging for Investigating Cancer Biology and Relevant Pathways
Recently, near-infrared and red fluorescent probes have enabled significant advances in understanding the role of proteins and enzymes in tumor biology in-vivo. During this webinar, we will show how newly discovered genetically encoded reporters can aide in-vivo imaging, as well as provide examples of how to utilize these probes to better understand metastatic processes. In addition, we will discuss how targeted probes can help researchers understand not only where a tumor resides, but what extracellular proteins are expressed in the context of a living animal. Furthermore, we will discuss how both extracellular enzymatic activity, such as MMP, and intracellular proteases, such as caspases 3 or 7, can be successfully imaged in-vivo. Finally, we will cover how in-vivo imaging can aide in the drug discovery and drug delivery through the tracking and optimization of peptide and nanoparticles delivery.From:BrukerBioSpin PCIViews:0 0ratingsTime:37:14More inPeople Blogs<\/p>\n
See the article here: Introduction to Optical Imaging for Investigating Cancer Biology and Relevant Pathways Recently, near-infrared and red fluorescent probes have enabled significant advances in understanding the role of proteins and enzymes in tumor biology in-vivo. During this webinar, we will show how newly discovered genetically encoded reporters can aide in-vivo imaging, as well as provide examples of how to utilize these probes to better understand metastatic processes. In addition, we will discuss how targeted probes can help researchers understand not only where a tumor resides, but what extracellular proteins are expressed in the context of a living animal. Continue reading
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