
Apoptosis, also known as programmed cell death, is a highly regulated cellular process that plays roles many areas such as development, stress response, and cancer. It involves the activities of many protein players. In the intrinsic pathway, Bcl-2 family members promote or prevent mitochondrial permeability. IAP proteins are deactivated, cytochrome c is released and binds with apaf-1 to form the apoptosome. Apoptotic caspases are then activated beginning with caspase 9. In the extrinsic pathway, TNF alpha, Fas ligand and other cytokines mediate signaling with TNF family receptors and death domain proteins to activate caspase 8. The right antibodies specific to these targets may serve as useful markers when studying the complex apoptosis pathways. Other targets may also be searched for if desired- simply select any antibody to visit the search page, and then enter a name in the text box. In addition, filters will be available to help you simplify your search.
A deep dive into the cells' morphological and functional differences
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Common proteins for characterizing the epithelial nature of cells
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oYo-Link® Epitope Tag enables the simultaneous detection of up to 10 epitope-tagged antibodies, providing researchers with a new tool to simplify and significantly enhance multiplexing capacity. Labeled antibodies will have up to 6 copies of an ...
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The revolutionary MACSima™ Platform streamlines your spatial biology research from end to end, reducing experimental workload and generating impactful data in no time. At its core is the fully automated MACSima™ System, which utilizes fluorescence ...
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We study cutaneous melanoma (human and murine cell lines) and use this HSP90 antibody as a loading control for Western blots every week. Very reliable both in vitro and in vivo.
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We study cutaneous melanoma and use this vinculin antibody as a western blot loading control for both human and mouse cell lines.
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