Raptor Background Information Regulatory associated protein of FRAP, also designated Raptor, is a binding partner for mammalian target of rapamycin kinase (FRAP), and is essential for FRAP signalling in vivo. Raptor binding to FRAP is critical for FRAP-catalysed substrate phosphorylation of 4E-BP1. The raptor-FRAP complex is nutrient-sensitive and is important for a mechanism by which cells coordinate cell growth and size with changing environmental conditions. Raptor serves as a negative regulator of FRAP kinase activity under nutrient-deprived conditions and is an important component in the FRAP pathway. Raptor is highly expressed in skeletal muscle and to a lesser extent in brain, kidney, lung and placenta.
Raptor (10E10) Product Citations
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Raptor (10E10)
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Raptor (10E10): sc-81537. Western blot analysis of Raptor expression in serum starved HeLa (A), Hep G2 (B), HEK293 (C), SH-SY5Y (D), MDCK (E), PC-12 (F), CMT 93 (G), Neuro 2A (H) and 3T3 (I) whole cell lysates.