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Novel Monoclonal Anti-NonPhosphoSer9 Glycogen Synthase Kinase 3 Beta Antibodies

详细技术说明

Executive Summary Glycogen synthase kinase 3beta (GSK3beta) is a serine/threonine kinase initially described for its role in regulating glycogen synthesis by phosphorylating and inactivating glycogen synthase following insulin exposure. This enzyme is expressed ubiquitously and is a critical downstream effector of the PI3K/AKT cell survival pathway. GSK3beta is widely studied across many fields of biology as it is involved in several cellular processes including cell proliferation, development, cancer, diabetes, inflammation, bipolar disorder and several neurodegenerative diseases. All of the currently commercially available antibodies are specific for the inactive (i.e. phosphorylated) Ser9GSK3 enzymes. MSU researchers have generated novel antibodies that recognize GSK3beta at Ser9 when this site is not phosphorylated. This makes the active enzyme directly assayable.  Description of Technology Four in-hand stable cell lines, ready for licensing, produce novel monoclonal anti-nonphosphoSer9 GSK3beta antibodies (npS9 GSK3beta, mouse IgG1), with no cross reactivity against GSK3alpha. The clones and matching antibodies are: clone 15C2 and npS9 GSK3 beta4, clone 12B2 and npS9 GSK3 beta3, clone 1D1 and npS9 GSK3 beta2, as well as clone 1B3 and npS9 GSK3 beta 1. The antibody recognizes human, mouse, and rat GSK3beta, and is, due to high sequence homology, predicted to work across most species. This new reagent works in indirect ELISAs, dot blots, SDS-PAGE/western blotting, immunohistochemistry, and immunofluorescence. It shows linear reactivity with different levels of active recombinant GSK3beta. Key BenefitsOnly antibodies to recognize the active non-phospho Ser9 Gycogen Synthase Kinase 3beta (npS9 GSK3beta)Direct measure of GSK3beta activity from lysate samplesReactive in human and rat ApplicationsWestern Blotting, dot blotting, immunohistochemistry, immunofluorescence, ELISAClinical applications in diagnosis-based assays Patent Status:   None Licensing Rights Available Full licensing rights available. Inventors: Nicholas Kanaan, Tessa Grabinski Tech ID: TEC2016-0088 Alternative contact due to temporary leave: Nina (Isi) Davis, Technology Marketing Manager, email: davisnin@msu.edu, phone (direct): (517)884-1829.

*Abstract

None

*Principal Investigation

Name: Nicholas Kanaan, Assistant Professor

Department: Translational Science and Molecular Medicine

Name: Tessa Grabinski, Research Assistant II

Department: Translation Science & Molecular Med

国家/地区

美国