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Ins2

Anti-Ins2 Products
- Human Anti-Insulin-2 Recombinant Soluble TCR (20.D11) (scTCR-248ZP-S(P))
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- Species Reactivity: Mouse
- Epitope: SHLVEALYLVCGERG
- MHC: HLA-DQ8
- Human Anti-Insulin-2 Recombinant Soluble TCR (6.H9) (scTCR-249ZP-S(P))
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- Species Reactivity: Mouse
- Epitope: SHLVEALYLVCGERG
- MHC: HLA-DQ8
- Anti-Insulin-2 Recombinant Soluble TCR (BDC12-4.1) (scTCR-250ZP-S(P))
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- Species Reactivity: Mouse
- Epitope: SHLVEALYLVCGERG
- MHC: HLA-DQ8
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- Species Reactivity: Mouse
- Epitope: SHLVEALYLVCGERG
- MHC: HLA-DQ8
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- Species Reactivity: Mouse
- Epitope: SHLVEALYLVCGERG
- MHC: HLA-DQ8
- Recombinant Anti-Insulin-2 Soluble TCR (BDC12-4.1) (ZIP-Fos/ZIP-Jun) (VS-0622-YF1007)
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- Species Reactivity: Mouse
- Epitope: SHLVEALYLVCGERG
- MHC: HLA-DQ8
- Recombinant Human Anti-Insulin-2 Soluble TCR (20.D11) (C-Cys) (VS-0622-YF3713)
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- Species Reactivity: Mouse
- Epitope: SHLVEALYLVCGERG
- MHC: HLA-DQ8
- Recombinant Human Anti-Insulin-2 Soluble TCR (6.H9) (C-Cys) (VS-0622-YF3714)
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- Species Reactivity: Mouse
- Epitope: SHLVEALYLVCGERG
- MHC: HLA-DQ8
- Recombinant Anti-Insulin-2 Soluble TCR (BDC12-4.1) (C-Cys) (VS-0622-YF3715)
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- Species Reactivity: Mouse
- Epitope: SHLVEALYLVCGERG
- MHC: HLA-DQ8
- Recombinant Human Anti-Insulin-2 Soluble TCR (20.D11) (KIH) (VS-0622-YF6421)
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- Species Reactivity: Mouse
- Epitope: SHLVEALYLVCGERG
- MHC: HLA-DQ8
- Recombinant Human Anti-Insulin-2 Soluble TCR (6.H9) (KIH) (VS-0622-YF6422)
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- Species Reactivity: Mouse
- Epitope: SHLVEALYLVCGERG
- MHC: HLA-DQ8
- Recombinant Anti-Insulin-2 Soluble TCR (BDC12-4.1) (KIH) (VS-0622-YF6423)
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- Species Reactivity: Mouse
- Epitope: SHLVEALYLVCGERG
- MHC: HLA-DQ8
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For Research Use Only. Not For Clinical Use.
This gene encodes insulin, a peptide hormone that plays a vital role in the regulation of carbohydrate and lipid metabolism. The encoded precursor protein undergoes proteolytic cleavage to produce a disulfide linked heterodimeric functional protein that is stored in secretory granules. An increase in blood glucose levels, among others, induces the release of insulin from the secretory granules. Mice deficient in the functional hormone encoded by this gene develop diabetes mellitus. Alternative splicing results in multiple transcript variants.