Anti-Human/Maus/Ratte MTOR Antikörper mit von Kooperationspartnern getestetem Nachweis für IHC.
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Anti-Human/Mouse/Rat MTOR Antibody is a research-use antibody from Elabscience for studying MTOR in IHC workflows with listed reactivity for Human, Mouse, Rat. Specifications and supporting documents below should be reviewed when planning the experiment.
Fully tested in-house by ABMIUM. Highest confidence. Non-conformities fully supported under the ABMIUM Product Promise.
Quality verified. Independent collaborator or expected-performance data available. Product meets ABMIUM quality standards.
Expected to work based on structural and biochemical data. Not yet directly tested by ABMIUM or a collaborator. No non-conformity support for this combination.
Not recommended for this application or species/sample combination. This may indicate either evidence of unsuitability or that the combination has not been tested and therefore cannot currently be recommended.
Evidence status by application and model.
| Species | WB | IHC-P | IHC-Fr | IF/ICC | Flow Cyt | IP | ChIP | IHC |
|---|---|---|---|---|---|---|---|---|
| Mensch | ||||||||
| Maus | ||||||||
| Ratte |
This product is manufactured by Elabscience and sold through ABMIUM without relabelling.
ABMIUM supports global orders. Availability, shipping requirements and applicable import arrangements are confirmed before fulfilment where required.
Yes. Send your target, sample, application and experimental conditions through ABMIUM MATCH or technical support.
Unless the listing expressly states otherwise, ABMIUM products are supplied for research use only and are not for diagnostic or therapeutic use.
Mechanistic target of rapamycin kinase (MTOR), commonly called mTOR, is a serine/threonine protein kinase and core component of mTOR signalling complexes. This ABMIUM record connects NCBI Gene 2475 and UniProtKB P42345 to catalogue-backed research products.
Biological function: Mechanistic target of rapamycin kinase (mTOR/MTOR) is the catalytic kinase of mTORC1 and mTORC2. These complexes integrate nutrient, energy and growth-factor signals to regulate processes including protein synthesis, cell growth, metabolism, survival and cytoskeletal organisation.
