Labome lists 608210 antibody products against 63065 genes, including 19157 human, 15860 mouse, and 14205 rat genes.
This is a summary of phosphorylated antibody products in Labome database. There are 3529 monoclonal phosphorylated antibody products, 12396 polyclonal phosphorylated antibody products, including phospho-specific antibodies against 1342 human genes.
If you are looking for phospho-specific antibodies against a specific gene, type in gene name in the box above and search. In the resultant gene webpage, select 'antibody' link for the correct gene to go to the antibody webpage, and use the phosphorylated filter there to obtain a list of phospho-specific antibodies for that gene.
Protein phosphorylation is one of the major means of cell signaling transduction and enzymatic activity regulation. The advent of anti phospho antibodies is one of significant events in signal transduction research. Labome product database contains phospho-specific antibodies against thousands of genes.
Protein phosphorylation occurs generally on three amino acid residues, tyrosine, serine, and threonine. Antibodies against phosphotyrosine, phosphoserine, and phosphothreonine have been extremely useful tools in signal transduction studies. see review on phosphotyrosine antibody. If you are looking to purchase any of the antibodies, their suppliers can be found here, phosphotyrosine antibody, phosphoserine antibody, and phosphothreonine antibody.
In Labome product database, among phospho-specific antibodies, 329 are conjugated with HRP, 323 are conjugated with PE, 306 are conjugated with FITC, 293 are conjugated with APC, 291 are conjugated with AP, 63 are conjugated with AF488, 42 are conjugated with AF647, 17 are conjugated with Bead, 12 are conjugated with biotin, 8 are conjugated with DyLight488, 4 are conjugated with agarose, 2 are conjugated with Pacific Blue.
In Labome product database, among phospho-specific antibodies, 11019 can be used for WB, 6482 can be used for ELISA, 4546 can be used for IHC, 4084 can be used for IC, 2832 can be used for IP, 1642 can be used for IHC-P, 700 can be used for FC, 101 can be used for IHC-F, 87 can be used for ChIP, 50 can be used for FACS, 8 can be used for RIA, 5 can be used for EMSA, 5 can be used for ChIP-Seq, 3 can be used for EIA, 2 can be used for Neut.