Anti-Dok-2 (phospho-Y299) Antibody

A phospho-specific primary antibody raised in rabbit against the Dok-2 docking protein, selectively recognizing the tyrosine-299 phosphorylated epitope of this well-characterized substrate of receptor and non-receptor tyrosine kinases. The reagent is supplied at 1 mg/ml in phosphate buffered saline (PBS) with 0.05% sodium azide at approximately pH 7.2, and ships as a 100 µl vial sized for routine immunohistochemistry workflows on human and mouse tissue sections.

Unconjugated format allows direct integration with user-selected detection chemistries and secondary antibodies, while polyclonal clonality broadens epitope coverage around the modified phospho-Y299 site, improving tolerance to minor conformational variation in fixed samples. Host species is rabbit, reactivity covers human and mouse samples, and the antibody is intended for research use only, supporting studies of immune cell regulation, myeloid differentiation, cytoskeletal remodeling, and tumor suppressor pathways downstream of Src-family kinases and other phospho-regulators.

Distributed by Antibodies.com as part of the Primary Antibodies portfolio, this anti-Dok-2 (phospho-Y299) reagent is suited to investigators mapping site-specific phosphorylation events within cell signaling cascades implicated in leukocyte biology and oncogenic transformation.