HSPB2 Antibody / Small Heat Shock Protein Antibody (R30900)

HSPB2 Antibody Human HeLa Cell ICC. Immunocytochemical staining of human HeLa cells using HSPB2 antibody demonstrated predominantly cytoplasmic staining, consistent with the localization of HSPB2 as a small heat shock protein that functions as an ATP-independent molecular chaperone. The staining pattern highlights expression throughout the cytoplasm, where HSPB2 contributes to protein folding, maintenance of proteostasis, and protection against cellular stress. This HSPB2 Antibody, also called a Small Heat Shock Protein Antibody, is useful for investigating molecular chaperone function, protein homeostasis, muscle biology, and cellular stress responses.

HSPB2 Antibody Rat Heart IHC-F. Immunohistochemical staining of frozen rat heart tissue using HSPB2 antibody demonstrated strong cytoplasmic staining within cardiac muscle fibers, consistent with the high expression of HSPB2 in striated muscle. The observed staining pattern supports the role of HSPB2 as a small heat shock protein that protects muscle cells from protein misfolding and stress-induced damage while maintaining protein homeostasis. This HSPB2 Antibody, also called a Small Heat Shock Protein Antibody, is useful for investigating molecular chaperone function, cardiac and skeletal muscle biology, and cellular stress responses.

HSPB2 Antibody Human, Rat and Mouse WB. Western blot testing of human U-2 OS (lane 1), human PC-3 (lane 2), rat H9C2 (lane 3), rat heart (lane 4), mouse C2C12 (lane 5), and mouse heart (lane 6) lysates using HSPB2 antibody detected a specific band at approximately 20 kDa, consistent with the predicted molecular weight of HSPB2. Detection across human and rodent cell lines and tissues demonstrates broad species reactivity for this small heat shock protein. This HSPB2 Antibody, also called a Small Heat Shock Protein Antibody, is useful for investigating molecular chaperone function, muscle biology, protein homeostasis, and cellular stress responses.