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HSP70 Antibody
HSP70 Antibody, Clone C92F3A-5
- SPECIFICATION
- CITATIONS
- PROTOCOLS
- BACKGROUND
Application 
| WB, IHC, ICC, E, FC, IEM, BL, AM |
|---|---|
| Primary Accession | P08107 |
| Other Accession | NP_005336.3 |
| Host | Mouse |
| Isotype | IgG |
| Reactivity | Human, Mouse, Rat, Rabbit, Hamster, Monkey, Pig, Chicken, Bovine, C.Elegans, Dog, Sheep, Guinea Pig, Drosophila |
| Clonality | Monoclonal |
| Description | Mouse Anti-Human HSP70 Monoclonal IgG |
| Target/Specificity | Detects ~70kDa. Does not cross-react with HSC70 (HSP73). |
| Other Names | HSP70 1 Antibody, HSP70 2 Antibody, HSP70.1 Antibody, HSP72 Antibody, HSPA1 Antibody, HSPA1A Antibody, HSPA1B Antibody |
| Clone Names | C92F3A-5 |
| Immunogen | Human HSP70 |
| Purification | Protein G Purified |
| Storage | -20ºC |
| Storage Buffer | PBS pH7.4, 50% glycerol, 0.1% sodium azide |
| Shipping Temperature | Blue Ice or 4ºC |
| Certificate of Analysis | 1 µg/ml of SMC-100 was sufficient for detection of HSP70 in 20 µg of heat shocked HeLa cell lysate by colorimetric immunoblot analysis using Goat anti-mouse IgG:HRP as the secondary antibody. |
| Cellular Localization | Cytoplasm |
Thousands of laboratories across the world have published research that depended on the performance of antibodies from Abcepta to advance their research. Check out links to articles that cite our products in major peer-reviewed journals, organized by research category.
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Provided below are standard protocols that you may find useful for product applications.
Background
HSP70 genes encode abundant heat-inducible 70-kDa HSPs (HSP70s). In most eukaryotes HSP70 genes exist as part of a multigene family. They are found in most cellular compartments of eukaryotes including nuclei, mitochondria, chloroplasts, the endoplasmic reticulum and the cytosol, as well as in bacteria. The genes show a high degree of conservation, having at least 50% identity (2). The N-terminal two thirds of HSP70s are more conserved than the C-terminal third. HSP70 binds ATP with high affinity and possesses a weak ATPase activity which can be stimulated by binding to unfolded proteins and synthetic peptides (3). When HSC70 (constitutively expressed) present in mammalian cells was truncated, ATP binding activity was found to reside in an N-terminal fragment of 44 kDa which lacked peptide binding capacity. Polypeptide binding ability therefore resided within the C-terminal half (4). The structure of this ATP binding domain displays multiple features of nucleotide binding proteins (5). All HSP70s, regardless of location, bind proteins, particularly unfolded ones. The molecular chaperones of the HSP70 family recognize and bind to nascent polypeptide chains as well as partially folded intermediates of proteins preventing their aggregation and misfolding. The binding of ATP triggers a critical conformational change leading to the release of the bound substrate protein (6). The universal ability of HSP70s to undergo cycles of binding to and release from hydrophobic stretches of partially unfolded proteins determines their role in a great variety of vital intracellular functions such as protein synthesis, protein folding and oligomerization and protein transport. For more information visit our HSP70 Scientific Resource Guide at http://www.HSP70.com.
References
1. Welch W.J. and Suhan J.P. (1986) J Cell Biol. 103: 2035-2050.
2. Boorstein W. R., Ziegelhoffer T. & Craig E. A. (1993) J.Mol. Evol. 38(1): 1-17.
3. Rothman J. (1989) Cell 59: 591-601.
4. DeLuca-Flaherty et al. (1990) Cell 62: 875-887.
5. Bork P., Sander C. & Valencia A. (1992) Proc. Nut1 Acad. Sci. USA 89: 7290-7294.
6. Fink A.L. (1999) Physiol. Rev. 79: 425-449.
7. Galan A., et al. (2000) J. Biol. Chem. 275: 11418-11424.
8. Kondo T., et al. (2000) J. Biol. Chem. 275: 8872-8879.
9. Misaki T., et al. (1994) Clin. Exp. Immun. 98: 234-239.
10. Pockley A.G., et al. (1998) Immunol. Invest. 27: 367-377.
11. Moon I.S., et al. (2001) Cereb Cortex 11(3): 238-248.
12. Dressel et al. (2000) J. Immunol. 164: 2362-2371.
13. Verma A.K., et al. (2007) Fish and Shellfish Immunology. 22(5): 547-555.
14. Banduseela V.C., et al. (2009) Physiol Genomics. 39(3): 141-159.
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