dnaJ Antibody

1. BAH1 could partially compensate for the DnaJ' zinc finger domain in vivo, and that it was dependent on the zinc finger domain of BAH1. PMID: 29260303
2. DnaJ mutant is impaired in biofilm development when exposed to 42 degrees C for 2 h. PMID: 26638536
3. DnaJ, without the aid of DnaK/GrpE, is capable of increasing the efficiency of KplE1 excision by causing a conformational stabilization that allows TorI to adopt a more favorable conformation for binding to its specific DNA target PMID: 22378785
4. DnaJ dramatically enhances both TorI binding to its DNA target and excisive recombination in vitro. PMID: 21908845
5. DnaJ distinguishes the substrate conformation and is able to adapt the use of the G/F-rich region to form stable substrate complexes PMID: 20729526
6. in the chaperone-dependent disaggregation process, DnaK and DnaJ bind to aggregates prior to ClpB action PMID: 15302880
7. In a DnaJ mutant both CbpA and DjlA are required for efficient DnaK mediated protein dissaggregation at 42 degrees C. PMID: 15489435
8. Two cysteine residues only in the -CXXC- motif are critical to form an active site and indispensable to the thiol-disulfide oxidoreductase activity of DnaJ. Each -CXXC- motif in zinc-finger domain Zn2, but not in Zn1, functions as an active site. PMID: 15683252
9. the C-terminal (331-376) residues are directly involved in dimerization, and the dimeric structure of DnaJ is necessary for its chaperone activity but not required for the thiol-disulfide oxidoreductase activity PMID: 15849180

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KEGG: ecj:JW0014

STRING: 316385.ECDH10B_0015