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1 ic versus endothermic) upon interaction with actinonin.
2 HsPDF bound to the peptidomimetic inhibitor actinonin (1.7 A) identified the substrate-binding site.
3 eased PDF expression level and resistance to actinonin, a known PDF inhibitor with antibacterial acti
7 the high-affinity interaction of EcPDF with actinonin, a naturally occurring potent EcPDF inhibitor.
10 igned and synthesized 33 chemical analogs of actinonin; all of the molecules with potent activity aga
13 e inhibition of Staphylococcus aureus PDF by actinonin and BB-3497 is consistent with a recent report
16 We used an innovative screen to identify actinonin as having a novel mechanism-of-action inhibiti
18 of cell surface aminopeptidase N (APN) using actinonin, bestatin, or inhibitory peptides significantl
19 arison of the crystal structures of free and actinonin-bound EcPDF with the solution data suggests th
20 ata reveal that the formation of the PDF(Ec)-actinonin complex results in the transfer of one H(+) fr
22 on demonstrate that the unexpected target of actinonin in P. falciparum and Toxoplasma gondii is FtsH
24 s Parkin onto mitochondrial subdomains after actinonin-induced mitochondrial proteotoxicity and that
25 ed levels of PDF expression, indicating that actinonin inhibits bacterial growth by targeting this en
27 Microbiological evaluation revealed that actinonin is a bacteriostatic agent with activity agains
28 lution studies establish that the potency of actinonin is enhanced by more than 2000-fold upon tighte
29 time- and dose-dependent manner; removal of actinonin led to a recovery of the membrane potential co
30 Median inhibitory concentrations (IC50) for actinonin of 73 +/- 16 and 100 +/- 14 nM were obtained i
32 veral plant species including Arabidopsis to actinonin resulted in chlorosis and severe reductions in
33 coli with the peptide deformylase inhibitor, actinonin, results in the expected (but previously unrep
35 binding of a naturally occurring antibiotic, actinonin, to the Ni(2+)-reconstituted recombinant form
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