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1 agmentation propensities produced by a novel alpha-lytic protease.
2 two peptide boronic acid inhibitors bound to alpha-lytic protease.
3  His57 in the Ala-Ala-Pro-Val-cmk complex of alpha-lytic protease.
4 lutamate residues in uniformly (13)C-labeled alpha-lytic protease.
5                                              alpha-Lytic protease, a chymotrypsin-like serine proteas
6                                              Alpha-lytic protease (alpha LP) and Streptomyces griseus
7      For kinetically stable proteins such as alpha-lytic protease (alphaLP) and its family members, t
8  the extracellular bacterial serine protease alpha-lytic protease (alphaLP) has been solved at 0.83 A
9                      The 0.83 A structure of alpha-lytic protease (alphaLP) indicated that residues s
10                                The bacterial alpha-lytic protease (alphaLP) is synthesized as a precu
11                                              Alpha-lytic protease (alphaLP) serves as an important mo
12  have solved two X-ray crystal structures of alpha-lytic protease (alphaLP) that mimic aspects of the
13      However, in the extracellular bacterial alpha-lytic protease (alphaLP) these two processes have
14                                              alpha-Lytic protease (alphaLP), an extracellular bacteri
15        The extracellular bacterial protease, alpha-lytic protease (alphaLP), is synthesized with a la
16 roblast activation protein alpha (FAPalpha), alpha-lytic protease (alphaLP), trypsin, and chymotrypsi
17 d these results with a neutrophilic homolog, alpha-lytic protease (alphaLP).
18 olding of the extracellular serine protease, alpha-lytic protease (alphaLP; EC 3.4.21.12) reveals a n
19 ine binding pockets of the unrelated enzymes alpha-lytic protease and cyclophilin.
20 proton of the catalytic histidine in resting alpha-lytic protease and subtilisin BPN' resonates, when
21 ilar observations with the bacterial enzymes alpha-lytic protease and subtilisin, and stands in sharp
22                                 We have used alpha-lytic protease as a model system for exploring the
23             They also show that the previous alpha-lytic protease assignments were to signals from in
24 strate specificity, the backbone dynamics of alpha-lytic protease have been investigated using 15N re
25                                              alpha-Lytic protease is a bacterial serine protease wide
26                                              alpha-Lytic protease is encoded with a large (166 amino
27 f these results are discussed with regard to alpha-lytic protease maturation and folding.
28       In addition, the proposed mechanism of alpha-lytic protease pro region inhibition is discussed
29          Our results suggest a model for the alpha-lytic protease pro region-mediated folding reactio
30          Thus for MMP3, unlike subtilisin or alpha-lytic protease, the propeptide is not required for
31 etection of endogenous SUMOylation that uses alpha-lytic protease, WaLP.
32 ntative of the pro regions of subtilisin and alpha-lytic protease, which are generally considered to
33  their respective targets, the pro region of alpha-lytic protease with its dual roles in folding and

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