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1 on trypsinogen activation catalyzed by human enteropeptidase.
2 fic substrate for human, but not for bovine, enteropeptidase.
3                                              Enteropeptidase, a type II transmembrane protein of the
4                                              Enteropeptidase, also known as enterokinase, initiates t
5                                         Thus enteropeptidase appears to have at least three distinct
6 e solved the crystal structure of the bovine enteropeptidase catalytic domain to 2.3 A resolution in
7                            In this location, enteropeptidase cleaves and activates trypsinogen, there
8  as a single-chain protein, whereas purified enteropeptidase contains a approximately 47-kDa serine p
9      These results suggest apical sorting of enteropeptidase depends on N-linked glycosylation of the
10 contrast to many apically targeted proteins, enteropeptidase does not form detergent-resistant associ
11 inogen was activated efficiently by purified enteropeptidase from bovine intestine (Km = 5.6 microM a
12         These kinetic data indicate that the enteropeptidase heavy chain has little influence on the
13                                              Enteropeptidase is a heterodimeric type II membrane prot
14                                              Enteropeptidase is a membrane-bound serine protease that
15                                              Enteropeptidase is synthesized as a single-chain protein
16 ty of two unrelated proteases, caspase-3 and enteropeptidase (or enterokinase).
17 light chain (pro-HL-BEK (where BEK is bovine enteropeptidase)) or only the catalytic domain (pro-L-BE
18  Asp(19-22) motif per se is not required for enteropeptidase recognition, whereas it is essential for
19         Treatment of conditioned medium with enteropeptidase reduced the apparent molecular mass of t
20          Thus, a unique basic exosite on the enteropeptidase surface has evolved to facilitate the cl
21 dic motif as a specific recognition site for enteropeptidase, the physiological activator of trypsino
22                           Recombinant bovine enteropeptidase was sorted directly to the apical surfac
23                                              Enteropeptidase was unexpectedly promiscuous, but exhibi
24 ed mRNA encoding PAR(2), trypsinogen IV, and enteropeptidase, which activates the zymogen.

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