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1 ragments, only those separated in the second intradiscal and third cytoplasmic regions formed noncova
2 tion studies of rhodopsin indicate that both intradiscal and transmembrane (TM) domains are required
3 h in the C-terminal peptide sequence and the intradiscal and transmembrane domains, only a single sha
4  naturally occurring single mutations of the intradiscal cysteines (C110F, C110Y, and C187Y) are asso
5 e further the role of every one of the three intradiscal cysteines, mutants containing single-cystein
6 s a chimeric protein (rom/D2) containing the intradiscal D2 loop of rds in the context of rom1.
7 of these mutations are located in the second intradiscal (D2) loop, highlighting the functional impor
8 s-retinal, has been shown to be caused by an intradiscal disulfide bond different from the above nati
9 ed P23H rod opsin and other mutations in the intradiscal domain are characterized by the formation of
10 t, if not all, of the point mutations in the intradiscal domain identified in ADRP cause partial or c
11 ed to affect protein structure in the second intradiscal domain in each patient (Arg172Trp, Gly208Asp
12 fide bond between Cys-110 and Cys-187 in the intradiscal domain is required for correct folding in vi
13 integral part of a tertiary structure in the intradiscal domain of native rhodopsin coupled to a tert
14 ved suggest that the integrity of the second intradiscal domain of peripherin/RDS is critical for nor
15          The structure in the extracellular, intradiscal domain of rhodopsin surrounding the Cys110-C
16 fide bond between Cys-110 and Cys-187 in the intradiscal domain, we conclude from the misfolding in m
17 ting from these mutations are relayed to the intradiscal domain, where they cause misfolding of the o
18 abnormal Cys185-Cys187 disulfide bond in the intradiscal domain.
19 n and folding to a tertiary structure in the intradiscal domain.
20 ansmembrane domain is coupled to that in the intradiscal domain.
21 dentity is significantly higher (73%) in the intradiscal domains.
22 e mutation affected mainly the "plug" at the intradiscal (extracellular) side of Rho, which is possib
23  pigmentosa (RP) point mutations in both the intradiscal (ID) and transmembrane domains of rhodopsin
24 sess the efficacy of a single glucocorticoid intradiscal injection (GC IDI) in patients with chronic
25 roup received allogeneic bone marrow MSCs by intradiscal injection of 25 x 10 cells per segment under
26 ence that may be due to extracellular versus intradiscal localization of the RDS glycan in cones vers
27       Several segments are conserved in both intradiscal loop (IL) domains, in addition to the transm
28 ervation of a short stretch within the large intradiscal loop also suggests an important function for
29 in structure: an empty space provided by the intradiscal loop connecting transmembrane helices 4 and
30 The rhodopsin crystal structure reveals that intradiscal loop E-2 covers the 11-cis-retinal, creating
31 cated among a cluster of RP mutations in the intradiscal loop region, mediate dose-dependent rhodopsi
32 ce of a highly conserved domain in the large intradiscal loop.
33 VD degeneration is associated with an acidic intradiscal pH but the response of NP cells to this aber
34  contradistinction to previous measurements, intradiscal pressure has been determined in vivo to be g
35 t multiple switches on the extracellular (or intradiscal) side of rhodopsin trigger structural change
36  where the points of separation occur in the intradiscal, transmembrane, and cytoplasmic regions.

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