戻る
「早戻しボタン」を押すと検索画面に戻ります。 [閉じる]

コーパス検索結果 (１語後でソート)

通し番号をクリックするとPubMedの該当ページを表示します
1 -shielded) and one common unbound state (FMN-deshielded).
2           The M@Pb12(2-) ions show unusually deshielded 207Pb NMR chemical shifts that presumably ari
3 ow coordination numbers at Mo lead to highly deshielded (95)Mo chemical shifts and small quadrupolar
4                  The intensity of a specific deshielded (95)Mo NMR signal, which is most prominent in
5 xtreme Mo=Mo bond lengths and the strikingly deshielded (95)Mo NMR signals, since ligand-based orbita
6 ce sites, i.e., a small population of highly deshielded acid sites.
7  paramagnetic contribution yielding a highly deshielded alkylidene carbon.
8                  The H bond proton is highly deshielded at 15.6 ppm, indicating a short N-O distance
9     The isotropic shift of the COH oxygen is deshielded by 29 ppm, and C=O is shielded by 62 ppm whil
10 N1-methylation and then dramatically further deshielded by more than 100 ppm on formation of the 1,4-
11 The chemical shift of the amino nitrogen was deshielded by N1-methylation and then dramatically furth
12 gths of 2.571(7) - 2.5806(19) A and strongly-deshielded, Ce(IV) - C(ipso) (13)C{(1)H} NMR resonances
13 dentical withC) orbital, explaining the more deshielded chemical shift values; it also leads to an in
14 60)H(18), previously reported) are unusually deshielded compared to "ordinary" organic compounds, pre
15 (19)F NMR spectra of 1b and 1c were strongly deshielded compared with those of the ring-opened compou
16 reas CaM shifted both enzymes toward the FMN-deshielded conformation.
17 plex indicates covalent N-H bonding, and the deshielded delta (15N) indicates a significant contribut
18 lectron-accepting) conformation over the FMN-deshielded (electron-donating) conformation to a much gr
19                       Free isomerase shows a deshielded exchangeable proton resonance at 13.1 ppm ass
20 -bonded Bronsted acid sites (BAS), which are deshielded from the (1) H chemical shift of unperturbed
21 -bonded Bronsted acid sites (BAS), which are deshielded from the (1) H chemical shift of unperturbed
22             The dication 3 2+, with strongly deshielded internal methyls, was generated from the epox
23              Unshielded micelle at pH7.4 and deshielded micelle at tumor extracellular pH were readil
24                 It is also noted that highly deshielded proton resonance on enzymes between 15 and 20
25 gnal at 16.1 ppm, and a 640 Hz broad, highly deshielded proton resonance with a chemical shift delta
26  short, strong hydrogen bond, i.e., a highly deshielded proton resonance, bond length of 2.64 +/- 0.0
27 zole NH of the active-site histidine, but no deshielded proton resonances between 15 and 21 ppm.
28 complex results in the appearance of several deshielded proton resonances, including one at 14.9 ppm
29 ase induces the appearance of two additional deshielded proton resonances, one at 18.2 ppm assigned t
30 ly show a relationship between exceptionally deshielded protons beta to a benzene ring in C(60)H(18)
31 te to isomerase, proton NMR detects a highly deshielded resonance at 18.15 ppm in proximity to aromat
32 .4 ppm signal and the appearance of a broad, deshielded resonance of equal intensity with a chemical
33 of free BChE at pH 7.5 showed a broad, weak, deshielded resonance with a chemical shift, delta = 16.1
34  of the active-site serine, which showed two deshielded resonances of equal intensity at 16.5 and 15.
35  at pH 7.5, and subsequent deethylation, two deshielded resonances of unequal intensity appeared at 1
36 0 +/- 0.4) resulted in the appearance of two deshielded resonances, at 17.7 and 16.4 ppm, consistent
37 MR spectrum for Y3N@C2-C78 exhibits strongly deshielded signals for the fullerene cage (155-170 ppm)
38 the rate of conformational change to the FMN-deshielded state differed between eNOSr and nNOSr and wa
39        The carbonyl and beta-carbons are all deshielded, while the alpha-carbons show increased shiel