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1 t (Postnatal Days [PD] 4-9) and treated with choline chloride (0, 10, 50, or 100 mg/kg) from PD 10-30
2 subcutaneous injections of saline vehicle or choline chloride (100 mg/kg/day) from PD 11-20, PD 21-30
3                    Substitution of NaCl with choline chloride (120 mM) produced a marked suppression
4  inhibitory compounds, (1-pentylthiocarbonyl)choline chloride and (1-heptylthiocarbonyl)choline chlor
5 cantly inhibited by replacement of NaCl with choline chloride and by sulfobromophthalein-GSH, neither
6 ic solvent (DES) systems based on mixture of choline chloride and either urea or ethylene glycol.
7 p eutectic solvent (DES) formed by mixing of choline chloride and phenol was used as an extraction so
8 ceived, daily for 4 weeks, a diet containing choline chloride and UMP (a uridine source) and/or DHA b
9 ES for proposed extraction was performed and choline chloride-based DES containing oxalic acid as a h
10  NaCl buffer, but was not affected in 100 mM choline chloride buffer.
11 ere measured in Na+-containing and Na+-free (choline chloride) buffers using cells grown on gelatin-c
12 NaCl, sucrose, mannitol, sodium acetate, and choline chloride but not urea.
13 ions [3H]-1-methyl-4-phenylpyridium and [3H]-choline chloride, but did not transport other classes of
14  Different combinations of DES consisting of choline chloride (ChCl) in various mixing ratios with su
15  given an s.c. injection of either saline or choline chloride daily on postnatal days (PD) 15-26.
16 , male Sprague-Dawley rats were exposed to a choline chloride deficient (DEF), sufficient (CON), or s
17                 The replacement of NaCl with choline chloride did not down-regulate gamma-subunit exp
18 /kgH2O) for 48 h by replacement of NaCl with choline chloride did not prevent the up-regulation of th
19 ith the hypothesis that supplementation with choline chloride during early development leads to an in
20 irst experiment, rats were supplemented with choline chloride from conception until weaning.
21 )H]palmitic acid, [(3)H]oleic acid, or [(3)H]choline chloride from differentiated THP-1 monocytic cel
22 iet with adequate amounts of choline (1 g/kg choline chloride) from conception until weaning of offsp
23 nt composed of a 4:1 mixture of glycerol and choline chloride (glycholine), is now described.
24       The isosmotic replacement of NaCl with choline chloride had no effect in I(A) kinetics demonstr
25 ts with a choline supplemented diet (5 mg/kg choline chloride in AIN76A) prenatally on embryonic days
26 ods rats were fed a standard diet (1.1 mg/kg choline chloride in AIN76A); control rats consumed only
27 ular Na+ with either N-methyl-D-glucamine or choline chloride increased the ERK1/2 stimulation in res
28 ing solution was replaced isosmotically with choline chloride inward currents were abolished at all p
29 7 and then returned to a control diet (1.1 g choline chloride/kg).
30 es in either NaCl medium (Na+-containing) or choline chloride medium (Na+-free) at 37 degrees C and 4
31 after 1 hour of incubation in NaCl medium or choline chloride (Na(+)-free) medium containing tracer G
32 hloride) or not supplemented (CON; 1.1 mg/kg choline chloride) on embryonic days 12-17.
33 ned on a choline-supplemented diet (5.1 g/kg choline chloride) or a control, unsupplemented diet with
34 diet supplemented with choline (SUP; 5 mg/kg choline chloride) or not supplemented (CON; 1.1 mg/kg ch
35 te buffer saline, sodium perchlorate, and in choline chloride plus oxalic acid, using analytical dete
36 09 and 1.02 +/- 0.06 in 0.3 M NaCl and 0.3 M choline chloride, respectively, at substrate concentrati
37 m tonicity with NaCl, sucrose, mannitol, and choline chloride stimulated S100A4 expression, whereas u
38 ibitory property, whereas the supernatant of choline chloride-treated R36A, containing CBPs, was mark
39 eously, the reaction could be carried out in choline chloride urea as a natural deep eutectic solvent
40                                            A choline chloride/urea eutectic mixture is also used in t
41             The nanostructure of a series of choline chloride/urea/water deep eutectic solvent mixtur
42 nce in a deep eutectic solvent (2:1 urea and choline chloride), utilizing various orthophosphate sour
43 l)choline chloride and (1-heptylthiocarbonyl)choline chloride, were calculated from kinetic data and
44 ts inhibitory activity, we incubated R36A in choline chloride, which selectively strips CBPs from its

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