ライフサイエンスコーパス: S period

1 ins a high affinity for chromatin during the S period.

2 force back to the 1.3 N level over another 2 s period.

3 ing of the test flash response within this 1 s period.

4 by a linear increase in grip force over a 2 s period.

5 f G1 and effectively prevents entry into the S period.

6 e duration: 1 ms) of the aortic nerve for 30-s periods.

7 er-value sucrose rewards over alternating 30 s periods.

8 During the SD period, all seals repeatedly tried to enter BSWS (109

9 nearly increased the force to 1.6 N over a 2 s period and held for a further 8 s before linearly decr

10 ory capacity plays a role in the oscillation's period and phase.

11 synthesized in the first few minutes of the S period and used to probe 15 clones distributed through

12 f RA during the embryonic sex determination (SD) period and in mature gonads.

13 es of area (<8%), fast oscillations (4 and 8 s periods), and relatively low concentrations (2 x 10(-7

14 or one reconstruction are collected in a 2.5-s period, and this process is repeated every 5 s.

15 n of the locus required virtually the entire S period, as opposed to the usual 3-4 h.

16 ions to become sinusoidal in shape with a 20 s period, as seen in normal migrating neutrophils.

17 cells that were within 2-3 h of entering the S period at the time of irradiation and which then fail

18 ganglion was electrically stimulated for 30 s periods at 1 and 10 Hz before and after administration

19 ad V5 complexes averaged by computer over 20-s periods, at upright control and after seven 2-min stag

20 ns showed significantly more firing in the 2-s period before the end of CS-trials in which no behavio

21 as 0.068 pg s(-1) can be detected over a 50 s period, equivalent to approximately 3 pg of sampled ma

22 urface-melted beads and 5 A steps with a 0.5 s period for double-stranded-dsDNA-tethered beads, in go

23 king at 6 kHz, we resolve 3 A steps with a 1 s period for surface-melted beads and 5 A steps with a 0

24 termination of a noisy biological oscillator's period from limited experimental data can be challengi

25 time of replication of the DHFR locus in the S period; indeed, in the truncated spacer that remains,

26 A standard deviation of <+/-1% over a 200 s period is achieved in the spontaneous Raman intensity

27 Following the perturbation, the oscillator's period is adjusted based on the perceived ball velocit

28 We have recently observed a 20-s period NAD(P)H oscillation in neutrophils and other po

29 traction hyperaemic phase that followed a 30 s period of isometric contractions.

30 se in renal artery pressure (RAP) after a 60 s period of pressure reduction (to 50 mmHg) and by calcu

31 mpared to that observed for an equivalent 20 s period of spontaneous release.

32 lusively of "slow-activity transients," 2-10 s periods of 6-10 Hz "spindle-burst' oscillations; the r

33 ganization was tested by applying short (1.5 s) periods of low amplitude vibration to single intrinsi

34 visually responsive and exhibited long (>10 s) periods of network silence.

35 imary pulmonary hypertension over a mean (+/-SD) period of 16.7+/-5.2 months.

36 eyes of 115 patients followed up for a mean (SD) period of 2.5 (0.8) years, ranging from 1.2 to 4.7 y

37 rt definition, and were observed for a mean (SD) period of 22.5 (7.7) months.

38 4 percent) had second evaluations a mean (+/-SD) period of 29 +/- 13 months later.

39 d slow antiphasic bursting (approximately 15 s period) of motoneurons known to participate in the two

40 rates of 87 units were greater during the 2-s period preceding the onset of avoidance responses than

41 rrence compared between baseline and three 2 s periods spanning a 6 s viewing period.

42 moons are nearly integer multiples of Charon's period, suggesting that they were driven outward by re

43 on to spontaneous blinking with a median 750 s period that was independent of the spontaneous blink r

44 cting what state a student was in during a 2-s period, the algorithm achieved 87% accuracy on the tra

45 ar and chromatin bound throughout the entire S period, while Mcm5 loses chromatin affinity during S p

46 e sequence, using a pulse generator with a 1-s period, yielding 40 replicate images over the 10- to 1