ライフサイエンスコーパス: S period

1 both measure at 200 Hz for 15 s of every 150 s period).

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

21 The 2-10 s period band, known as secondary microseism, represents

22 Using a categorization of the subject's period baseline a treatment effect over placebo was ob

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

24 ponent primary microseism wavefield at 14-20 s period between the late 1980s and August 2022.

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

26 Pain ratings habituated over a 60 s period for 50 Hz sinusoidal and square waveforms but n

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

28 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

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

30 By contrast, slowly developing (~1 s period) global rhythmic patterns of inter-burst interv

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

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

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

34 core clock factors to buffer the oscillator's period length from variables in the environment.

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

36 for a 30 s period of quiet stance and a 200 s period of calf vibration.

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

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

39 ll participants were asked to stand for a 30 s period of quiet stance and a 200 s period of calf vibr

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

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

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

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

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

45 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

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

47 4 percent) had second evaluations a mean (+/-SD) period of 29 +/- 13 months later.

48 patients with GA (70.8%) died after a mean (SD) period of 6.4 (5.4) years.

49 n) completed posttrial assessment at a mean (SD) period of 66.6 (3.7) months (5.5 years) after baseli

50 Mean (SD) period of exposure to ELX/TEZ/IVA was 93.9 (11.1) we

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

52 After the 12 s period, participants had to judge whether the rubber h

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

54 e EarthScope Transportable Array in the 3-15 s period range.

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

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

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

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

59 vibration period was subdivided into four 50 s periods to study adaptation between the first vibratio

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

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