ライフサイエンスコーパス: a power of

1 Using a power of 0.8 and alpha of 0.05, a sample size of 220 patien

2 for an example pilot data set that certain features achieve a power of 0.8 for a sample size of 20 samples or that a cros

3 and 5 of their growth to 810-nm light for 30 seconds using a power of 0.8 W in a continuous-wave mode.

4 ple size allows the detection of small effects (0.02), with a power of 0.80 and an alpha level of 0.05 for comparing one-

5 were based on the following assumptions: an alpha of 0.05, a power of 0.80, a 2 group parallel arm study, and equal vari

6 ergence risk (relative risk scaling with population size to a power of 0.80; 95% CrI, .50-1.10).

7 Brain mass scaled to height with a power of 0.83 (P=0.04) in men and nonsignificantly in women

8 Using a power of 0.9 and an alpha of 0.05, 180 patients were calcul

9 A power of 0.90 to detect a hazard ratio of 0.737 was set, an

10 Results show that for a power of 0.90, a sample size of 24 is required for the cros

11 f fourfold changes in plasma HIV-1 RNA concentrations, with a power of 0.95.

12 less sequence coverage to detect a heterozygous event with a power of 0.99.

13 es of 66 nm surpassed affinities to known ligands nearly by a power of 10.

14 friendly paper-based biobattery is demonstrated that yields a power of 12.5W/m(3).

15 with a beam diameter of 330 microm at the retinal surface, a power of 175 mW, and pulse durations between 5 and 100 ms.

16 e-adjusted powers that are sometimes outside the 95% CI for a power of 2 but frequently round to 2 as the nearest integer

17 at the order of a modulo N for every base a coprime to N is a power of 2, significantly reducing the usual phase estimati

18 milarly ranged widely and were often outside the 95% CI for a power of 2.

19 diated one time by CO(2) laser (wavelength of 10,600 nm) at a power of 2.2 W, 50 Hz, an 80-millisecond pulse length, and

20 rate of lead failure initially increased exponentially with a power of 2.3 (95% CI, 2.22-2.43; P<0.0001).

21 f 36 units yielded an open-circuit voltage of 4.4 volts and a power of 20.1 milliwatts, as well 0.5 millimoles of hydroge

22 required to achieve tissue heating (65+/-4 degrees C) with a power of 21+/-10 W.

23 t a free calcium concentration of 290 nM and increased with a power of 3.7 with peak calcium concentration.

24 ollected Raman spectra using a 785 nm wavelength laser with a power of 300 mW and a 10 s exposure time with a 5x objectiv

25 d rabbits were treated with 12 laser lesions in each eye at a power of 300 mW with an aerial diameter spot size of 500 mu

26 89 min in hot air combined by microwave at 40 degrees C and a power of 315 W.

27 e phototoxic effects, 1(4+) was photoexcited through TPA at a power of 60 mW, which was progressively focused in 10 mum s

28 Given a 90% CI, a power of 70%, and a one-sided alpha of .05, the margin for

29 seconds with a phacoemulsification ultrasound probe set to a power of 70%.

30 Sampled size calculation with a power of 80% and a 95% degree of confidence suggested the i

31 e results show that the disequilibrium may be detected with a power of 80% by using phenotypic records and marker genotyp

32 With a = 0.05, a power of 80% will be reached with the inclusion of 41 indiv

33 Sample sizes necessary to obtain a power of 80% with concordant sib pairs at a significance le

34 ne and their controls (with a two-sided p value of 0.05 and a power of 80%) would require at least 17 664 participants in

35 favor of FU/FA plus Pmab with a hazard ratio (HR) of 0.75, a power of 80%, and a significance level of 10%.

36 needed to detect 10-20% changes in measured parameters with a power of 80%, providing valid readouts for preclinical test

37 ed and untreated patients (P < 0.03, Mantel-Cox test), with a power of 90%.

38 integral of the voltage-clamped calcium current, raised to a power of approximately 1.5.

39 Body weight scales to height with a power of approximately 2, thus forming the basis of body ma

40 ACP was defined as having a living will, a power of attorney for health care, or life-support instruct

41 tudy was powered to detect a Cohen effect size of 0.35 with a power of greater than 80%.

42 flow law, in which strain rate depends on stress raised to a power of n = 3 to 4.

43 potential waveforms when assuming a power-of-three, but not a power-of-one, relationship to exocytosis.

44 The number of retrievable memories is proportional to a power of the number of neurons.

45 such a law increase asymptotically in direct proportion to a power of the sample mean.

46 ts for published membrane-potential waveforms when assuming a power-of-three, but not a power-of-one, relationship to exo

47 I wish to put forth a 'power-of-two'-based wiring logic that provides the basic c

48 trix formulation, efficiently uses qubit resources based on a power-of-two encoding scheme and is hardware-dominant relyi

49 Ni MOF supercapacitor provides a superb specific energy and a power of up to 56.2 W h kg(-1) and 42.2 kW kg(-1), respecti

50 he developed polyelectrolyte-filled mesopores, which enable a power of up to ~120 pW from one pore, which is much higher