ライフサイエンスコーパス: with a peak at

1 limited from approximately 0.01 Hz to 0.4 Hz with a peak at 0.06 Hz.

2 kappaB, Sp1, and AP-1 was upregulated by PAF with a peak at 1 hour after stimulation.

3 ranspositions occurred within the last 5 MY, with a peak at 1-2.5 MYA.

4 regulation was detected in the infarct area, with a peak at 1-3 wk after surgery (autoradiographic in

5 ein, gp160 bound transiently to calreticulin with a peak at 10 min after its synthesis.

6 -HETE (10(-7) mol/L) activated JNK activity, with a peak at 10 minutes (3.43 +/- 0.87-fold, n = 6, P

7 ed a dose-dependent increase in ERK activity with a peak at 10(-7) M.

8 apid increase in the production of NO(x)(-), with a peak at 10min after ischemia onset, then graduall

9 ell-shaped dependence on stimulus frequency, with a peak at 11.5+/-2.3 Hz.

10 and appeared at 1447/1450 cm(-)(1), together with a peak at 1310 cm(-)(1), the change of a 1267/1255

11 nase p85 subunit in a time-dependent manner, with a peak at 15 min.

12 nM) up-regulated GRK5 mRNA as early as 1 h, with a peak at 16 h.

13 progressive increase in TNF-alpha abundance, with a peak at 16 hrs.

14 ial, but short-lived increase in plasma IL-6 with a peak at 2 h.

15 Ets-1 mRNA abundance was induced with a peak at 2 hours after stimulation with platelet-d

16 of 5.3 kb and minor bands of 4.0 and 2.5 kb with a peak at 2 hours after stimulation.

17 induced during the first day of activation, with a peak at 2 to 6 hours, whereas Bcl-2 mRNA was simu

18 27 (0.88, 1.85) in all other centers pooled, with a peak at 2.36 (1.01, 5.50) for Zeist.

19 timulated by UVB in a dose-dependent manner, with a peak at 200 mJ/cm(2) after 12h for both strains.

20 a broad, significanlty red-shifted SPR band with a peak at 230 nm.

21 first detected at 8 h postinfection (p.i.), with a peak at 24 h p.i.

22 he hippocampus after kainate administration, with a peak at 24 hr.

23 s significantly increased for both chocolate with a peak at 2h remaining significantly higher for DC

24 on is induced after estradiol (E2) treatment with a peak at 3 h, suggesting BEX2 is an estrogen-regul

25 increased gradually from 5d (0.05 +/- 0.06) with a peak at 3 m post-PH (0.21 +/- 0.027).

26 P-43 (+) PTs percentage increased thereafter with a peak at 3 m post-PH.

27 observed during the first 6 months of cART, with a peak at 3 months (RR, 1.47; 95% CI, 1.26-1.73), a

28 ng II (10(-7) mol/L) activated JNK activity, with a peak at 30 minutes (9.39 +/- 2.52-fold, n = 7, P

29 for the ACh-sensitive current was N-shaped, with a peak at -36 mV.

30 further increased in quantity and intensity, with a peak at 3h after ischemia relative to the normogl

31 tch the functional microsphere interactions, with a peak at 4 h after LPS injection.

32 ture forces as great as 100 piconewtons (pN) with a peak at 45-50 pN.

33 in 1 mediates short term signaling to ERK1/2 with a peak at 5 min and other upstream kinase component

34 bB proteins in these C2C12 cells within 15 s with a peak at 5 min.

35 nsiently activated the cofilin kinase, LIMK, with a peak at 5 minutes.

36 oximately threefold by both Ang II and PDGF, with a peak at 5 minutes.

37 p38 activation was rapid with a peak at 5-min post-stimulation and returned to ne

38 that the distribution is nearly bell-shaped with a peak at 50 base pairs (bp) upstream of the transc

39 slower formation of a quinonoid intermediate with a peak at 500 nm (k = 2.5 s-1).

40 PAGE displays a low-amplitude broad spectrum with a peak at 553 nm, similar to that of other hemes wi

41 roxy species decay to a ferryl intermediate, with a peak at 578 nm versus the oxidized enzyme, follow

42 The ferrous-oxy complex (compound A), with a peak at 595 nm and a trough at 612 nm versus the

43 n in ischemia was still observed (P < .001), with a peak at 6 AM.

44 d the rapid, transient induction of E75A RNA with a peak at 6 and 3 h, respectively, followed by main

45 n neurons was observed around the blood clot with a peak at 6 h.

46 lls were identified at all early time points with a peak at 6 hours (5.1+/-0.26%; compared to uninjur

47 TAT levels were elevated in all three groups with a peak at 6 hr.

48 ansient increase in levels of CD14 in plasma with a peak at 6 to 8 h, and this increase in levels of

49 l increases in narrowband gamma oscillations with a peak at 60 Hz in retina, lateral geniculate, and

50 ) in bovine lung microvascular ECs (BLMVECs) with a peak at 60 minutes after stimulation (6.3+/-1.2-f

51 uced time-dependent expression and activity (with a peak at 7 days) in the mouse subfornical organ.

52 e found that NO levels increased immediately with a peak at 7 h after changes in shear stress, and by

53 ak frequency of 143 +/- 20 Hz, and slow OPs, with a peak at 77 +/- 8 Hz.

54 a peak at 4 h, whereas BMLF1 doubled by 4 h with a peak at 8 h, and BRLF1 doubled by 8 h with peak a

55 areas, LOH at 9p21 was most frequent (86%), with a peak at a marker 150 kb telomeric to p16INK4a.

56 en 488 BAPTA-1) showed a skewed distribution with a peak at about 1.5 and a tail extending as high as

57 inding in the striatum and prefrontal cortex with a peak at about 30 min, indicating that these antib

58 bell-shaped dependence on membrane potential with a peak at approximately -40 mV as expected for sodi

59 ecies is very similar: it is narrowly tuned, with a peak at approximately 1 cycle/degree and a cut-of

60 4-h pattern in adverse cardiovascular events with a peak at approximately 10 a.m.

61 n in the incidence of adverse cardiac events with a peak at approximately 10 a.m.

62 oproterenol (ISO), a beta-adrenergic agonist with a peak at approximately 12 hours and persisting for

63 g-latency depolarization interrupts the IPSP with a peak at approximately 200 msec.

64 ced open-channel low-frequency current noise with a peak at approximately pH 2.5.

65 cadian rhythms in odor detection performance with a peak at approximately subjective dusk.

66 DFG increased with decreasing water activity with a peak at aw=0.22-0.33.

67 of gestation showed expression at all stages with a peak at day 10.5.

68 ated and appeared to effect reticulocytosis, with a peak at day 11 or 15 in most patients.

69 d zygotene spermatocytes populate the testis with a peak at day 14 postpartum, when leptotene, zygote

70 r alpha (TNF-alpha) were generated by day 7, with a peak at day 14.

71 ty was detected at day 13 of the pupal stage with a peak at day 2 adult stage.

72 ulated human T lymphocytes from days 1 and 7 with a peak at day 3.

73 al thickness, followed the same time course, with a peak at day 5 and a decrease by day 7.

74 induced CD47 upregulation from 4h to day-14, with a peak at day-3.

75 creasing progressively after differentiation with a peak at days 8-10.

76 /f0 ratios for A1 are unimodally distributed with a peak at f1/f0 = 1.

77 ribution of Lorentz factors over the sample, with a peak at gammab approximately 2 h-1 and a tail up

78 apical surface of the follicular epithelium with a peak at its source, the polar cells.

79 tivity of IAK1 are also cell cycle regulated with a peak at M-phase.

80 encoding alpha1beta-ARs in the pineal gland, with a peak at midnight.

81 retinoschisin are under circadian regulation with a peak at night and nadir during the day.

82 meability from postnatal day 12 (P12) to P22 with a peak at P16, which was 8.7-fold higher than that

83 ation) exhibit significant circadian rhythms with a peak at the circadian phase corresponding to 5-9

84 ise pattern during reach-to-grasp movements, with a peak at the time of the reach-end and troughs jus