ライフサイエンスコーパス: spurt

1 intervals of carbohydrate provision (sucrose spurts).

2 , accretes during the perinatal brain growth spurt.

3 in young females during the pubertal growth spurt.

4 few species undergoing an adolescent growth spurt.

5 or G2 periods by varying the duration of the spurt.

6 dhood until the onset of the pubertal growth spurt.

7 es beginning at the initiation of the growth spurt.

8 were evident during the premenarcheal growth spurt.

9 wing of growth around the time of the growth spurt.

10 transient assembly and short-range vectorial spurts.

11 or are subject to sudden injuries or growth spurts.

12 previously recognised; the adolescent growth spurt (10-14 years), when substantial changes place comm

13 f supplementation during the pubertal growth spurt and a diminishing effect thereafter.

14 The adolescent growth spurt and menarche increase iron and zinc needs and coul

15 In summary, growth spurt and menstrual status had adverse effects on iron s

16 zinc and iron deprivation during the growth spurt and the ability of meat as a common dietary source

17 We report a case of an immediate internal spurting arterial bleeding precipitated during EUS-guide

18 Because children enter the spurt at different ages making age a poor maturity measu

19 in polymerization, generating long filaments spurting bidirectionally along axons-a phenomenon we cal

20 tal ethanol exposure during the brain growth spurt can disturb GABAAR development across the brain, a

21 The full-length spurt cDNA sequence spans a genomic DNA fragment of 7,31

22 duced to enter S increased directly with the spurt duration and that cells could be positioned and re

23 during the perinatal period of "brain growth spurt." Experimental designs reviewed include observatio

24 ic antibodies were generated to characterize spurt expression.

25 spurt gene expression is higher in sputum and tissue sam

26 The human spurt gene product is a secretory protein that contains

27 This growth spurt is due, in part, to remarkable progress in child s

28 Our data demonstrate that spurt is secreted onto the apical side of primary human

29 t in healthy children, the adolescent growth spurt is standardized at 90% of final height with simila

30 In situ hybridization demonstrated that spurt message is often present in secretory cell types.

31 spurt mRNA is notably expressed at high levels in human

32 ime they come into function, the root growth spurt no longer confers any advantage in modern humans.

33 tract volume are consistent with the growth spurt, occurring earlier in girls (10.8 years) than in b

34 This approach revealed a growth spurt of added apposed surface area (ASA)>200 mum2/d cen

35 This is apparent in the spurt of computational methods for interpreting these da

36 After a brief spurt of growth, capping protein terminates the elongati

37 oth root length occurs with a characteristic spurt or peak in rate sometime between tooth crown compl

38 The root spurt persists in modern humans as an intrinsic marker e

39 peaks around the time of the pubertal growth spurt, possibly because physical activity increases at t

40 the third trimester equivalent brain growth spurt (postnatal days (PD) 4-9) via intubation.

41 day ethanol during the neonatal brain growth spurt (Postnatal Days [PD] 4-9) and treated with choline

42 apheresis seems to be going through a growth spurt, presumably reflecting better implementation of tr

43 Exposure to alcohol during the brain growth spurt results in impaired cognition and learning in adul

44 compared the timing of the adolescent growth spurt's peak height velocity to normalized heights and h

45 DD4, that contains the cDNA of a novel gene, spurt (secretory protein in upper respiratory tracts) th

46 at least one case of which followed a growth spurt that caused the baseline dosage of acyclovir to be

47 Once children enter the growth spurt, their growth pattern is consistent between childr

48 viduals in the timing of the pubertal growth spurt, there is a wide range of physiologic variations i

49 d females at the time of the pubertal growth spurt; these data are consistent with the premise that e

50 Two alternatively spliced spurt transcripts of 1090 and 1035 base pairs exist that

51 cularly important during the pubertal growth spurt when rapid bone formation and consolidation are re

52 elayed pattern of growth before the pubertal spurt, which is followed by catch-up growth.