ライフサイエンスコーパス: reproductive cycle

1 fer between males and females and across the reproductive cycle.

2 diameter; 0.023 mg.L(-1)) for 2 mo during a reproductive cycle.

3 progesterone in the regulation of the female reproductive cycle.

4 of male to hermaphrodite tissues during the reproductive cycle.

5 esses at two stages in the stingray's entire reproductive cycle.

6 hanges lead to tissue remodeling during each reproductive cycle.

7 m/ova and are indicative of the stage of the reproductive cycle.

8 and related the levels of transcripts to the reproductive cycle.

9 of the uterine epithelial lining during the reproductive cycle.

10 n unidentified host factors of the mammalian reproductive cycle.

11 ous Tsg101 developed normally throughout the reproductive cycle.

12 their display of social behaviors across the reproductive cycle.

13 tic architectures were designed to control a reproductive cycle.

14 e the sequential expression of phases in the reproductive cycle.

15 ing the proliferative phase of the mammalian reproductive cycle.

16 nced for colonies at an earlier stage in the reproductive cycle.

17 ssociated with changes in food abundance and reproductive cycles.

18 the detection of conspecific signals during reproductive cycles.

19 cockroach Nauphoeta cinerea, an insect with reproductive cycles.

20 pathways, which drive seasonal metabolic and reproductive cycles.

21 s nidulans possesses both asexual and sexual reproductive cycles.

22 ng the follicular and luteal phases of their reproductive cycles.

23 tions is differentially regulated during the reproductive cycle and by estradiol.

24 plays an important role in events during the reproductive cycle and early pregnancy.

25 n precursors) is a key event in the mosquito reproductive cycle and is activated in response to a blo

26 proliferation and differentiation during the reproductive cycle and pregnancy.

27 influence of weight changes during the whole reproductive cycle and the modifying effect of breastfee

28 male Nauphoeta cinerea, a cockroach that has reproductive cycles and gives live birth.

29 ritical role in the regulation of the female reproductive cycle, and estrogen modulates the coupling

30 processes such as proper immune modulation, reproductive cycle, and steroid hormone responsiveness i

31 e basic model to represent the marine mammal reproductive cycle, and we add a model of toxicant uptak

32 aracterized by elevated androgens, disrupted reproductive cycles, and high luteinizing hormone, the l

33 histories combining high fecundity, multiple reproductive cycles, and seasonal use of floodplains.

34 mediating pubertal development and periodic reproductive cycling, and forms the foundation to define

35 he biological hypothesis proposes that human reproductive cycles are an adaptation to the seasonal (h

36 solation, health monitoring and detection of reproductive cycles, as well as monitoring physiological

37 ntinociception not only varies with stage of reproductive cycle, but is also differentially regulated

38 vels of REA vary slightly throughout the rat reproductive cycle, but TERP mRNA and protein vary much

39 umber of bands correlated with the number of reproductive cycles completed by a stalked cell.

40 s required for vector mosquitoes to initiate reproductive cycles determining their role as vectors of

41 l of Coccidioides immitis during the asexual reproductive cycle (endosporulation) of this systemic pa

42 vacuoles and were able to undergo a complete reproductive cycle, forming both asexual and sexual repr

43 a regular event coordinated with the cell's reproductive cycle has not been settled by previous stud

44 While the steps involved in its sexual reproductive cycle have been extensively characterized,

45 Heterothallic reproductive cycles have recently been discovered in thr

46 stradiol in the late follicular phase of the reproductive cycle, however, the feedback action of this

47 Blood feeding tightly regulates the reproductive cycle in anautogenous mosquitoes.

48 onidiation) and for initiation of the sexual reproductive cycle in Aspergillus nidulans.

49 s undertaken 1) to assess the changes in the reproductive cycle in obese, infertile ob/ob mice with n

50 cation of carpel (flower and fruit) form and reproductive cycles in flowering plants.

51 This time-scale covered two full reproductive cycles in this species and analyses include

52 mucus thinning and release during the female reproductive cycle is thought to rely mainly on fluid se

53 ermine mussel gender throughout their annual reproductive cycle is urgently needed.

54 e primary environmental cue driving seasonal reproductive cycles is the change in day length (i.e., p

55 For seasonally breeding vertebrates, reproductive cycling is often coupled with changes in vo

56 slation prior to the completion of the viral reproductive cycle leads to impaired growth.

57 Alternative reproductive cycles make use of different strategies to

58 nt role in the neuroendocrine control of the reproductive cycle, mating behavior, and antinociception

59 st that androgen secretion during the female reproductive cycle may contribute to cyclical changes in

60 of age, and they experience the cessation of reproductive cycles, menopause, at approximately 50 y of

61 lect the effective number of breeders in one reproductive cycle (Nb), and (2) mixed-age samples refle

62 Dgcr8(d/d) females neither underwent regular reproductive cycles nor produced pups, whereas administr

63 habitat fragmentation seriously impacts the reproductive cycle of a tropical bird-dispersed tree.

64 he interrogation of nearly every step in the reproductive cycle of vaccinia virus (VACV), a large DNA

65 ncogene expression and the disruption of the reproductive cycle of virus infection.

66 of plant and pathogen throughout an asexual reproductive cycle of Z. tritici on wheat leaves.

67 20E-regulated developmental switches during reproductive cycles of A. aegypti females.

68 se of bipolar illness; effects of the female reproductive cycle on the course of bipolar illness; spe

69 Before replicating DNA during their reproductive cycle, our cells enter a phase called G1 du

70 , and most likely at different stages in the reproductive cycle, play a key role in blocking the apop

71 occur in ovariectomized mice; therefore, the reproductive cycle plays a role in the selection kinetic

72 Progesterone, which varies across reproductive cycles, pregnancy, and as a function of agi

73 atus of women and their offspring during the reproductive cycle, relates maternal DHA status to that

74 ticularly those in the estrus phase of their reproductive cycle, show increased operant responding fo

75 pendent, but does not vary across the female reproductive cycle, suggesting that ovarian hormones reg

76 of key regulators of the asexual and sexual reproductive cycles support the observation that althoug

77 umans perturb this process by intervening in reproductive cycles, the ecological consequences may be

78 differences in food, and an every-other year reproductive cycle, this bear exhibited remarkable consi

79 0% because stalked cells, with their shorter reproductive cycle times, contributed a larger proportio

80 pal excitability occurring during the female reproductive cycle, we examined the distribution of BDNF

81 w isolating barriers that act earlier in the reproductive cycle will have a greater effect on total r

82 o repeated morphological changes during each reproductive cycle with profound tissue expansion in pre

83 t mRNA was expressed rhythmically during the reproductive cycle, with peak mRNA accumulation just pri

84 sion levels in females, throughout an annual reproductive cycle, with the exception of two individual

85 The coexistence of sexual and asexual reproductive cycles within the same individual is a stri