ライフサイエンスコーパス: osmoregulation

1 neurons in a manner that can affect systemic osmoregulation.

2 i, PDEC2 was shown to be required for normal osmoregulation.

3 d in TgVP1 null mutants implicating TgVP1 in osmoregulation.

4 eu during IDD does not interfere with TonEBP osmoregulation.

5 itro, underscoring the relevance of polyP in osmoregulation.

6 ypothesized that brevetoxins serve a role in osmoregulation.

7 diovascular regulation, kidney function, and osmoregulation.

8 diovascular regulation; kidney function; and osmoregulation.

9 yonic lethality due to an apparent defect in osmoregulation.

10 imals, gravitropism in plants, and bacterial osmoregulation.

11 r optimal viability but does not function in osmoregulation.

12 on intracellular organelles, in this case in osmoregulation.

13 sults support the role of poly P in T. cruzi osmoregulation.

14 a functional role for aquaporin in protozoal osmoregulation.

15 and LWR2 affect multiple aspects of cellular osmoregulation.

16 l stimulation, such as in touch, hearing and osmoregulation.

17 rbitol or KCl, indicating that it has normal osmoregulation.

18 in the excretory cell, which is required for osmoregulation.

19 e regulation of genes that mediate secretion/osmoregulation.

20 SON and PVN, suggesting their involvement in osmoregulation.

21 onfirmed the importance of these channels in osmoregulation.

22 to play major roles in water metabolism and osmoregulation.

23 tosis, secretion of lysosomal hydrolases and osmoregulation.

24 phenotype may reflect a role of the CANs in osmoregulation.

25 ng plant-microbe interactions in addition to osmoregulation.

26 hepatic aldehyde reductases, and to maintain osmoregulation, a function of renal medullary genes, e.g

27 er, whether myo-inositol accumulation during osmoregulation affects signaling and excitability has no

28 Kcnj1 is expressed in cells associated with osmoregulation and acts as a K+ efflux pathway that is i

29 ons of protozoan and metazoan cells, such as osmoregulation and cell motility.

30 ould contribute significantly to chloroplast osmoregulation and could protect photosynthetic processe

31 relative abundances of genes associated with osmoregulation and dormancy, but lower relative abundanc

32 t the importance of the tegument in parasite osmoregulation and drug uptake.

33 somes and the contractile vacuole complex in osmoregulation and identify a functional role for aquapo

34 findings reveal a novel role of HNF-1beta in osmoregulation and identify multiple mechanisms, whereby

35 The SLC5A3 gene functions in cellular osmoregulation and is expressed in many human tissues in

36 cellular processes in eukaryotes, including osmoregulation and protein sorting.

37 family are expressed in tissues involved in osmoregulation and secretion in a number of species.

38 espondingly, tor3- mutants showed defects in osmoregulation and were sensitive to starvation for gluc

39 ater K(+) retention in the cytosol, impaired osmoregulation, and compromised turgor generation for ce

40 These channels are essential in osmoregulation, and in this setting, provide one of the

41 altered cell membrane components, inhibited osmoregulation, and increased oxidative stress.

42 hibit abnormal excretory function, defective osmoregulation, and lethality.

43 rol of salt and fluid secretion, pH balance, osmoregulation, and other physiological activities that

44 ates in reabsorption of cerebrospinal fluid, osmoregulation, and regulation of brain edema.

45 ay function in seed desiccation, cytoplasmic osmoregulation, and/or seed rehydration.

46 In young, healthy women, the shift in osmoregulation appears to have only a minor effect on ov

47 ating may be indicative of AqpB functions in osmoregulation as well as cell motility of D. discoideum

48 Arginine vasopressin (AVP) has a key role in osmoregulation by facilitating water transport in the co

49 different physiological responses including osmoregulation, cAMP levels and cellular morphogenesis.

50 hese results suggest that genes important in osmoregulation, cell membrane synthesis and integrity, a

51 by hypoosmotic stress, and that the site of osmoregulation coincides with the location of the energy

52 Together, our simulations suggest that osmoregulation could be mediated by changes in the ratio

53 nsport to the SM, and likely plays a role in osmoregulation during legume/rhizobia symbioses.

54 In this organism, we have identified a new osmoregulation gene, osaC, encoding a member of a novel

55 play a key role in many functions including osmoregulation, growth, hearing, balance, and touch.

56 g to investigate the genetic architecture of osmoregulation in Anopheles mosquitoes, vectors of human

57 is a histidine protein kinase important for osmoregulation in bacteria.

58 cose metabolism in human cells, and cellular osmoregulation in S. cerevisiae.

59 Osmoregulation in Saccharomyces cerevisiae involves a mu

60 of the excretory cell, which is required for osmoregulation in the worm.

61 ow that the miR-8 family of miRNAs regulates osmoregulation in zebrafish embryos.

62 d thylakoid KEA3 transporters in chloroplast osmoregulation, integrity, and ion and pH homeostasis.

63 We hypothesize that osmoregulation is needed for host cell invasion and that

64 Osmoregulation is one of the key homeostatic systems per

65 Surprisingly, however, we find that porin osmoregulation is open loop; i.e., the porin expression

66 arising from migration-associated changes in osmoregulation, locomotion, and gametogenesis, and (b) c

67 ss intracellular tubes (canals) that mediate osmoregulation, lumens grow in length and diameter when

68 present study was undertaken to clarify the osmoregulation mechanism of AQP1 in renal medullary cell

69 t Stk activates genes for virulence factors, osmoregulation, metabolism of alpha-glucans, and fatty a

70 onclusion, a partial or complete loss of AVP osmoregulation occurs in patients with SIAD.

71 Further studies correlate osmoregulation of IKin with the pattern of organization

72 Previous studies suggest that osmoregulation of motility, invasion and capsule express

73 of these results, the molecular mechanism of osmoregulation of ompF and ompC is discussed.

74 Osmoregulation of OmpF and OmpC production in cells cont

75 ductance (MscS) plays a critical role in the osmoregulation of prokaryotic cells.

76 Osmoregulation of the mouse Cln3 mRNA level in kidney ce

77 In the absence of Hha and H-NS, however, osmoregulation of the rtsA promoter was lost, and Hil ac

78 ting any exsanguination and the breakdown of osmoregulation of this marine arthropod.

79 um import systems play a fundamental role in osmoregulation, pH homeostasis and membrane potential in

80 In this paper, we show that osmoregulation provides a much faster, label-free assess

81 een proposed to be functionally important in osmoregulation, providing an explanation for overlapping

82 However, the molecular mechanism of parasite osmoregulation remains unknown.

83 The first class (osmoregulation, spore viability, and spore quiescence) r

84 les on an internal organelle responsible for osmoregulation, the Dictyostelium discoideum contractile

85 o CV membranes and is required for efficient osmoregulation, the normal accumulation of CV membranes

86 coli, Tn10 tetracycline resistance and porin osmoregulation, the transcriptional outputs in individua

87 hat one CHX protein plays a critical role in osmoregulation through K+ fluxes and possibly pH modulat

88 ascade is an essential molecular pathway for osmoregulation, through its effect on transepithelial io

89 r results suggest that SjAQP plays a role in osmoregulation throughout the S. japonicum life cycle, e

90 nergetic costs of both food assimilation and osmoregulation to reduce predation risk by bull sharks.

91 te warming, to unravelling the mechanisms of osmoregulation under high salinities that may further in

92 ding the mobilization of glycogen for use in osmoregulation was studied with pulse-chase strategies u

93 To further asses the effects on osmoregulation, we challenged crabs with reduced salinit