ライフサイエンスコーパス: secretory function

1 imit salivary gland inflammation and improve secretory function.

2 rsion, but is associated with normal gastric secretory function.

3 ion allows "regeneration" and restoration of secretory function.

4 -propeptide sequence, indicating a potential secretory function.

5 sfer protein (Sec14p) is essential for Golgi secretory function.

6 DAG) pool that somehow acts to promote Golgi secretory function.

7 s somehow utilized in supporting yeast Golgi secretory function.

8 and PLD activity, whereas PITP only restored secretory function.

9 ine pathway-mediated toxicity to yeast Golgi secretory function.

10 retrograde recycling and contributes to Wnt secretory function.

11 decreased angiogenesis, and diminished lung secretory function.

12 ating that cholinergic blockade decreased LG secretory function.

13 racellular changes to establish and maintain secretory function.

14 prepare, but not commit cells for precision secretory function.

15 amines is characteristically high due to its secretory function.

16 ell-mediated protection of neural control of secretory function.

17 y hepatic steatosis or compromise in protein secretory function.

18 ily distinguishable from CD103(+) DC in this secretory function.

19 ion of CrebA, which is required for elevated secretory function.

20 pinge upon Ypt31 signaling to regulate Golgi secretory function.

21 t is required for normal Golgi structure and secretory function.

22 ted with higher islet cell loss and impaired secretory function.

23 l of the enzyme level by differentiation and secretory function.

24 aces with Sec14p in controlling Golgi region secretory function.

25 n event that is associated with normal islet secretory function.

26 damage and apoptosis without impairing islet secretory function.

27 PtdCho is intrinsically toxic to yeast Golgi secretory function.

28 acinar cells which otherwise display loss of secretory function.

29 d ultimately forms a branched structure with secretory function.

30 ctly activated by IL-2 to exert effector and secretory functions.

31 ty and others which demonstrated specialized secretory functions.

32 ffect this has on gastrointestinal motor and secretory functions.

33 diminished AE2 activity and impaired biliary secretory functions.

34 the types, kinetics, and/or magnitude of its secretory functions.

35 ude mouse bioassay (n = 72), and the insulin secretory function after single-donor clinical islet all

36 ularly limited under conditions when insulin secretory function (AIRG) is less than robust.

37 Secretory function also increased in the lacrimal gland,

38 protein (Sec14p) in the stimulation of Golgi secretory function and cell viability.

39 sfer protein (Sec14p) is essential for Golgi secretory function and cell viability.

40 gy, proinflammatory cytokine expression, and secretory function and evokes a humoral immune response

41 ith cytoplasmic Zn(2+) accumulation, loss of secretory function and lactation failure.

42 The rARF1 protein restored both secretory function and PLD activity, whereas PITP only r

43 cytosol, enriched in ARF proteins, restored secretory function and PLD activity.

44 lori infection on DMBS and proximal duodenal secretory function and structure were examined.

45 tion of beta-cell mass dynamics and in islet secretory function and suggest that MCH is part of a hyp

46 involved in insulin resistance and beta-cell secretory function and survival.

47 At 24 months, pancreatic secretory function and the glucose utilization rate decl

48 e ducts, contribute substantially to biliary secretory functions and bile transport.

49 Circulating levels of Ca2+ can influence secretory functions and myoelectrical properties of the

50 tic progenitor cell expansion, cholangiocyte secretory functions and proliferation, and mechanisms of

51 essed in the male pituitary being related to secretory function, and multiple genes more highly expre

52 dicts a worsening of insulin action, insulin secretory function, and the development of type 2 diabet

53 Success rates, transplant rates, beta-cell secretory function, and viability were similar for all t

54 failure of residual glandular tissue express secretory functions; and 8) failure to remove autoimmune

55 t that islet morphology, beta-cell mass, and secretory function are not affected in IRR-deficient mic

56 Postnatally, its secretory functions are controlled by hypothalamic neuro

57 mal tissues, NOD.Igmu null mice fail to lose secretory function as determined by stimulation of the m

58 does not cause a generalized defect in SPI2 secretory function as export of SseC, encoded downstream

59 um from female mice as follows: (a) improves secretory function, (b) reduces pro-inflammatory molecul

60 vealed a gender-specific progressive loss of secretory function between days 90 and 125 postinfection

61 ce and may contribute to the loss of insulin secretory function by islet cells.

62 Neural FFA3 may have an anti-secretory function by modulating cholinergic neural refl

63 itions for both cell types to optimize their secretory functions, by employing goblet cell enrichment

64 cine livers showed evidence of synthetic and secretory function (decreasing protime and bilirubin, bi

65 flammatory phenotype by enhancing eosinophil secretory function, delaying constitutive apoptosis, and

66 This secretory function depends on transient and precisely ti

67 halmia and xerostomia resulting from loss of secretory function due to immune cell infiltration in la

68 Salivary glands have an essential secretory function for maintaining oral and overall heal

69 in human erythrocytes and heavily relies on secretory functions for pathogenesis.

70 ar composition, architecture, and absorptive/secretory functions have been successfully developed, pr

71 respect to tissue homeostasis but not to the secretory function, implying that androgens may regulate

72 , and its levels are limiting for stimulated secretory function in airway goblet cells.

73 ts (mouse brain clone) on various aspects of secretory function in bovine chromaffin cells by measuri

74 ARF and PITP restore secretory function in cytosol-depleted cells when stimul

75 is a critical factor for the loss of insulin secretory function in diabetes.

76 pecific siRNA for torsinADeltaE to normalize secretory function in DYT1 patient cells supports its po

77 Thus, CrebA activity is linked to secretory function in multiple tissues.

78 The enhanced secretory function in Nox2-deficient islets was associat

79 inflammation induced by MCMV with decreased secretory function in NZM2328 mice resembles the disease

80 Moreover, although short-chain DAG improves secretory function in strains with a temperature-sensiti

81 rcumstances leading to the alteration of the secretory function in susceptible beta-cells and the ons

82 that the SCFA-FFA3 pathway has a novel anti-secretory function in that it inhibits cholinergic neura

83 tion factors in activating genes crucial for secretory function in the Drosophila salivary gland.

84 ity establishment, alveolar development, and secretory function in the lactating mammary gland.

85 LSF preserved beta-cell insulin secretory function in the presence of inflammatory cytok

86 echanisms responsible for the development of secretory function in these cells are unclear.

87 (AT-RvD1) reduces inflammation and preserves secretory functioning in NOD/ShiLtJ SS-like mice.

88 mic effects, has prokinetic and gastric acid secretory functions in the stomach, and may even be impl

89 ly to be involved in diverse membrane fusion/secretory functions independent of acidification.

90 t for PLD activity in yeast vegetative Golgi secretory function is revealed.

91 ed in alteration of adipocyte metabolism and secretory function leading to adipose tissue inflammatio

92 ce processes such as nutritional absorption, secretory function, neurotransmission, and susceptibilit

93 Loss of secretory function occurred more rapidly in C57BL/6.NODc

94 Consistent with the role of Nnat in the secretory function of beta-cells, miR-708 overexpression

95 The secretory function of cells relies on the capacity of th

96 Acinar cells play an essential role in the secretory function of exocrine organs.

97 tential role of these factors in the loss of secretory function of exocrine tissues, a panel of monoc

98 tor Nkx6.1 is required for the formation and secretory function of insulin-producing beta cells, and

99 ric oxide directly inhibits the IgE-mediated secretory function of mast cells.

100 ssion of Notch1 intracellular domain impairs secretory function of mouse prostate luminal cells, supp

101 enerating the osteoclast ruffled border, the secretory function of osteoclasts, and bone resorption i

102 e bloodstream is tightly associated with the secretory function of platelets based on several types o

103 etion of the secretory leader attenuated the secretory function of TGD, whereas addition of the ER re

104 The secretory function of the choroid plexus is mediated by

105 y also had a dominant-negative effect on the secretory function of the ER.

106 toimmune disease characterized by diminished secretory function of the exocrine glands.

107 The regulation of the secretory function of the pancreas by numerous hormones

108 ren syndrome exocrine glands, may impair the secretory function of these tissues.

109 er cell integrations in liver parenchyma nor secretory function of transplanted cells.

110 standing the regulation of the metabolic and secretory functions of adipose tissue, as well as its su

111 which alter the growth, differentiation, and secretory functions of cells of the PDL.

112 cause rapid closure of the trap and activate secretory functions of glands, which cover its inner sur

113 rt to the need to match the biosynthetic and secretory functions of the cells.

114 ight into how bacterial exploitation of host secretory functions promotes pathogenesis.

115 ispensable role in beta cell development and secretory function, recent data also implicate Pdx-1 in

116 treatment, but its effects on cholangiocyte secretory functions remain unclear and are the subject o

117 This major secretory function represents a novel biological role fo

118 tissues with high metabolic demands or with secretory functions, such as cardiac and skeletal myocyt

119 f stimulated neonatal airway epithelial cell secretory function that may in turn impact on the develo

120 P family, negatively regulates Golgi complex secretory functions that are dependent on the action of

121 mbranes devoted to specific biosynthetic and secretory functions, the biogenesis of which remains lar

122 re to, AA is deleterious to normal beta-cell secretory function through metabolic dysfunction.

123 Thus, autophagy proteins can control secretory function through ROS, which is in part generat

124 depletion, PKA activation enhanced beta-cell secretory function to restore glucose control, primarily

125 Restoration of secretory function was characterized using recombinant p

126 Vagal secretory function was measured by gastric acid output a

127 nst muscarinic M3 receptor that can decrease secretory function when injected into rodents is frequen

128 The NK cell-mediated cytolytic and secretory function with XmAb5574 compared with the nonen