ライフサイエンスコーパス: physiological stress

1 ney from excessive functional changes during physiological stress.

2 which O-GlcNAc is high, such as diabetes or physiological stress.

3 is disrupted in infants with high levels of physiological stress.

4 ptotic myocardial injury under conditions of physiological stress.

5 g bursts of action potentials in response to physiological stress.

6 ors of growth rate, metabolic condition, and physiological stress.

7 on but was expressed as hyperresponsivity to physiological stress.

8 cessive functional changes during periods of physiological stress.

9 enign to the life threatening, occurs during physiological stress.

10 l for homeostasis and survival during severe physiological stress.

11 LV) mechanics exist at rest and during acute physiological stress.

12 spanning a range of GC secretion relevant to physiological stress.

13 nse to elevated temperatures and chemical or physiological stress.

14 tify veiled protective strategies to counter physiological stress.

15 ugh CCR5 may increase platelet counts during physiological stress.

16 ropriate endocrine cell types in response to physiological stress.

17 al epithelial morphogenesis and tolerance of physiological stress.

18 diomyocyte bioenergetic feedback response to physiological stress.

19 s exposed to radiation versus other forms of physiological stress.

20 one to damage from acute physical trauma and physiological stress.

21 ant roles in enabling organisms to cope with physiological stresses.

22 of transcription factors, is induced by many physiological stresses.

23 baseline and limiting systolic reserve under physiological stresses.

24 nerally required conditions far removed from physiological stresses.

25 ays a critical role in bacterial response to physiological stresses.

26 ve stress yet they respond normally to other physiological stresses.

27 onally normal both at baseline and under the physiological stresses.

28 s in chlorophyll a:b ratio with leaf age and physiological stress, a further separation of total plan

29 ously remodels in response to mechanical and physiological stresses, allowing vertebrates to renew bo

30 sions revealed a striking connection between physiological stress and activation of DNA rearrangement

31 is is both an essential adaptive response to physiological stress and an endogenous repair mechanism

32 alcohol dehydrogenase (ADH) is increased by physiological stress and by chronic administration of gr

33 d vascular function, mediating adaptation to physiological stress and disease.

34 Our findings establish a novel link between physiological stress and DNA damage in normal HSCs and p

35 habitats were responsible for differences in physiological stress and ecological performance and exam

36 esponse to various environmental stimuli and physiological stress and have been previously proposed a

37 its of the optimum allocation paradigm, root physiological stress and lifespan, contingency effects t

38 ize, which acted synergistically to increase physiological stress and mortality.

39 ody condition, haematology, immune function, physiological stress and oxidative state.

40 hibians as a model system to investigate how physiological stress and pathogenic infection shape deve

41 he nucleotide ppGpp is a second messenger of physiological stress and starvation.

42 od, and a direct link between hypoxia-driven physiological stress and the regulation of mTORC1 signal

43 nd high-mobility group box 1 in cellular and physiological stress, and suggest a novel activity of th

44 hifts, the location and timing of drivers of physiological stress, and the extent of novel climates.

45 ion may be viewed as a transient response to physiological stress, and the long-term risk of stroke a

46 ncreased expression of genes associated with physiological stress, and the unfolded protein response,

47 ndoreplication occurs in response to certain physiological stresses, and how it may contribute to the

48 Unless mitigated, external and physiological stresses are detrimental for cells, especi

49 Many antitumor drugs and physiological stresses are known to induce TOP2 cleavabl

50 n's immediate and long-term responses to the physiological stress associated with Parkinsonism.

51 We report that the physiological stresses associated with incubation withou

52 y increased brain levels of TNFalpha without physiological stress but will be exacerbated after MCAO.

53 ulated during development and in response to physiological stresses, but the regulatory events that c

54 , we demonstrate that, in cells subjected to physiological stress by nutrient starvation, agonist-act

55 Cells respond to physiological stress by phosphorylating the alpha subuni

56 During times of physiological stress, cardiac output increases in respon

57 aquatic environment, marked by resistance to physiological stresses caused by a lack of oxygen, incre

58 In adults, acute physiological stress causes hyperalgesia [5-7], and incr

59 Physiological stress conditions associated with the tumo

60 Environmental and physiological stress conditions can transiently alter th

61 nd forms hydrogels in vitro upon exposure to physiological stress conditions.

62 aperones and enhance cellular survival under physiological stress conditions.

63 ce of this organism's adaptation to a common physiological stress, dehydration.

64 ar injury (eg, acute glomerulonephritis), or physiological stress (eg, mild dehydration) impact renal

65 Diverse physiological stresses (eg, heat, hemodynamics, mutant p

66 ent when released from live cells undergoing physiological stress, even without loss of subcellular c

67 a pathological stress (aortic banding) or a physiological stress (exercise training).

68 ed activity increases, likely exacerbate the physiological stress experienced by polar bears in a war

69 , this essay explores the true extent of the physiological stress experienced by the men involved and

70 ruption, and differing species tolerances to physiological stress, explains the structure of the ecol

71 Upon physiological stress, families of stress response genes

72 In response to physiological stresses, FoxO maintains high Akt activity

73 gh oxygen saturation of hemoglobin (and less physiological stress) have higher offspring survival.

74 e interactive role of population density and physiological stress, herein driven by habitat size, and

75 st more allostatic load, an index of chronic physiological stress, higher levels of externalizing sym

76 sults support the hypothesis that IL-6 is a 'physiological stress hormone' that plays an important ro

77 corticoid that represents a general class of physiological stress hormones.

78 r subordinates infertile by inducing chronic physiological "stress." However, this hypothesis has bee

79 ins; upon environmental, pharmacological, or physiological stress, HSF1 is converted to a homotrimer

80 tudies demonstrate that an extremely typical physiological stress (hypoxia) causes selective activati

81 port viral productive growth irrespective of physiological stress.IMPORTANCE Like all viruses, herpes

82 rt, the need for spirochetes to adapt to the physiological stresses imposed by abrupt changes in envi

83 tive behavior, brain activity, and levels of physiological stress in a sample of 56 newborn human inf

84 ht can also induce photoinhibition and cause physiological stress in algae and phytoplankton that can

85 ize that extended cold treatment may trigger physiological stress in endodormant buds, and that these

86 Another potential source of physiological stress in pea aphids is infection by other

87 Both NAL and SAL displayed physiological stress in response to high temperature, bu

88 lular growth in response to pathological and physiological stress in the heart has never been address

89 hat alphaB-crystallin protects cells against physiological stress in vivo by maintaining cytosolic pr

90 static levels in the blood and to respond to physiological stresses, including infection.

91 tion is observed in cells exposed to diverse physiological stresses, including zinc deficiency, nitro

92 f B1 and B2 RNA in liver, showing that other physiological stresses increase SINE RNA expression.

93 tenuating effect of stronger social bonds on physiological stress increased both with increasing rate

94 The response to physiological stress, induced by serum depletion, involv

95 The mechanism of physiological stress-induced drug resistance may involve

96 plex, the ability of cancer cells to survive physiological stress is a prerequisite for recurrence.

97 tant because HSV-1 reproduction triggered by physiological stress is characteristic of reactivation o

98 What is less clear is whether this physiological stress is present in dendrites and if Lewy

99 ers against the adverse effects of increased physiological stress levels.

100 Such climate-mediated, physiological stresses may compromise host resistance an

101 alterations (activating RET oncoprotein) and physiological stresses, namely hypoxia [activating hypox

102 We conclude that physiological stresses (not necessarily genotoxic) aggra

103 adrenocortical responsiveness to either the physiological stress of acute hypoxaemia or to an exogen

104 however, reduced visibility exacerbates the physiological stress of acute warming, leading to recent

105 ErbB2 degradation was also induced by the physiological stress of beta-adrenergic receptor stimula

106 in vivo can be subject to pressure from the physiological stress of hypoxia and we report on the dev

107 Alternatively, they might be damaged by the physiological stress of their efforts to resist attack.

108 r adaptations of the mammalian kidney to the physiological stresses of postnatal life.

109 ) is investigated by assaying the effects of physiological stress on their RNA polymerase-III-directe

110 e operation per se but rather the absence of physiological stress or hormonal signals that could infl

111 their ability to maintain themselves against physiological stress over time and to withstand culture

112 In times of physiological stress, platelet count can transiently ris

113 re, the uncertainty tuning of subjective and physiological stress predicted individual task performan

114 ection against DNA damage and other forms of physiological stress primarily by inducing cell cycle ar

115 ng social and anxiety-related behaviors with physiological stress reactivity.

116 nants potentially enabling replication under physiological stress remains undefined.

117 The interactions between the physiological stress response and cocaine self-administr

118 Movement could potentially circumvent the physiological stress response associated with elevated t

119 n may impact on anxiety, risk perception and physiological stress response in mothers of children wit

120 rs experiencing stress create a "contagious" physiological stress response in the observer?

121 regeneration after partial hepatectomy as a physiological stress response model.

122 tes, monitors, and calibrates behavioral and physiological stress response systems to meet the demand

123 n life can lead to persistent alterations in physiological stress response systems, including enhance

124 P-activated protein kinase (AMPK) triggers a physiological stress response that antagonizes mTORC1, a

125 lted in mice that recapitulated the abnormal physiological stress response that is seen upon MeCP2 dy

126 Male-related stimuli induced a robust physiological stress response that results in stress-ind

127 o be a pituitary peptide released during the physiological stress response, a proinflammatory macroph

128 with artificial food, we show, however, that physiological stress-response of grasshopper herbivores

129 tive cell stress is associated with impaired physiological stress responses and impoverished psychoso

130 yocardial mitochondrial Ca(2+) entry enables physiological stress responses but in excess promotes in

131 te adrenoceptor (AR) signals in a variety of physiological stress responses in animals.

132 psis (Arabidopsis thaliana) directly elicits physiological stress responses in plants, with msh1 recA

133 add45a and gadd45b play a role in modulating physiological stress responses of myeloid cells to acute

134 rties and results in dramatic alterations in physiological stress responses, but the neurochemical me

135 h is the up- or down-regulation of partners' physiological stress responses, has been described for i

136 ainty predict the dynamics of subjective and physiological stress responses.

137 ht and reveal potential mechanistic links to physiological stress responses.

138 is thought to link memory with emotional and physiological stress responses.

139 Poly(A)-binding protein thus acts as a physiological stress sensor, exploiting phase separation

140 Hypoxia is an important physiological stress signal that drives angiogenesis, th

141 important roles in the cellular response to physiological stress signals.

142 ve seizures, or seizures occurring only with physiological stress such as drug withdrawal) at 2 years

143 elves further subject to change with altered physiological stress such as super-imposed infection or

144 at mediates homeostatic responses to certain physiological stresses such as nutrient restriction.

145 ignal that marshals genetic defences against physiological stress (such as infection) and oxidative s

146 ondrial and cardiac function during a normal physiological stress, such as exercise.

147 t state in response to conditions that model physiological stress, such as infection or chronic blood

148 i.e. inhibited, mainly during conditions of physiological stress, such as multiple amino acid depriv

149 The physiological stress suffered by patients with heart fai

150 xpression in muscle with differentiation and physiological stress suggests that SNARK may function in

151 children may have long-lasting effects on a physiological stress system critical for health and adju

152 Hypoxia (low-oxygen tension) is an important physiological stress that influences responses to a wide

153 int (CR) for 1 h elicits a psychological and physiological stress that inhibits host defenses against

154 ivity and may be relevant to a wide array of physiological stresses that involve a sudden elevation o

155 Two physiological stresses that stabilize p53, hyperosmotic

156 subjected to a variety of environmental and physiological stresses that target the endoplasmic retic

157 emonstrates that under certain situations of physiological stress, the functional role of myelin-cove

158 o heat shock and other forms of chemical and physiological stress, these activities of HSF1 are rapid

159 e that must withstand chronic mechanical and physiological stress throughout life to maintain proper

160 mal proteins due to chronic environmental or physiological stress; thus, proper chaperone function is

161 level of a number of proteins that provide a physiological stress-tolerant poise.

162 ces cerevisiae cells exposed to a variety of physiological stresses transiently delay bud emergence o

163 n evolutionarily conserved reaction in which physiological stress triggers the liver to remodel the b

164 te increases are a fundamental adaptation to physiological stress, while inappropriate heart rate inc

165 own about the molecular events interrelating physiological stress with synaptic proteins, following p