ライフサイエンスコーパス: metabolic activity

1 owth, morphology, and pH (as a surrogate for metabolic activity).

2 ating laticifer differentiation, growth, and metabolic activity.

3 levels, that better correlates with cellular metabolic activity.

4 ced CHOP expression coincides with increased metabolic activity.

5 mpaired contractility, calcium handling, and metabolic activity.

6 their study is complicated by low levels of metabolic activity.

7 at cells that regulates food consumption and metabolic activity.

8 r pasteurization did not lead to recovery of metabolic activity.

9 e (kcal day(-1)), indicating increased organ metabolic activity.

10 intain arterial PCO2 and pH despite elevated metabolic activity.

11 ens and conveys information related to their metabolic activity.

12 of Fgf18, Mek/Erk activity, and chondrocyte metabolic activity.

13 ained for all sites identified with abnormal metabolic activity.

14 effector functions through its regulation of metabolic activity.

15 ined from continuous heat-flow recordings of metabolic activity.

16 ard clinical behavioral evaluation and brain metabolic activity.

17 s outgrowth and myelination, as well as with metabolic activity.

18 he basis of volumetric measurements of tumor metabolic activity.

19 sleep, and relative preservation of cortical metabolic activity.

20 ing the relation between gene expression and metabolic activity.

21 ate tumor cell density and proliferative and metabolic activity.

22 ly segregated genomes depending on oxidative metabolic activity.

23 viability or any deleterious effect on cell metabolic activity.

24 st remaining lung nodule at 1.4 cm showed no metabolic activity.

25 200 methylation reactions, broadly affecting metabolic activity.

26 iofilms, reflecting differences in microbial metabolic activity.

27 regulated, suggesting that hypoxia repressed metabolic activity.

28 hrough modulating the NAD+ level to regulate metabolic activity.

29 in CRHR1, anxious temperament (AT) and brain metabolic activity.

30 minantly as a result of anaerobic eukaryotic metabolic activity.

31 B) an insignificant contributor to placental metabolic activity.

32 DH, indicating increased glycolysis-mediated metabolic activity.

33 correlates with their antigen-presenting and metabolic activity.

34 All others were found to have concordant metabolic activity.

35 cculosa growth, as barley plants show higher metabolic activity.

36 ameters impacted significantly on fibroblast metabolic activity.

37 ) rely primarily on markers that reflect its metabolic activity.

38 st invading pathogens, they are also hubs of metabolic activity.

39 ction, bone nodule formation, and osteoblast metabolic activity.

40 al conditions while maintaining their normal metabolic activity.

41 TOR signaling, mitochondrial biogenesis, and metabolic activity.

42 uch as signalling, membrane permeability and metabolic activity.

43 mation are defined by significant changes in metabolic activity.

44 in regulation of food uptake and in multiple metabolic activities.

45 system displaying dynamic and heterogeneous metabolic activities.

46 it contains essential compounds that perform metabolic activities.

47 subcellular compartment to sustain essential metabolic activities.

48 ter coats, and acute seasonal differences in metabolic activities.

49 ponses while also displaying homeostatic and metabolic activities.

50 cadian redox rhythm driven by the organism's metabolic activities.

51 spholipids, that function in various crucial metabolic activities.

52 ections, the bacteria have to maintain basic metabolic activities.

53 mRNAs that control a wide range of critical metabolic activities.

54 am mammalian cells to interface with complex metabolic activities.

55 ber of unique gene ontology terms related to metabolic activities, a region of chromosome 9 with seve

56 nhibition partially rescues the loss of cell metabolic activity, a measure of cell proliferation.

57 ing this process, we analyzed the underlying metabolic activity across a spectrum of functional DC ac

58 We discovered organized regions of metabolic activity across the islet, and these affect th

59 Tfh and Th1 cell fates and their respective metabolic activities after acute viral infection.

60 at tumors significantly decrease in size and metabolic activity after delivery of 45 Gy of fractionat

61 hable with a short shelf-life due to intense metabolic activity after harvested.

62 a short post-harvest time due to the intense metabolic activity after harvesting.

63 eliorated muscle fiber injury; and increased metabolic activity after hind limb IR injury in a murine

64 In the metastatic setting, residual tumor metabolic activity after the initiation of systemic ther

65 cells that exist in a dormant state with low metabolic activity, allowing them to exhibit high tolera

66 the impacts of chronic AgNP exposure on the metabolic activities and community structure of fungal a

67 o' is in the community is not as critical as metabolic activities and environmental interactions.

68 The full spectrum of ABHD6 metabolic activities and functions is currently unknown

69 Our findings improve the understanding of metabolic activities and interactions between anammox an

70 ineer synthetic communities capable of novel metabolic activities and point to promising future direc

71 In AEC, decreased metabolic activity and an attenuated inflammatory mediat

72 ponse, and correlated this with the cellular metabolic activity and an in silico electrophysiology mo

73 ximum standardized uptake values to quantify metabolic activity and analyzed whole-body datasets for

74 r antioxidant enzyme activity in maintaining metabolic activity and anchorage-independent growth in b

75 by increasing MPNST cell death and reducing metabolic activity and anchorage-independent growth.

76 In MAC elevated ROS levels, decreased metabolic activity and attenuated inflammatory mediator

77 luated by measuring total microbial biomass, metabolic activity and bacterial community structure.

78 conducted canonical correlation analysis of metabolic activity and behavior scores.

79 FOXO1-overexpressing endothelium normalizes metabolic activity and branching behaviour.

80 orylation of caspase-2, but the link between metabolic activity and CaMKII is poorly understood.

81 For the most-extreme fungal xerophiles, metabolic activity and cell division typically halts bet

82 a specific carbon source to achieve highest metabolic activity and cell growth.

83 in middle age suggest a period of heightened metabolic activity and cellular damage associated with N

84 , which resulted in a subsequent decrease in metabolic activity and decreased expression of Erbb4, No

85 ues in areas with focal intratumoral maximum metabolic activity and diffusion restriction and between

86 sequences for gut microbiota composition and metabolic activity and for large intestine mucosal homeo

87 ions correlates with changes in composition, metabolic activity and functional diversity of the micro

88 Here we chart liver metabolic activity and functionality in NAFLD by integra

89 transport capacity requires changes in cell metabolic activity and gene expression.

90 gnancy antagonizes these effects by inducing metabolic activity and increasing glucose tolerance.

91 y apoptosis, oxidative stress, mitochondrial metabolic activity and intracellular DNA content.

92 abeled leukocyte PET/CT enable monitoring of metabolic activity and leukocyte recruitment in a mouse

93 )-labeled leukocytes was performed to assess metabolic activity and leukocyte recruitment, respective

94 of "switch" genes that are rate-limiting for metabolic activity and lineage commitment.

95 is its ability to explain the interaction of metabolic activity and local blood flow through the adeq

96 lated only in mycorrhizas pointed to intense metabolic activity and nutritional exchanges.

97 n turn inhibits mitochondrial biogenesis and metabolic activity and protects LT-HSCs from excessive r

98 pose that TlpD localisation is instructed by metabolic activity and protein interactions, and its sen

99 IFC tissue exhibited significantly lower metabolic activity and release of pro-inflammatory cytok

100 vide important biological information on the metabolic activity and viability of adherent cells.

101 Oxysterols were found to impair metabolic activity and viability of human cortical neuro

102 ndirectly influencing BBB properties via its metabolic activity, and as a potential target for modula

103 ent mitochondrial Ca(2+) rise, mitochondrial metabolic activity, and ATP production.

104 ating diurnal rhythms of gene transcription, metabolic activity, and behavior are found in all three

105 reased Wnt signalling activation, osteoblast metabolic activity, and bone nodule formation.

106 apping of phenotypic diversity, variances in metabolic activity, and cellular adhesion.

107 compounds 3a and 3c inhibit HRAS expression, metabolic activity, and colony formation in T24 cancer c

108 y viruses that affect community composition, metabolic activity, and evolutionary trajectories.

109 ted for their O/C differentiation potential, metabolic activity, and expression of STRO-1 protein.

110 Perfusion parameters, oxygen extraction, metabolic activity, and histological features were compa

111 ogical state, e.g. viability, cultivability, metabolic activity, and ice-nucleation activity.

112 tive-disturbs mitochondrial proteostasis and metabolic activity, and induces widespread gene-expressi

113 response modulated by occlusion duration and metabolic activity, and that choroidal blood flow does n

114 , its occurrence requires very high cellular metabolic activity-and that necrosis in the tumour core

115 In contrast to its full metabolic activity, apelin-36(L28A) lost the ability to

116 tabolism) and shikimate (primary metabolism) metabolic activities are encoded by distinct members of

117 dicate that differences in preceding daytime metabolic activities are the major source of variation i

118 etabolism of the brain, but current tests of metabolic activity are only indirect markers of energy u

119 eir normal cellular growth, architecture and metabolic activities as confirmed by their viability, sc

120 cytes of UDCA-treated animals retained their metabolic activity as evidenced by the amount of glycoge

121 uction was accompanied by an increase in its metabolic activity, as indicated by the increased produc

122 jection neurons, and increased in vivo basal metabolic activity (assessed with fMRI) in hippocampus.

123 discriminated IPA from a general increase in metabolic activity associated with lung inflammation.

124 microbiota bacterial depletions and altered metabolic activity at 3 months are implicated in childho

125 environment induces a reduction of the SaOs2 metabolic activity at an initial stage (</=7 h) that res

126 not latent animals consistently increased in metabolic activity at early time points.

127 showed a residual lesion with high relative metabolic activity at FDG PET had a shorter survival tim

128 spectively examined the relationship between metabolic activity at FDG PET in the residual lesion ide

129 Purpose To determine the correlation between metabolic activity at fluorine 18 fluorodeoxyglucose (FD

130 pted to the harsh environment and capable of metabolic activity at in situ temperatures, possessing a

131 Visualizing altered metabolic activity at sites involved in the immune respo

132 t of the total community and maintained high metabolic activity but also had the highest proportion i

133 oform that enhances the LKB1-controlled AMPK metabolic activity but inhibits LKB1-induced polarizing

134 The gut microbiota possesses diverse metabolic activities, but its contribution toward hetero

135 We found that apelin-36(L28A) retains full metabolic activity, but is 100-fold impaired in its abil

136 Pasteurization decreased metabolic activity by 50 +/- 10% and additional storage

137 LyeTxI was able to reduce multispecies 2-day metabolic activity by 90%.

138 ine, 3 nodal groups demonstrating discordant metabolic activity by both (18)F-FDG PET/CT and (11)C-ME

139 of endothelial quiescence, which decelerates metabolic activity by reducing glycolysis and mitochondr

140 Cancer cells with differing metabolic activities can be distinguished.

141 Specific metabolic activities can participate directly in the pro

142 t yet have a clear understanding of how this metabolic activity changes during stress hematopoiesis,

143 T imaging can provide real-time snapshots of metabolic activity changes in response to viral infectio

144 The C-O group showed lower metabolic activity compared with the C-F group, and both

145 High levels of metabolic activity confer resistance to apoptosis.

146 utrients for thermogenesis and through their metabolic activity decrease pro-atherogenic remnant lipo

147 Metabolic activity defined by the maximum standardized u

148 re but had no effect on a suite of microbial metabolic activities, despite silver accumulation in the

149 The normal suppression of metabolic activity during CTB differentiation to SCT is

150 e enlargement, indicating that elevated cell metabolic activity early after infection is predictive o

151 ovides a more accurate representation of the metabolic activities encoded in a metagenome, and thus i

152 ls, include systemic infections, deleterious metabolic activities, excessive immune stimulation in su

153 n diacetate (FDA, evaluating M. tuberculosis metabolic activity) for predicting infectiousness.

154 between M and BS cells was derived for these metabolic activities from simulated profiles of light pe

155 hysiometer - a device that measures cellular metabolic activity from the local acidification rate.

156 Changes in tumor metabolic activity have been shown to be an early indica

157 ion, by forming microenvironments of intense metabolic activity, high carbon: nitrogen ratio, and pos

158 of microbial diversity to better understand metabolic activity, highlight the unintended consequence

159 18)F-FDG shows promise for the evaluation of metabolic activities in atherosclerotic plaques.

160 kers hold promise for inferring rates of key metabolic activities in complex microbial systems.

161 study PPAR-alpha's anti-inflammatory versus metabolic activities in NASH and fibrosis.

162 ytes, the cells in cartilage, regulate their metabolic activities in response to mechanical loading.

163 een transcription factors and genes encoding metabolic activities in the eukaryote, Saccharomyces cer

164 provided a comprehensive overview of dynamic metabolic activities in trichomes and leaf without trich

165 xtracellular acidosis resulting from intense metabolic activities in tumors promotes cancer cell migr

166 is tools has limited the characterization of metabolic activity in cancer stem cells.

167 tion appears to be associated with increased metabolic activity in frontal cerebral cortical and subc

168 ases in mitochondrial membrane potential and metabolic activity in intact cardiac myocytes from the m

169 cells and macrophages supporting a role for metabolic activity in integrating environmental signals

170 significantly lower cerebral blood flow and metabolic activity in key brain areas compared with cont

171 C-di-AMP depletion resulted in altered metabolic activity in L. monocytogenes.

172 ractice, we observed a profound reduction of metabolic activity in M1 for the performance of internal

173 escued" mitochondrial membrane potential and metabolic activity in mdx myocytes.

174 may be involved in decreased hepatic CYP3A4 metabolic activity in NAFLD.

175 matter integrity in the olfactory tract and metabolic activity in olfactory processing structures, i

176 nd microscopic analyses with measurements of metabolic activity in order to characterise the minerali

177 ate to early apoptotic events, and modulated metabolic activity in osteoblasts.

178 brogated elevated Erk1/2 phosphorylation and metabolic activity in Phlpp1-null cultures.

179 ighly complex, and robust methods to analyze metabolic activity in primary human tumors are sorely ne

180 physiology and can adjust its structure and metabolic activity in response to host health.

181 r to maximize measurement accuracy of tissue metabolic activity in response to perturbations.

182 Metabolic activity in SCN was not affected by nursing sc

183 pubertal neglect in children causes abnormal metabolic activity in several brain regions, including t

184 for these two receptors in the Ce predicted metabolic activity in several regions that have the capa

185 minimal change in the microbial biomass and metabolic activity in soils with both high and low organ

186 ecting exon 6 of CRHR1 influence both AT and metabolic activity in the anterior hippocampus and amygd

187 luorodeoxyglucose (FDG) to document regional metabolic activity in the brain associated with a variet

188 ill associate with changes in the pattern of metabolic activity in the central thalamus and globus pa

189 a myopic crescent is accompanied by loss of metabolic activity in the cortex supplied by the affecte

190 -expressing neurons in the rat PAC increased metabolic activity in the extended amygdala, which is a

191 ms from Se-adequate mice, indicating greater metabolic activity in the face of a suboptimal Se-depend

192 ial membrane translocase, Tom22, to activate metabolic activity in the IMS by enhanced phosphate circ

193 ignificantly more predicted genes related to metabolic activity in the peri-abscess specimens than in

194 A normalized metric of metabolic activity in the residual lesion (standardized

195 mical studies [4], we hypothesized increased metabolic activity in the Wulst and functionally related

196 H) have been used in patients to study tumor metabolic activity in vivo; however, both radiotracers a

197 pression of cytochrome oxidase, a marker for metabolic activity, in the conditioned barrels, suggesti

198 d placebo effect-associated pattern involved metabolic activity increases that corresponded with long

199 for indices of PARP activity, fiber injury, metabolic activity, inflammation, GAPDH activity/intrace

200 Much of this metabolic activity influences host physiology, as second

201 ficant opportunities in molecular imaging of metabolic activities, intracellular sensing, and traffic

202 o after the transplants, in vivo hippocampal metabolic activity is lowered, context-dependent learnin

203 In contrast, such heterogeneity in metabolic activity is not observed in an E. coli yeaG mu

204 ve disease, whereas a complete resolution of metabolic activity is predictive of a successful treatme

205 An organism's metabolic activity leaves an extracellular footprint and

206 SFF values of BAT are independent from its metabolic activity, making SFF a more reliable parameter

207 Physical presence of Liberibacters and their metabolic activities may disturb the function of phloem,

208 Significant metabolic activity may be occurring in kidneys during HM

209 atalysis of electron transfer, requisite for metabolic activity, may have been attenuated in RNA by p

210 However, how the nonequilibrium metabolic activity modulates ER membrane phase has not b

211 valuating disturbances in photosynthetic and metabolic activities of algae caused by this herbicide.

212 ), species taking part in photosynthetic and metabolic activities of algae.

213 lity of OMAAT was demonstrated for screening metabolic activities of different sized soil particles,

214 are often used interchangeably, the specific metabolic activities of each would suggest that ripening

215 we investigated the community structure and metabolic activities of free-living bacterioplankton in

216 o textural properties of butter induced upon metabolic activities of L. helveticus in cream were focu

217 n vitro analysis of biochemical, genetic and metabolic activities of living cells in a functional tis

218 sformed in environmental systems through the metabolic activities of living organisms, but little is

219 lopment, emerging evidence suggests that the metabolic activities of p53 are also important.

220 Neural metabolic activities of the APCx, OTu, olfactory bulb (O

221 The metabolic activities of tumour-associated macrophages (T

222 We hypothesized that the metabolic activity of adults with asthma would differ fr

223 howed the influence of the pH profile on the metabolic activity of another species, H2O2-producing S.

224 In nursed pups, metabolic activity of APCx, OTu and OB increased during

225 Here, we demonstrate that the metabolic activity of apelin-36 can be separated from ca

226 iomass into electricity, based on the use of metabolic activity of bacteria.

227 maintaining the mitochondrial integrity and metabolic activity of BAT.

228 Metabolic activity of biofilms was determined by fluorom

229 wasting, related to changes in nutrition and metabolic activity of cells and tissues, is observed und

230 of pregnancy on choline partitioning and the metabolic activity of choline-related pathways.

231 examethasone (DEX) was found to decrease the metabolic activity of CLL cells, indicated by down-regul

232 caused by or are a response to the increased metabolic activity of contracting skeletal muscles.

233 ion of chemosensory neurons that surveil the metabolic activity of environmental microbes.

234 The metabolic activity of excitatory (glutamatergic) and inh

235 The metabolic activity of glutamate dehydrogenase thus has i

236 The metabolic activity of HCT1806 and HCT4918 is unlikely to

237 E(-/-) mice was associated with the enhanced metabolic activity of hematopoietic stem and multipotent

238 should be of use across domains in which the metabolic activity of live cells are of interest from mo

239 L-CMK) not only suppressed proliferation and metabolic activity of melanoma cells in vitro but also r

240 s of antibiotics has been shown to alter the metabolic activity of micro-organisms, but the impact on

241 The metabolic activity of microbes embedded in this exopolys

242 , by scavenging O2 (*-), to support the high metabolic activity of OCCC.

243 Maternal resveratrol administration recovers metabolic activity of offspring brown adipose tissue.

244 ent, nonetheless enhance the colonization or metabolic activity of pathogens.

245 tic cells were identified by flow cytometry, metabolic activity of remaining cells was assessed, and

246 To dissect the central metabolic activity of S. suis under different conditions

247 By using this approach, the metabolic activity of single adherent cells was monitore

248 so enabled identification and correlation of metabolic activity of specific lipids found in tumor reg

249 r alcohols increase, reflecting the modified metabolic activity of the altered gut microbiome.

250 For both XTT and ATP, which reflect the metabolic activity of the cells, larger and more statist

251 The metabolic activity of the graft was correlated with clin

252 cal stressors can affect the composition and metabolic activity of the gut microbiota, experimental c

253 ian target of rapamycin, which increased the metabolic activity of the stimulated mDCs.

254 The metabolic activity of the tongue is unknown in patients

255 ur findings corroborate the notion that high metabolic activity of thermogenic adipocytes confers ath

256 lasma lipoprotein clearance, and the greater metabolic activity of this depot makes its lipid composi

257 We suggest that similar underground metabolic activity of UMPS may function in other organis

258 ition, OMI resolves differences in the basal metabolic activity of untransformed from malignant breas

259 The presence of metabolic activity on baseline studies was compared amon

260 There were significant increases in metabolic activity only at 24 hours of IR in the PJ34 gr

261 ors, with FX11 administration downregulating metabolic activity only in mutant TP53 tumors.

262 and SPECT may delineate areas of high or low metabolic activity or cerebral blood flow.

263 alues, either in the area with focal maximum metabolic activity or in the area with most restricted d

264 pecies are present, responsible for observed metabolic activity, or regrow when applied.

265 porally coordinates many signaling pathways, metabolic activity, organelles' structure and functions,

266 fied distinct alterations in the distributed metabolic activity patterns associated with autistic-lik

267 in stress, to determine whether its resting metabolic activity predicts risk of subsequent cardiovas

268 Cell metabolic activity, proliferation, differentiation and u

269 ection between cardiovascular regulation and metabolic activity revealed in this study challenges the

270 of secreted alkaline phosphatase protein and metabolic activity showed higher transfection efficacy a

271 nhanced beta-cells viability (89 +/- 6%) and metabolic activity since it reduced the toxic effect of

272 maging characteristics (e.g., lesion number, metabolic activity, size, mineralization, and distributi

273 but gene expression changes did not point to metabolic activities that could generate the reductant n

274 ustment of root growth rates, direction, and metabolic activity that define a dynamic physical networ

275 ng in the Ce might contribute to the altered metabolic activity that is a component of the neural sub

276 f functional glutathione S-transferase (GST) metabolic activity, the key activation pathway for dichl

277 e changes and respond by altering growth and metabolic activity to acclimate to the altered environme

278 sensing nutrient availability and directing metabolic activity to match energy needs with energy pro

279 All three drugs reduced metabolic activity to some degree without evidence of ce

280 only minimal growth but maintain sufficient metabolic activity to sustain the production of 3-hydrox

281 to non-invasively detect a shift in cellular metabolic activity towards glycolysis or oxidative phosp

282 tion of a statistically significant shift of metabolic activity towards glycolysis using potassium cy

283 nstrate that Raman-DIP can not only indicate metabolic activity using deuterated carbon sources but a

284 el also regulates mitochondrial function and metabolic activity via transmission of movement of the a

285 in, the impinger retained the cultivability, metabolic activity, viability, and ice-nucleation activi

286 etween tumor-absorbed dose and posttreatment metabolic activity was assessed per metastasis with a li

287 (BrdU) incorporation, and cell viability and metabolic activity was calculated by MTT assay.

288 The elevated metabolic activity was correlated with enhanced brown ad

289 Recovery of left hemisphere frontoparietal metabolic activity was further associated with command f

290 Metabolic activity was higher in basal gangliar structur

291 In bleomycin-treated mice, a higher metabolic activity was measured on (18)F-FDG PET/CT scan

292 Metabolic activity was positively correlated with oral n

293 In this region, metabolic activity was reduced in ocular dominance colum

294 CYP3A metabolic activity was significantly induced by Mist1 in

295 SUV95, a biomarker of pretreatment pulmonary metabolic activity, was shown to be prognostic of sympto

296 nutrient availability; however, similar key metabolic activities were identified under these conditi

297 NO production and metabolic activity were inhibited by the nitrogen free r

298 as following strict rules for shifting their metabolic activities when prevailing conditions change.

299 combating oxidative stress and synchronizing metabolic activities with availability of reductant, mak

300 MMP activity despite an overall decrease in metabolic activity with PLX4032 treatment.