ライフサイエンスコーパス: metabolic process

1 growth arrest resulting from toxicity of the metabolic process.

2 ched in translation, RNA processing and mRNA metabolic process.

3 ases an enzyme cargo representing a specific metabolic process.

4 r SCoR-regulated S-nitrosylation in multiple metabolic processes.

5 circulating hormones that regulate critical metabolic processes.

6 as chloroplasts and mitochondria, in several metabolic processes.

7 ality screens and the identification of core metabolic processes.

8 tor (B(1)R) plays a role in inflammatory and metabolic processes.

9 but down-regulation of a wide range of basic metabolic processes.

10 ng regenerative, inflammatory, fibrotic, and metabolic processes.

11 ing age, sex, and genotype, may affect these metabolic processes.

12 post-translational regulatory mechanisms of metabolic processes.

13 and takes part in the regulation of several metabolic processes.

14 al binding as a central mechanism to inhibit metabolic processes.

15 in terms of both the underlying cellular and metabolic processes.

16 metals such as Zn that are well regulated by metabolic processes.

17 ily involved variants of core genes encoding metabolic processes.

18 protein stability and thereafter the energy metabolic processes.

19 cholesterol biosynthesis and thyroid hormone metabolic processes.

20 f FGF signaling in the regulation of various metabolic processes.

21 e development and cellular nitrogen compound metabolic processes.

22 the presence of eukaryotes, but also aerobic metabolic processes.

23 ounds that might indicate relevant community metabolic processes.

24 wn to regulate genes involved in a number of metabolic processes.

25 ssion of genes involved in developmental and metabolic processes.

26 plays a critical role in a range of cellular metabolic processes.

27 r exquisite cellular control of Mn-dependent metabolic processes.

28 elated to cell adhesion, immune response and metabolic processes.

29 tential to cause stress by disrupting normal metabolic processes.

30 as of biological regulation and cellular and metabolic processes.

31 hor for a number of proteins involved in DNA metabolic processes.

32 eletal and cardiac muscle mass and modulates metabolic processes.

33 on enriched genes involved in cell cycle and metabolic processes.

34 ging microscopy (FLIM) enables assessment of metabolic processes.

35 ions which arise as a product of fundamental metabolic processes.

36 al proteins and induces changes in different metabolic processes.

37 ters DNA methylation which is vital for most metabolic processes.

38 ase of hDNA2 is involved in a variety of DNA metabolic processes.

39 itive regulator of cellular growth and other metabolic processes.

40 ses and for the 946 downregulated genes were metabolic processes.

41 ays and to help decipher associated cellular metabolic processes.

42 ly reflecting adaptive changes among diverse metabolic processes.

43 loss of specific classes of metabolites and metabolic processes.

44 and extracellular triggers to intracellular metabolic processes.

45 MLL3 plays crucial roles in multiple metabolic processes.

46 acterizing the time evolution of chemical or metabolic processes.

47 ia treatment may be carried out by targeting metabolic processes.

48 ntial for coordinating the timing of various metabolic processes.

49 ns among proteins were those associated with metabolic processes.

50 f urine - a reflection of the gut bacteria's metabolic processes.

51 ion of diseases associated with dysregulated metabolic processes.

52 S) co-factors are required for a plethora of metabolic processes.

53 , regulation of humoral response and various metabolic processes.

54 ial plant macronutrient vital to fundamental metabolic processes.

55 fingerprints" and specific information about metabolic processes.

56 pathway and those involved in 2-oxoglutarate metabolic processes.

57 e-zipper transcription factor that regulates metabolic processes.

58 rentially expressed mRNA targets involved in metabolic processes.

59 part by impairing other KRAS- or ERK-driven metabolic processes.

60 gastrointestinal tract, and drugs regulating metabolic processes.

61 volved in the regulation of a wide number of metabolic processes.

62 ny types of cancers take control of specific metabolic processes.

63 e being converted back to Neu5Ac for further metabolic processing.

64 e circadian clockwork are tightly coupled to metabolic processes across the body.

65 The rapid growth of available knowledge on metabolic processes across thousands of species continue

66 or T cells use glycolysis as the predominant metabolic process after allogeneic HCT and suggest that

67 of life characterized by the ceasing of all metabolic processes, allowing survival of periods of int

68 In addition to exogenous sources, metabolic processes also contribute to OS.

69 ight an unexplored connection between a core metabolic process and large-scale mechanics in a rapidly

70 buted in bacteria and play critical roles in metabolic processes and bacterial pathogenicity.

71 into a major "-omics" platform for studying metabolic processes and biomolecular characterization.

72 fluence of ocean surface water properties on metabolic processes and buoyancy behavior, which may det

73 led that the expression of genes involved in metabolic processes and cell wall biogenesis was upregul

74 ripening follows three phases with distinct metabolic processes and complex regulations via phytohor

75 f how temperature modifies aquatic ecosystem metabolic processes and contributions to carbon cycles a

76 xification system is likely relevant to many metabolic processes and environments beyond DMSP catabol

77 he stomach wall, involved in food digestion, metabolic processes and gastric carcinogenesis.

78 d have multiple applications in the study of metabolic processes and hormonal control thereof.

79 Here, we show the active metabolic processes and interactions in one of these com

80 unravel an unprecedented link between lipid metabolic processes and intestinal pathologies.

81 ession, whereas VCP/p97 inhibition perturbed metabolic processes and intracellular amino acid turnove

82 ve been used to enhance our understanding of metabolic processes and microbe-host interactions owing

83 croorganism growth, and thus promoting their metabolic processes and microbial community.

84 ay provide new insights into M. tuberculosis metabolic processes and new targets for drug discovery.

85 nelles that play pivotal roles in a suite of metabolic processes and often act coordinately with othe

86 raits, some of which are primarily driven by metabolic processes and others by decision-making, which

87 TBK1 also controls metabolic processes and promotes oncogene-induced cell p

88 ata imply that under low pH conditions, both metabolic processes and protein synthesis may be comprom

89 ral proteins with predicted roles in glucose metabolic processes and provides a foundation for furthe

90 to a temporal partition and reprogramming of metabolic processes and provides a link between CR, lipi

91 g the large proton fluxes that are vital for metabolic processes and rapid enzymatic reactions.

92 ly 200 genes, particularly those enriched in metabolic processes and regulation of cell death.

93 ements demands a tight tuning of the various metabolic processes and require cooperation between the

94 hose with functions corresponding to primary metabolic processes and responses to stimuli.

95 of Escherichia coli, which regulate various metabolic processes and stress responses.

96 at impact our understanding of the origin of metabolic processes and the role of organelles in cellul

97 ed by NMR metabolomics to highlight specific metabolic processes and to monitor pathway flux.

98 er utilization of growth substrates (primary metabolic processes) and transformation of illicit drug

99 erms, including oxidation-reduction process, metabolic process, and catalytic activity.

100 eduction in genes associated with transport, metabolic process, and enzyme activity might play import

101 SS(-)) participate in sulfur trafficking and metabolic processes, and are proposed to mediate the sig

102 factor shaping plant community biodiversity, metabolic processes, and ecosystem dynamics.

103 an assist in the interpretation of perturbed metabolic processes, and how this has improved our abili

104 he immune response requires major changes to metabolic processes, and indeed, energy metabolism and f

105 in response to redox signals, the control of metabolic processes, and mitochondrial homeostasis.

106 re implicated in amino acid and carbohydrate metabolic processes, and offer insights into the dynamic

107 d analytes associated with glycemic control, metabolic processes, and T-cell-driven inflammation at t

108 Gene ontology analysis indicates reduced metabolic processing, and increase in fibrin clot format

109 tion of various T cell subsets and how these metabolic processes are altered in SLE.

110 Perturbations in metabolic processes are associated with diseases such as

111 The gut microbiome and its metabolic processes are dynamic systems.

112 from the same location suggests that in vivo metabolic processes are the underlying reason for the di

113 e, by which different immune cells impact on metabolic processes, are being increasingly appreciated.

114 analysis identified genes regulating the RNA metabolic process as a top enriched class of genes in Rb

115 findings provide the rationale for targeting metabolic processes as a noncontraceptive treatment for

116 been designed as a unique tool for analyzing metabolic processes as it includes matrixes specifically

117 e profile characterized by downregulation of metabolic processes as well as MYC and its downstream ta

118 nyl-CoA is a key intermediate in a number of metabolic processes associated with its role as a substr

119 gs will aid our understanding of the complex metabolic processes associated with TB progression from

120 sceptibility interacts with folate-sensitive metabolic processes at the time of neural tube closure.

121 by a gene expression pattern associated with metabolic processes (ATP synthesis and fatty acid oxidat

122 dentified significant differences in crucial metabolic processes between angiosperms and earlier-dive

123 structural integrity and energy for various metabolic processes but can also function as signal tran

124 acy and provide better insight into cellular metabolic processes but is currently not feasible with a

125 Iron is required for key metabolic processes but is toxic in excess.

126 2 is known to modulate both inflammatory and metabolic processes, but the mechanism by which it regul

127 Obesity and insulin resistance influences metabolic processes, but whether it affects macrophage m

128 Co-regulation of cell division processes and metabolic processes by CDK activity may be a general phe

129 We show how GR partitions metabolic processes by time-dependent target gene regula

130 mation of illicit drug biomarkers (secondary metabolic processes) by suspended biomass.

131 Thermal acclimation responses of carbon metabolic processes can be best understood when studied

132 Excess electrons produced during its metabolic processes can be exploited to produce hydrogen

133 These studies reveal how endogenous metabolic processes can generate sufficient ROS to trigg

134 , including those related to photosynthesis, metabolic process, catalytic activity, protein phosphory

135 cellular matrix organization, small molecule metabolic process, cell adhesion (GO IDs: 0030198, 00442

136 Fbeta1 production, regulation of lipoprotein metabolic process, cell adhesion, endodermal cell differ

137 nsport, catabolic process and small molecule metabolic process, changed synchronously.

138 Data are increasingly emerging on how metabolic processes control the function of various T ce

139 Thus, intervention in these metabolic processes could provide novel approaches to im

140 d adapt them into its genome for structuring metabolic processes, developing drug resistance, and col

141 In order to gain insight into the metabolic processes driving the association of leukocyte

142 bility, to ultimately understand more of the metabolic processes during development in Calanus copepo

143 We observed dysregulation of metabolic processes during early persistent infection th

144 n of gene expression associated with diverse metabolic processes during the desiccation time course,

145 rotein synthesis and also a variety of other metabolic processes, especially in bacterial species.

146 oprotein drives elevated macropinocytosis, a metabolic process essential for cancer growth.

147 pathways that limit exhaustion by channeling metabolic processes essential for the rapid recall of me

148 rubber biosynthesis processes, such as basal metabolic processes, ethylene biosynthesis, and the acti

149 lysis of RNAi triggers, elucidates potential metabolic processing events and defines pharmacokinetic-

150 ely correlated to latitude were enriched for metabolic processes, expressed across all tissues wherea

151 These include the regulation of cellular metabolic processes, extracellular matrix organization,

152 When metabolic processes fail to work properly or effectively

153 highlights the connection between microbial metabolic processes, fluid chemistry, and microbial popu

154 own-regulation of housekeeping functions and metabolic processes followed by up-regulation of transpo

155 s highlight the importance of mTOR-regulated metabolic processes for immune cell functions and argue

156 in the field of immunology whereby specific metabolic processes have been shown to be a critical det

157 the modulation of both feeding pathways and metabolic processes; however, the precise mechanisms of

158 ascular extracellular matrix (ECM) relate to metabolic processes important in PH remain undefined.

159 n enzyme-substrate interaction, here the for metabolic processes important urea-urease system, with s

160 otein synthesis is the most energy intensive metabolic process in a bacterial cell, it would be an ap

161 The retinoid cycle is a metabolic process in the vertebrate retina that continuo

162 We show that AML blasts alter metabolic processes in adipocytes to induce phosphorylat

163 NADP(H) is an essential cofactor of multiple metabolic processes in all living organisms, and in plan

164 provided new insight into well-characterized metabolic processes in an important crop plant due to th

165 o establish transcriptional control over the metabolic processes in both organelles.

166 ene ontology analyses revealed activation of metabolic processes in CKD5 arterioles and of inflammato

167 impairs lipid homeostasis via rate-limiting metabolic processes in fatty acid monounsaturated and ph

168 an intricate balance of exacerbated opposite metabolic processes in glycemic regulation.

169 ear effects on physiologic, immunologic, and metabolic processes in human health, aberrations in the

170 gene-specific regulation of inflammatory and metabolic processes in human skeletal muscle.

171 identify both Myc dependent and independent metabolic processes in immune activated T cells.

172 estimate long-term (1970-2010) changes in 64 metabolic processes in lakes.

173 ught to separately modulate inflammatory and metabolic processes in macrophages and is up-regulated i

174 reprogramme inflammatory, immunological and metabolic processes in malignant lesions and local lymph

175 nique endocrine system that governs multiple metabolic processes in mammals.

176 revealed a strong association of HUWE1 with metabolic processes in MM cells.

177 ptor alpha (ERalpha) is a major regulator of metabolic processes in obesity.

178 with potential applications in the study of metabolic processes in oocyte and early embryonic develo

179 few studies showing how seemingly unrelated metabolic processes in other diseases can readily occur

180 f bacterial community structure and nitrogen metabolic processes in permanently and seasonally floode

181 teractions that govern the regulation of key metabolic processes in response to applied perturbations

182 nd its regulation and interaction with other metabolic processes in seeds remain poorly understood.

183 Here we addressed the role of metabolic processes in the course of the agonist medicat

184 Magnesium ions are essential to the basic metabolic processes in the human body.

185 were associated with dysregulated nucleotide metabolic processes in the male prefrontal cortex.

186 es requires the identification of targetable metabolic processes in the mature (stage V) gametocytes,

187 ) stresses, on molecular, physiological, and metabolic processes in the strawberry crop (Fragaria ana

188 We have recently demonstrated essential metabolic processes in tumor progression through the dev

189 transport, acid-base and ion regulation and metabolic processes in vertebrates.

190 ls can be used as an indicator of changes in metabolic processes in vivo.

191 ents for microbial biomass and dissimilatory metabolic processes in which microbes catalyse reduction

192 compound class, they are essential to basic metabolic processes including cell-wall biosynthesis, po

193 NF-kappaB modulates apical components of metabolic processes including metabolic hormones such as

194 oenzyme form of vitamin B-6, may impair many metabolic processes including one-carbon and tryptophan

195 t with leaf turgor in the light, and not via metabolic processes including the level of ABA.

196 PBs are involved in mRNA metabolic processes including translational repression v

197 ct as major epigenetic regulators of diverse metabolic processes (including circadian control of bile

198 under high-glucose conditions affected many metabolic processes, including gluconeogenesis.

199 lar energy status to control a wide range of metabolic processes, including mRNA biogenesis; protein,

200 eins, PCNA and DNA Pol delta) and in protein metabolic processes, including translation.

201 re enriched in proteins which alter cellular metabolic processes, including upstream modulators of th

202 Also, we find defects in anaplerosis, the metabolic process involved in replenishing TCA cycle int

203 The metabolic processes involved in heat-induced TAG formati

204 However, when the thermal sensitivity of a metabolic process is especially weak, higher latitude/el

205 Downregulation of this metabolic process is necessary for increased glycolysis,

206 An essential coordinator of all DNA metabolic processes is Replication Protein A (RPA).

207 In silico analysis of metabolic processes likely affected by observed gene exp

208 on, cellular process, developmental process, metabolic process, localization, multicellular organisma

209 intain energy homeostasis and euglycemia via metabolic processes mainly orchestrated by the insulin/g

210 cogenic signaling and correction of aberrant metabolic processes may be key paradigms to eliminate ca

211 inant interferon-gamma, which suggested that metabolic processes might represent a therapeutic target

212 nd methanogens; but sulfate reduction is the metabolic process most often reported to show strong lin

213 myocardial gene programs (mitochondrial and metabolic processes, muscle contractility) and reduced e

214 volatile organic compounds that reflect the metabolic process occurring in the host both locally in

215 Metabolic processes occurring during host-microbiota-pat

216 Unlike LTE(4), the main metabolic process occurs from the polar head chain of NP

217 ed a unique mechanism to down regulate a key metabolic process of its host to allow accumulation of v

218 and biomass production, the clock may direct metabolic processes of cancer cells in concert with non-

219 d to a more fundamental understanding of the metabolic processes of interest.

220 as the down-regulated genes were involved in metabolic processes of the kidney cells.

221 ncing, and 73 target genes involved in lipid metabolic processes of these miRNAs were found, which co

222 serve as a useful resource for studying the metabolic processes of this and related microalgae.

223 We describe the metabolic processing of STO-609, its toxicity, pharmacok

224 We found that VCP/p97 was tied to multiple metabolic processes on the gene expression level in a di

225 ial micronutrient touches nearly every major metabolic process or pathway in the cell.

226 scarcity alone, in the absence of competing metabolic processes or inhibitory dechlorination interme

227 ions such as coat color, muscle development, metabolic processes, osteopetrosis, and embryonic develo

228 rsible control over biological signaling and metabolic processes, overcoming limitations of chemicall

229 in acute phase response (P < 0.01), pyruvate metabolic process (P < 0.01) and proton-acceptors (P <<

230 depth that aligned with the distributions of metabolic processes predicted by a biogeochemical model,

231 These metabolic processes produce precursors for synthesis of

232 Metabolic processes promoting colonization include essen

233 Resource reallocation to metabolic processes promoting reproduction is critical f

234 Respiration, an essential metabolic process, provides cells with chemical energy.

235 ed in various biological functions including metabolic process, regulation, response to stimulus and

236 ing, and thereby mediating developmental and metabolic processes related to nitrogen use.

237 and an upregulation of genes associated with metabolic processes relative to the two heterospecific c

238 olutionary perspective and shed light on the metabolic processes relevant to the molecular basis of s

239 ism plays a central role in a broad array of metabolic processes required for the survival and growth

240 unctions and biological processes, including metabolic process, response to stimulus, immune system,

241 However, the precise metabolic processes resulting from a defective mitochond

242 standing of how the effect of temperature on metabolic processes scales up to animal movement and bey

243 ', in which generic inhibitors of ubiquitous metabolic processes selectively affect cells with the gr

244 t stress in I. imperati, which included four metabolic processes: sensory initiation, transcriptional

245 However, the client proteins and the metabolic processes served by these chaperones are uncle

246 N(2) O production by AO results from several metabolic processes, sometimes combined with abiotic rea

247 wn- regulated genes, many were implicated in metabolic processes, stimuli-responsive catalytic activi

248 Fe-S) clusters play pivotal roles in various metabolic processes such as photosynthesis and redox met

249 ten associated with disruptions in analogous metabolic processes such as protein aggregation and oxid

250 independent circadian functions specific for metabolic processes such as the NAD(+) salvage pathway a

251 e biosynthesis pathway is essential for many metabolic processes, such as synthesis of DNA and RNA an

252 d to several biological functions, including metabolic processes, suggesting depleted energy reserves

253 -cell function, insulin regulation, or other metabolic processes) T2D risk were constructed by using

254 Gluconeogenesis is a fundamental metabolic process that allows organisms to make sugars f

255 Mitoribosome biogenesis is an expensive metabolic process that is essential to maintain cellular

256 Glucose utilization increases in tumors, a metabolic process that is observed clinically by (18)F-f

257 Photosynthesis is a high-rate redox metabolic process that is subjected to rapid changes in

258 Photosynthesis is a key metabolic process that must be appropriately timed to th

259 ryotic evolution, as eukaryotes have several metabolic processes that are obligately aerobic.

260 ase positively influences carcinogenesis and metabolic processes that are putatively associated with

261 Although there are metabolic processes that are seemingly fundamental to bo

262 ution about the ether bond prevents unwanted metabolic processes that can lead to rapid degradation i

263 hat span from regulation of transcription to metabolic processes that contribute to aberrant cell pro

264 The metabolic processes that govern eosinophils, particularl

265 ssDNA-binding protein, is essential for all metabolic processes that involve ssDNA, including DNA re

266 REs) are repositories of knowledge about the metabolic processes that occur in an organism.

267 findings provide evidence of differences in metabolic processes that persist months after weaning.

268 ses linked to AFC in different EC levels and metabolic processes that support complex interactions be

269 cant enrichment of genes involved in various metabolic processes, the top hit being PDK4, a gene codi

270 ently known about what these fungi do or the metabolic processes they employ.

271 y pattern recognition receptors can regulate metabolic processes, this study shows that a metabolic e

272 In Nature, protons (H(+)) can mediate metabolic process through enzymatic reactions.

273 ent and positive regulation of macromolecule metabolic process to be primarily involved.

274 of energy and relies on a series of complex metabolic processes to achieve this normal function.

275 re of mammalian metabolism that synchronizes metabolic processes to day-night light cycles.

276 se (AMPK) senses energy status and regulates metabolic processes to maintain homeostasis.

277 example, the transformed cells remodel their metabolic processes to supply the additional demand for

278 ependent RAP2.12 stability regulates central metabolic processes to sustain growth, development, and

279 age by synchronizing plant physiological and metabolic processes to the external environment.

280 The estimated responses of metabolic processes to warming were usually greatest in

281 small-molecule intermediates generated from metabolic processes, to perform various regulatory funct

282 e and DNA replication, as well as in the DNA metabolic process, transcription, DNA damage, DNA repair

283 tinuous light in the laboratory, and data on metabolic processes under diurnal conditions are lacking

284 tics for photorespiration and other relevant metabolic processes under drought stress suggested that:

285 ression differences are primarily related to metabolic processes underlying oxidative stress.

286 ly increased risk of heart failure; however, metabolic processes underlying the development of cardia

287 osinophils were isolated for the analysis of metabolic processes using extracellular flux analysis an

288 rganelles that control important and diverse metabolic processes via their interplay with other organ

289 evealed that expression of genes involved in metabolic processes was altered in SXRKO mice.

290 Furthermore, a tighter co-response of metabolic processes was shown at veraison, likely suppor

291 ular metabolite generated during a number of metabolic processes, we determined whether hyperammonemi

292 anding process and PTEN is known to regulate metabolic processes, we sought to understand the role of

293 ession of N22A mutant OTUB1 impairs cellular metabolic processes when compared to wild type.

294 Gluconeogenesis is a well-established metabolic process whereby glucose is generated from smal

295 imes and unscheduled snacking disrupts timed metabolic processes, which further contribute to weight

296 human keratinocytes that converges on major metabolic processes, which often exhibit species-specifi

297 , protein folding, antioxidant mechanism and metabolic processes, which responded differentially at e

298 through a mechanistic interplay between host metabolic processes, which serve to structure infection

299 ched in genes related to mRNA and chromosome metabolic processes (with enrichment in oligodendrocytes

300 Untargeted pathway analysis revealed several metabolic processes within the nodule (e.g., zeatin, rib