ライフサイエンスコーパス: developmental process

1 s known about the genetic regulation of this developmental process.

2 um imaging, we find evidence for a different developmental process.

3 nd/or safety concerns until late in the drug developmental process.

4 he importance of this cytokine in the thymic developmental process.

5 iduct play important roles in mediating this developmental process.

6 in order to identify key genes in a complex developmental process.

7 ll levels of network organization to control developmental process.

8 t MCTPs additively regulate a specific plant developmental process.

9 es in DNA methylation are part of the normal developmental process.

10 no significant effect was found in artichoke developmental process.

11 g angiogenesis is an intriguing but puzzling developmental process.

12 ion, presumably due to the underlying shared developmental process.

13 lar characterization within the context of a developmental process.

14 AF complex, which has known contributions to developmental processes.

15 works, hormone signaling pathways, and plant developmental processes.

16 ey role across all land plants in growth and developmental processes.

17 with splines to capture linear and nonlinear developmental processes.

18 capes can affect the regulation of mammalian developmental processes.

19 me organizer regulates multiple cellular and developmental processes.

20 ut of differentiated cells in numerous other developmental processes.

21 f a quantitative framework for understanding developmental processes.

22 ing these mechanisms with tightly controlled developmental processes.

23 eural repair after CNS trauma and link it to developmental processes.

24 genes with the bivalent mark are involved in developmental processes.

25 y networks related to primary cell types and developmental processes.

26 plicated by the inherently dynamic nature of developmental processes.

27 me cases have been implicated in influencing developmental processes.

28 duced canonical WNT signaling than are other developmental processes.

29 racterization of cell type heterogeneity and developmental processes.

30 y events such as convergent extension during developmental processes.

31 ays play pivotal roles in a broad variety of developmental processes.

32 s and discuss their implications for diverse developmental processes.

33 ture studies to decode the actions of BAF in developmental processes.

34 ever, lack information on continuous dynamic developmental processes.

35 scuss how metabolism influences cellular and developmental processes.

36 tant to sustain TCR signals during these key developmental processes.

37 criptome during embryogenesis and subsequent developmental processes.

38 ain, are sufficient to mediate both of these developmental processes.

39 rtitioning is an essential component of many developmental processes.

40 rity (PCP) signaling may also occur in other developmental processes.

41 el roles for individual genes in fundamental developmental processes.

42 tide binding properties to control different developmental processes.

43 line differentiation lags behind other plant developmental processes.

44 sponses to environmental stimuli and various developmental processes.

45 providing a possible link between these two developmental processes.

46 to uncover the molecular programs that drive developmental processes.

47 in stress response, signal transduction, and developmental processes.

48 be involved in a broader array of mammalian developmental processes.

49 pathways essential for diverse cellular and developmental processes.

50 s (lncRNAs) have been implicated in numerous developmental processes.

51 lengthening of the cell cycle and subsequent developmental processes.

52 or controlling expression of genes linked to developmental processes.

53 ce healing of enthesis injuries by mimicking developmental processes.

54 ng transcription factors involved in various developmental processes.

55 tially methylated genes that are involved in developmental processes.

56 ncover dynamic, active roles for BMs in many developmental processes.

57 g pathway plays fundamental roles in diverse developmental processes.

58 wall polymers to influence plant growth and developmental processes.

59 ypothesized that they would control distinct developmental processes.

60 drial function, cell-signalling pathways and developmental processes.

61 ted transcripts, particularly during various developmental processes.

62 ional changes in the allopolyploid targeting developmental processes.

63 of the FZD family to regulate a multitude of developmental processes.

64 alian mRNA, plays a critical role in various developmental processes.

65 g metazoan evolution to regulate specialized developmental processes.

66 tractable monitoring and assessment of early developmental processes.

67 different gene sets and, therefore, distinct developmental processes.

68 nce and others involved in morphological and developmental processes.

69 rigger adaptive changes in both behavior and developmental processes.

70 d be a promising platform for studying human developmental processes.

71 simply an unavoidable outcome of biological developmental processes?

72 b group proteins are essential regulators of developmental processes across animals.

73 Nuclear movement is involved in cellular and developmental processes across eukaryotic life, often dr

74 can be applied to the understanding of other developmental processes across organisms.

75 ent chromatin at MHC-I APP genes is a normal developmental process active in embryonic stem cells and

76 for loss of hmx3a, it does function in these developmental processes, although to a much lesser exten

77 eir interaction may produce variation in the developmental process and cause phenotypic differences a

78 ether astrocyte diversity is attributable to developmental processes and bears functional consequence

79 Fast amoeboid migration is critical for developmental processes and can be hijacked by cancer ce

80 sitive and negative genetic contributions to developmental processes and cell phenotypes.

81 sitive and negative genetic contributions to developmental processes and cell phenotypes.

82 research to increasing our understanding of developmental processes and combatting cancer and other

83 stem cells (hiPSCs) are invaluable to study developmental processes and disease mechanisms particula

84 sults demonstrate strong conservation in the developmental processes and gene networks regulated by L

85 1), which represents an intracellular hub of developmental processes and has been related to cognitiv

86 Motivated by similarities in developmental processes and histological properties betw

87 on factor Sox10 is an essential regulator of developmental processes and homeostasis in the neural cr

88 play significant roles in regulating various developmental processes and hormone signalling pathways

89 ohormone ethylene is widely involved in many developmental processes and is a crucial regulator of de

90 ation events and machinery in regulating the developmental processes and metabolic function of adipoc

91 uestions regarding the evolution of metazoan developmental processes and nervous system function.

92 lthough FXR1P has been implicated in various developmental processes and neuropsychiatric diseases, i

93 opmental constraints, linked teratologies to developmental processes and patterns, and contradicted h

94 Auxin controls a myriad of plant developmental processes and plant response to environmen

95 redundantly to control multiple craniofacial developmental processes and play a crucial neural crest

96 Differential expression of mi-RNAs targeting developmental processes and progressive downregulation o

97 Ethylene gas is essential for developmental processes and stress responses in plants.

98 Ethylene is a major plant hormone mediating developmental processes and stress responses to stimuli

99 s a regulatory checkpoint, directing diverse developmental processes and tailoring adaptive responses

100 ul 3D model system for investigating corneal developmental processes and their disruptions in disease

101 m cell-derived kidney organoids recapitulate developmental processes and tissue architecture, but int

102 zymes, and transcription factors involved in developmental processes and tissue regeneration.

103 g new cell types and providing insights into developmental processes and transcriptional stochasticit

104 rylates a range of proteins to control broad developmental processes, and BIN2 is degraded through un

105 vidence of patient and family involvement in developmental processes, and little is known about the e

106 e crops is closely linked to modification of developmental processes, and the steps that are needed t

107 ying the genetic underpinning of this unique developmental process answers long-standing questions ab

108 Among critical signals regulating this developmental process are bacterial Nod Factors (NFs) an

109 d in herbivory-induced defense responses and developmental process are both likely to be a result of

110 rtical circuits, and disruptions to this key developmental process are implicated in the etiology of

111 Anomalies in this developmental process are seen in individuals with autis

112 though many molecular mechanisms controlling developmental processes are evolutionarily conserved, th

113 Experiments on mice have shown that developmental processes are influencing the generation o

114 However, the origins of these developmental processes are just beginning to be unveile

115 e pathways associated with multicellular and developmental processes are not under TOD control in W.

116 Many developmental processes are stabilized through robust si

117 ion and thereby control a number of critical developmental processes as well as responses to stresses

118 biology, including the cell-fate decision in developmental processes as well as the genesis and progr

119 tory elements is essential for understanding developmental processes as well as the role of disease-a

120 ional information that guides a multitude of developmental processes at cellular and tissue levels.

121 known for roles in affecting prenatally late developmental processes at the synapse.

122 in vivo are not solely due to disruption of developmental processes, because inducing OGT knock-out

123 On a nativist view, the developmental process begins with innate prescribed solu

124 he GATA and PSEDN networks that may regulate developmental processes beyond hematopoiesis.

125 revealed biological roles of ANT1 in several developmental processes beyond its known roles in plant

126 ch as Wnt signaling, that not only regulates developmental processes but also contributes to disease

127 inflorescence which are initiated by similar developmental processes but gradually develop distinct a

128 cle, and cell fate are tightly associated in developmental processes, but in vivo studies at single-c

129 in gradients underlie essential cellular and developmental processes, but the mechanisms by which the

130 d DNA methylation are implicated in multiple developmental processes, but their relationship to cell

131 ovel mechanism by which Polycomb directs the developmental process by activating a group of lineage-s

132 contrast, THC exposure disrupted the normal developmental process by inducing premature pruning of d

133 Secondary growth is the developmental process by which woody plants grow radiall

134 le of how transcription factors can regulate developmental processes by combinatorial properties, act

135 ongly suggest SFPS modulates light-regulated developmental processes by controlling pre-mRNA splicing

136 VD, MNs reverse their cellular polarity in a developmental process called respecification.

137 mission, but many unselfish evolutionary and developmental processes can also generate TRD.

138 rm upon which further investigations into 3D developmental processes can be performed.

139 New cellular functions and developmental processes can evolve by modifying existing

140 Do genetic architectures and developmental processes canalize the evolution of simila

141 l isomerase (PPIase) Pin1 plays key roles in developmental processes, cell proliferation, and neurona

142 The developmental process consisted of an initial reporting

143 To define the gene networks and developmental processes controlled by LEC1, genes regula

144 show that variation in the component of the developmental process corresponding to environmental and

145 timuli, providing new tools to probe natural developmental processes, create synthetic tissues with d

146 nges in transcripts participating in diverse developmental processes, despite a lack of gross morphol

147 The mechanism is akin to a developmental process (developmental correction) that ar

148 ses exciting opportunities to study cell and developmental processes directly in complex tissues and

149 Myelination is considered to be an important developmental process during human brain maturation and

150 Spermiogenesis is a highly orchestrated developmental process during which chromatin condensatio

151 cell atlas' (MOCA) provides a global view of developmental processes during this critical window.

152 ifferent plant species to regulate identical developmental processes even, as for ovule primordia ini

153 at CK1delta plays a key role in winding down developmental processes exclusively by regulating poly(A

154 regulatory cells, which may be an important developmental process for tolerance acquisition to food

155 erebral cortex and play major roles in early developmental processes, for example, neuronal prolifera

156 During this developmental process, Foxg1 is expressed in the optic n

157 ross eight time points throughout the sexual developmental process from pairing to maturation.

158 -sequencing make it possible to infer latent developmental processes from the transcriptomic profiles

159 the phylum, countering hypotheses regarding developmental processes governing the early evolution of

160 during the transit-amplifying phases of many developmental processes-hematopoiesis in particular-is u

161 Calcium modulates a wide range of plant developmental processes; however, the regulation of frui

162 ment with alterations in both early and late developmental processes hypothesized to contribute to th

163 ght into the metabolic requirements for this developmental process in Bacillus species.

164 rved during embryogenesis in animals and the developmental process in plants and fungi.

165 by de novo telomere addition, while a normal developmental process in some organisms, has the potenti

166 sented here could be applied to a variety of developmental processes in any model and non-model organ

167 hereby controlling vacuole and auxin-related developmental processes in Arabidopsis embryos and seedl

168 attack, and cold acclimation, but also drive developmental processes in cooperation with other plant

169 s an endogenous signal that triggers crucial developmental processes in filamentous fungi, and opens

170 ), responsible for cuticle tanning and other developmental processes in insects.

171 ala-vmPFC connectivity may indicate abnormal developmental processes in key emotion pathways in pedia

172 GNIFICANCE STATEMENT FGFs promote a range of developmental processes in many developing tissues and a

173 g pathway plays fundamental roles in diverse developmental processes in metazoans, where it is import

174 nal dynamics change over the course of these developmental processes in other plant systems.

175 ar analysis that FRS7 and FRS12 affect these developmental processes in part by binding to the promot

176 s of hummingbird adaptation involve parallel developmental processes in Penstemon.

177 ssors that mediate diverse physiological and developmental processes in plants [1, 2].

178 Many developmental processes in plants are regulated by GA ho

179 modified CLE peptide is involved in several developmental processes in plants, including autoregulat

180 ers that play crucial roles in a plethora of developmental processes in plants.

181 r proper epigenetic regulation of a range of developmental processes in plants.

182 Mosaic analysis provides a means to probe developmental processes in situ by generating loss-of-fu

183 ver, it remains unclear how BRs regulate the developmental processes in soybean, and the molecular me

184 enome-wide approach to show how ETT controls developmental processes in the Arabidopsis shoot through

185 The Snord116 gene cluster is important for developmental processes in the brain as well as the endo

186 clock coordinates numerous plant growth and developmental processes including cell elongation in the

187 Wnt signaling controls critical developmental processes including tissue/body patterning

188 e3a deletion offspring enriched in postnatal developmental processes including Wnt signaling, synapti

189 cid (RA) signaling is essential for multiple developmental processes, including appropriate pancreas

190 e pre-mRNA splicing necessary for a range of developmental processes, including autophagosome formati

191 naling pathway is a prominent player in many developmental processes, including gastrulation, anterio

192 have been shown to be essential for numerous developmental processes, including growth and developmen

193 gehog (Hh) signaling pathway governs complex developmental processes, including proliferation and pat

194 Macrophages are key regulators of developmental processes, including those involved in mam

195 dings support the role of FBXW11 in multiple developmental processes, including those involving the b

196 The formation of biofilms is a developmental process initiated by planktonic cells tran

197 ontrast, PSC-CMs fail to fully undergo these developmental processes, instead remaining arrested at a

198 iverse forms of injury and canalize existing developmental processes into the execution of a correct

199 increasingly evident that several important developmental processes involve mechanical forces in an

200 This developmental process is controlled by a complex regulat

201 Precise control of developmental processes is encoded in the genome in the

202 of mRNAs underlying critical tissue-specific developmental processes is largely regulated at the tran

203 ur knowledge of the mechanisms governing the developmental processes is limited, impeding the quality

204 hough LEC and BBM proteins regulate the same developmental process, it is not known whether they func

205 ative psychosocially and biologically driven developmental process, it occurs alongside behaviors tha

206 The molecular mechanisms that underlie this developmental process, known as metacyclogenesis, are po

207 ted mouse ES cells to capture the continuous developmental process leading to hemangiogenesis.

208 que ability of K36M mutations to alter plant developmental processes leading to severe pleiotropic ph

209 whose life cycle involves reprogramming host developmental processes leading to the formation of gall

210 se individuals toward adiposity by affecting developmental processes, little is known about the chemi

211 ent impact of FGF-FGFR in multiple embryonic developmental processes makes it challenging to elucidat

212 These altered developmental processes may contribute to the etiology o

213 ependent neural alternations, 2) clarify how developmental processes may interact with neural alterat

214 Together, these results uncover the developmental process of an important perceptual skill,

215 However, the developmental process of FLK1(+) mesoderm generation and

216 our results reveal, for the first time, the developmental process of mosquito scale formation and al

217 The developmental process of these guidelines is based on a

218 ssing.SIGNIFICANCE STATEMENT Elucidating the developmental processes of auditory brainstem presynapti

219 d unigenes and enriched pathways between the developmental processes of female cones were analysed to

220 odel that will expand our ability to dissect developmental processes of gliomagenesis and to provide

221 tems that will expand the ability to dissect developmental processes of gliomagenesis.

222 We show that perturbing developmental processes of prefrontal layer II/III pyram

223 This has raised doubts as to whether developmental processes of the human brain can occur out

224 d, and how it sometimes changes as part of a developmental process or in response to changes in the e

225 correlations between developmental genes and developmental processes or cell phenotypes.

226 derived plant hormones that regulate various developmental processes, particularly shoot branching, r

227 n are sensitive to global and regional brain developmental processes, possibly related to differences

228 Knowledge of normative developmental processes provides the impetus to design a

229 n is therefore important for a wide range of developmental processes, ranging from germline stem cell

230 types, these associations involve mRNAs from developmental processes, receptor tyrosine kinase signal

231 olecular regulators of these legume-specific developmental processes remain enigmatic.

232 of the T cell antigen receptor (TCR) in this developmental process remains controversial.

233 Our study identifies epidermal developmental processes required for digit separation.

234 The need to understand cell developmental processes spawned a plethora of computatio

235 cts of biology, including basic cellular and developmental processes, stem cell biology and tumorigen

236 ne analysis indicated that genes involved in developmental processes such as cell division, cell diff

237 otL2/actin filaments plays a crucial role in developmental processes such as epithelial geometrical p

238 ave homologs in angiosperms that function in developmental processes such as flowering and shoot bran

239 r cell polarity (PCP) plays crucial roles in developmental processes such as gastrulation, neural tub

240 ew cell types such as endothelial cells, new developmental processes such as neural crest delaminatio

241 dium, and potassium) contributes to in utero developmental processes such as neural proliferation, mi

242 showed that 52 modular genes participated in developmental processes such as skeletal system developm

243 photosynthesis, carbohydrate metabolism, and developmental processes such as the initiation of flower

244 contrast, the majority of genes involved in developmental processes such as those required for auxin

245 To avoid affecting earlier developmental processes, such as axon guidance, we condi

246 macrophages are enriched for mRNAs linked to developmental processes, such as blood vessel morphogene

247 enrichment in cell migration, cell adhesion, developmental process, synapse assembly, cell proliferat

248 we will benefit from knowing more about the developmental process that enables embodiment.

249 Spermatogenesis is a dynamic developmental process that includes stem cell proliferat

250 Alveologenesis is an essential developmental process that increases the surface area of

251 mato fruit is a complex tightly orchestrated developmental process that involves multiple physiologic

252 Oogenesis is a complex developmental process that involves spatiotemporally reg

253 e, undergoes a complex and poorly understood developmental process that is critical for establishing

254 t transiently silence their genome, an early developmental process that requires Nanos activity.

255 microbial colonization is a clearly defined developmental process that starts with the formation of

256 roteins-and light signaling-in metabolic and developmental processes that affect yield and compositio

257 RSA is shaped by multiple developmental processes that are largely governed by the

258 a florid phenotype revealing alterations of developmental processes that are largely regulated by ma

259 Developmental processes that control root system archite

260 al disorders has prompted the search for key developmental processes that drive changes in risk for p

261 We describe developmental processes that enable children to construc

262 This review will focus on developmental processes that give eukaryotic cells their

263 elopment, and indicate a significant role in developmental processes that require tight regulation of

264 isms involving the reactivation of endocrine developmental processes that result in dramatic beta-lik

265 he auditory system may also undergo critical developmental processes that support auditory perception

266 Here, we review the early developmental processes that underlie cortical arealizat

267 ndicate the presence of genetic variance for developmental processes themselves, while also suggestin

268 e respond to commentators' queries about the developmental process through which children acquire a c

269 ions to this framework: a description of the developmental process through which second-personal comp

270 H7 homolog, UBC-18, plays a critical role in developmental processes through its cooperation with the

271 Collectively, our findings suggest that the developmental processes through which residential contex

272 Transposons can hijack the host developmental process to propagate whenever their silenc

273 Seed maturation is an important developmental process to soybean seed quality and yield.

274 ies mark SMCHD1 as a major regulator linking developmental processes to adult disorders including a f

275 dence suggests that cancer mimics or co-opts developmental processes to facilitate tumor initiation a

276 lly, we explore the potential of these basic developmental processes to inform our understanding of t

277 However, mechanisms connecting developmental processes to pathologies associated with e

278 pportunities to link specific prenatal brain developmental processes to the forms of aberrant neural

279 Despite the importance of these developmental processes to the infection cycle of C. dif

280 Using developmental processes to uncover new pathways contribu

281 ng in plants, make predictions regarding the developmental processes to which wall recycling might co

282 However, the lung developmental processes underlying airway recruitment of

283 Developmental processes underlying normal tissue regener

284 stigated potential effects of ecology on the developmental processes underlying ovariole number evolu

285 Here, we explored the developmental processes underlying the formation of the

286 To understand the developmental processes underlying this we need to consi

287 between the dynamics of tissue mechanics and developmental processes, underpinning the importance of

288 Transcriptional factors involved in the developmental process underwent early-onset decline duri

289 1) and APC/C(CCS52A2) complexes to different developmental processes was studied through analysis of

290 oaching vascular cambial growth as a complex developmental process, we review data from living plants

291 ith cis-regulatory elements (CREs) linked to developmental processes, whereas BiP3 promoters were enr

292 Radial intercalation is an important developmental process whereby cells undergo polarized mo

293 Epithelial-mesenchymal transition (EMT) is a developmental process whereby stationary, adherent cells

294 mesenchymal transition (EMT) is an essential developmental process which can be hijacked by cancer ce

295 PNTs revealed their widespread role in lens developmental processes while hundreds of CNTs were foun

296 Ovule primordia formation is a complex developmental process with a strong impact on the produc

297 g a transcription factor regulating multiple developmental processes with a main role in oligodendroc

298 ures to encode these complex interactions of developmental processes with biotic and abiotic factors,

299 ting downstream mediators that depend on the developmental process, with a requirement in neuronal di

300 pathways are used reiteratively in different developmental processes yet produce distinct cell fates