ライフサイエンスコーパス: evolutionary process

1 on depends on the specific mechanisms of the evolutionary process.

2 zygosity, making them powerful actors in the evolutionary process.

3 changes in phenotype that emerge during this evolutionary process.

4 the mechanisms of selection in this complex evolutionary process.

5 d to be static and independent of the actual evolutionary process.

6 rove our understanding of urbanization as an evolutionary process.

7 viral counterpart in the microbiome-host co-evolutionary process.

8 Cancer growth is a multistage, stochastic evolutionary process.

9 ion of or reversion to virulence during this evolutionary process.

10 mparing the sensitivities during the network evolutionary process.

11 mic to different major biomes illuminate the evolutionary process.

12 ors substantiated the notion of cancer as an evolutionary process.

13 r prosocial effects in a long-term, cultural evolutionary process.

14 ile B causes A through a slowly accumulating evolutionary process.

15 cer develops and progresses through a clonal evolutionary process.

16 have aided our general understanding of the evolutionary process.

17 icrobiome assembly a critical ecological and evolutionary process.

18 enetic variation and are thus central to the evolutionary process.

19 pacts the estimates of the phylogeny and the evolutionary process.

20 ow its many dimensions impact ecological and evolutionary processes.

21 y neutral model that combines ecological and evolutionary processes.

22 cts of chromosome copy number on fundamental evolutionary processes.

23 es to connect genomic patterns to underlying evolutionary processes.

24 ages differently offers greater insight into evolutionary processes.

25 tural laboratories for the study of parallel evolutionary processes.

26 iation is essential for the understanding of evolutionary processes.

27 to analyse genetic data to genetic models of evolutionary processes.

28 el insight into otherwise-hidden genetic and evolutionary processes.

29 ptimal models must be viewed in the light of evolutionary processes.

30 are prima facie evidence for determinism in evolutionary processes.

31 ronmental pressure in driving ecological and evolutionary processes.

32 in order to accurately model the underlying evolutionary processes.

33 xpectation of accommodating the hierarchy of evolutionary processes.

34 type, and fitness to explore a wide range of evolutionary processes.

35 enome is important for understanding several evolutionary processes.

36 erpinnings of mutualisms with ecological and evolutionary processes.

37 ehavior and the macro-level of individual co-evolutionary processes.

38 etiology of disease and our understanding of evolutionary processes.

39 pulation dynamics models to include such eco-evolutionary processes.

40 invasive breast cancer through a variety of evolutionary processes.

41 rint of the interplay between ecological and evolutionary processes.

42 ions, their role in food web functioning and evolutionary processes.

43 llent platform for understanding fundamental evolutionary processes.

44 rganized optimization of protein patterns by evolutionary processes.

45 ing mutation, is an important aspect of many evolutionary processes.

46 isease and the genetic variation driving all evolutionary processes.

47 oral heterogeneity (ITH) and temporal clonal evolutionary processes.

48 Nature repurposes proteins via evolutionary processes.

49 persal may impact large-scale ecological and evolutionary processes.

50 hanisms but arising through rather different evolutionary processes.

51 acity may be influenced by biogeographic and evolutionary processes.

52 full spectrum of SVs impacts ecological and evolutionary processes.

53 yme design, and deepened our appreciation of evolutionary processes.

54 ng apart the role of neutral and non-neutral evolutionary processes.

55 balance of selective constraints and dynamic evolutionary processes.

56 ngements can provide essential insights into evolutionary processes.

57 namics, with implications for ecological and evolutionary processes.

58 play of strong positive selection with other evolutionary processes.

59 ate in a predictable manner-through parallel evolutionary processes.

60 ct of population structure on the outcome of evolutionary processes.

61 generate the most accurate inferences of eco-evolutionary processes.

62 elective or ecological differences and other evolutionary processes?

63 nt palaeontological data to deciphering this evolutionary process(3,4).

64 950 to 1999 revealed a remarkably clock-like evolutionary process across all Australian lineages of M

65 rongly driven by adaptation, whereas spatial evolutionary processes acting on edge subpopulations con

66 summarized with a single model that includes evolutionary processes acting on latency.

67 ools that reflect ecological, historical and evolutionary processes acting over millions of years.

68 The evolutionary processes allowing the robust coexistence o

69 The gadid AFGP evolutionary process also represents a rare example of t

70 The relationship and evolutionary process among these four types of droughts

71 ur data will enable genome-scale analyses of evolutionary processes among crops, weeds, and wild spec

72 re shaped by the intrinsic randomness of the evolutionary process and by the deterministic variation

73 Phylogenetic trees describe both the evolutionary process and community diversity.

74 is a recently recognized mechanism, but the evolutionary process and function of putative de novo ge

75 ere disturbances can substantially alter eco-evolutionary processes and dynamics.

76 However, the evolutionary processes and ecological factors behind the

77 our understanding of the connection between evolutionary processes and emergent patterns.

78 uals, populations and species as a result of evolutionary processes and environmental influences.

79 The temporal evolutionary processes and functionalization of plant du

80 ucleus has been shaped and conserved through evolutionary processes and likely plays an adaptive func

81 ss of genetic diversity, thereby influencing evolutionary processes and population viability.

82 ings, providing new perspectives on the deep evolutionary processes and relationships that underlie e

83 shaped by an unexpectedly broad spectrum of evolutionary processes and shows how signatures of evolu

84 ghts the interwoven nature of ecological and evolutionary processes and the importance of density-dep

85 refore lead ecologists to overlook important evolutionary processes and their ecological consequences

86 hain mutation is fundamental both to natural evolutionary processes and to the engineering of protein

87 Domestication is at its heart an evolutionary process, and for many prehistorians evoluti

88 e Pleistocene have driven an insect-plant co-evolutionary process, and have contributed to the format

89 ng to an independent or a pairwise dependent evolutionary process, and to simultaneously estimate the

90 ate geographic differences in ecological and evolutionary processes, and evidence increasingly shows

91 ng (drift) and variance-reducing (selective) evolutionary processes, and factors that may tip this ba

92 volving the ecology of disease transmission, evolutionary processes, and their interaction with envir

93 iated diseases among carriers, such cellular evolutionary processes appear to occur rarely.

94 Many ecological and evolutionary processes are affected by urbanization, but

95 e effects of pulse warming on ecological and evolutionary processes are complex and context dependent

96 Evolutionary processes are consilient; they affect sever

97 ver, the long-standing dogma that reticulate evolutionary processes are likewise advantageous for swi

98 Although evolutionary processes are most evident at macroevolutio

99 y, the effects of distinct developmental and evolutionary processes are separable, even within the sh

100 s, which can have significant influence over evolutionary processes, are an understudied source of be

101 possible analysis of cancer genomes somatic evolutionary process as well as functional genomic chang

102 ater lake cichlids are ideal models to study evolutionary processes as they display one of the most c

103 the finest temporal scales to ecological and evolutionary processes at the broadest.

104 The evolutionary process based on relationship-dependent gam

105 tocells are able to reproduce and undergo an evolutionary process based on their coupling with an int

106 maphrodite species can shed light on general evolutionary processes behind flower evolution.

107 tal to comprehend the role of ecological and evolutionary processes behind survival and reproductive

108 Furthermore, it shows that the evolutionary processes behind the emergence of H. sapien

109 er constancy, opening new perspectives in co-evolutionary process between plants and pollinators.

110 ants are powerful tools with which to assess evolutionary processes between parental species and thei

111 e innovation by duplication is a fundamental evolutionary process but is difficult to study in humans

112 Sexual selection is a fundamental evolutionary process but remains debated, particularly i

113 produced new knowledge not only of molecular evolutionary processes but also of the underlying determ

114 erns of PE can provide insights into complex evolutionary processes but this congruence is lost at th

115 d the mutations that have characterized this evolutionary process, but defining causal mutations in t

116 hybridization is an important and widespread evolutionary process, but the relative roles of neutral

117 De-domestication is a unique evolutionary process by which domesticated crops are con

118 are reminiscent of genetic accommodation, an evolutionary process by which phenotypic flexibility in

119 The evolutionary process by which these molecules arise is i

120 Vavilovian mimicry is an evolutionary process by which weeds evolve to resemble d

121 Modelling can provide a window into evolutionary processes by allowing the examination of se

122 pe" of speciation is difficult, because many evolutionary processes can impact levels of variation.

123 search demonstrates that many ecological and evolutionary processes can only be understood from a tri

124 There is evidence that spatial evolutionary processes can speed range expansion within

125 Bacterial speciation is a fundamental evolutionary process characterized by diverging genotypi

126 ience of sensory systems with ecological and evolutionary processes, closing a feedback loop that pro

127 multiple species interact and ecological and evolutionary processes continuously shape populations an

128 Understanding the ecological and evolutionary processes determining the outcome of biolog

129 omic drivers, may act through ecological and evolutionary processes differently, at different scales,

130 These evolutionary processes drive herbicide and herbicide-res

131 te cancer (PCa) progression is a complex eco-evolutionary process driven by the feedback between evol

132 L cells develop ibrutinib resistance through evolutionary processes driven by dynamic feedback betwee

133 Tumor initiation and progression are somatic evolutionary processes driven by the accumulation of gen

134 ocumented, the effects of climate on the key evolutionary process driving adaptation-natural selectio

135 ave enabled researchers to shed light on the evolutionary processes driving human adaptation, by reve

136 Here, we delineate the evolutionary processes driving the genetic diversity and

137 The evolutionary processes driving these rapid diversificati

138 omplex biogeographical scenarios where other evolutionary processes (e.g. genetic drift and introgres

139 unities are assembled by both ecological and evolutionary processes, ecological assembly processes ha

140 te aspects of the spatial landscape to study evolutionary processes, efficient simulation of genetic

141 alization, and specialization are three main evolutionary processes for Arabidopsis young duplicate g

142 Yet, the evolutionary process from wide continental rift to conti

143 This study reveals greater complexity in the evolutionary processes generating Macaronesian endemic d

144 small, affirming the primary role of neutral evolutionary processes-genetic drift, mutation, and gene

145 Overall, our data support that different evolutionary processes govern MHC diversity in different

146 population genomic analyses for gauging the evolutionary processes governing genetic variation in na

147 entanglement degree in quantum games on the evolutionary process has been studied.

148 The role of gene interactions in the evolutionary process has long been controversial.

149 a 200-residue protein, of which the natural evolutionary process has sampled only an infinitesimal s

150 of climate dipoles in shaping ecological and evolutionary processes has been largely overlooked.

151 important extension to our understanding of evolutionary processes has been the discovery of the rol

152 direct defence and associated ecological and evolutionary processes has not been clearly defined.

153 es the joint dynamics of epidemiological and evolutionary processes, has made significant progress in

154 genes gives clues as to whether any of these evolutionary processes have occurred.

155 different types of SVs affect ecological and evolutionary processes; (ii) suggest unifying definition

156 in a repeated game can be interpreted as an evolutionary process in a population of ideas.

157 ecause they neglect the heterogeneity of the evolutionary process in different lineages of the tree.

158 The ruff mating system is the result of an evolutionary process in which multiple genetic changes c

159 notypes and assess the contribution of SV to evolutionary processes in an avian model of incipient sp

160 omic resource will offer new perspectives on evolutionary processes in cross-species comparative anal

161 rmine the clonal nature of driver events and evolutionary processes in early-stage NSCLC.

162 standing intra-patient heterogeneity and the evolutionary processes in multiple myeloma.In multiple m

163 ntal information about genetic variation and evolutionary processes in natural populations.

164 Polyploidy is a key driver of ecological and evolutionary processes in plants, yet little is known ab

165 characterize the relative roles of different evolutionary processes in shaping patterns of genetic va

166 While an understanding of evolutionary processes in shifting environments is vital

167 fields, with implications for understanding evolutionary processes in subseafloor microbial populati

168 Therefore, island and seamount evolutionary processes in the aquatic environment remain

169 provides several tools to aid research into evolutionary processes in the microbial world.

170 earchers to better synthesize ecological and evolutionary processes in their quest to answer some of

171 viruses, with relatively little known about evolutionary processes in viruses with single-stranded D

172 ve far-reaching consequences for fundamental evolutionary processes including the rate of adaptation,

173 nifying model or algorithm that can take all evolutionary processes into account through a stepwise o

174 ow high-dose chemotherapy engenders opposing evolutionary processes involving the mutational input of

175 Tumor development is a Darwinian evolutionary process, involving the interplay between ca

176 ge of pharmacokinetic, drug interaction, and evolutionary processes is essential for identifying best

177 vents, while evidence for adaptation through evolutionary processes is limited.

178 But despite their centrality to evolutionary processes, it is still largely unknown how

179 Despite the role of polyploidy in multiple evolutionary processes, its impact on plant diversificat

180 pecific for the pathogen through a Darwinian evolutionary process known as affinity maturation.

181 A model incorporating evolutionary processes known to be in constant operation

182 genetic analysis of NucS indicates a complex evolutionary process leading to a disperse distribution

183 This lets us view the behavioral and evolutionary processes leading to mimicry in light of cl

184 ive genetics, this review aims to illuminate evolutionary processes leading to the radiation and expa

185 SelenoP genes were shaped by a dynamic evolutionary process linked to selenium usage.

186 r epidemiology is critical to understand the evolutionary processes maintaining the success of the BA

187 We show that distinct evolutionary processes may account for this drastic incr

188 iring natural or synthetic systems broken by evolutionary processes may be valuable.

189 Ecological and evolutionary processes may become intertwined when they

190 Although fitness is central to the evolutionary process, metrics vary by timescale.

191 e as important models for understanding crop evolutionary processes more broadly, guiding further maj

192 Our results demonstrate that evolutionary processes must be considered alongside demo

193 served combinations of the parameters of the evolutionary process, namely, effective population size,

194 ains; however, we know very little about how evolutionary processes (natural or artificial) might hav

195 ticular, we found that while the within-host evolutionary process obscures the transmission tree, the

196 tures of communities in which ecological and evolutionary processes occur over comparable timescales.

197 Understanding the ecological and evolutionary processes occurring during species range sh

198 y is difficult, as it is the product of deep evolutionary processes occurring in a multitude of separ

199 cal invasions provide opportunities to study evolutionary processes occurring over contemporary times

200 scribes the global topology variation in the evolutionary process of a caveman network, and that the

201 e methods, a few aim to model the underlying evolutionary process of coevolution, which enable to dif

202 als for functional analysis of genes and the evolutionary process of genome organization.

203 nt lineages is crucial for understanding the evolutionary process of morphological diversification of

204 s of longitudinal samples reveals underlying evolutionary process of therapeutic resistance.

205 Many aspects of the evolutionary process of tumorigenesis that are fundament

206 g-term global-scale and short-term intrahost evolutionary processes of an ssDNA virus that emerged to

207 n ranked genealogies facilitate the study of evolutionary processes of different organisms sampled at

208 omestication, affecting estimates of several evolutionary processes of interest (e.g. the strength of

209 ants and animals, but also shed light on the evolutionary processes of quantitative traits under natu

210 Event 4 on European climate and potentially evolutionary processes of the Early Upper Palaeolithic.

211 tative analysis metrics, we investigated the evolutionary processes of young duplicate genes in Arabi

212 We examine a mathematical model of an evolutionary process on a fitness landscape and obtain a

213 Our results show differing evolutionary processes on the three segments that compri

214 ectively, our results indicate that distinct evolutionary processes operate on gene expression during

215 s vital refugia where natural ecological and evolutionary processes operate with minimal human distur

216 ediated by small RNAs may thus contribute to evolutionary processes over a short timescale but are un

217 Counterintuitively, similar to evolutionary processes, over-parameterized models can be

218 Interactions between ecological and evolutionary processes play an important role, as long-t

219 Exoplanets that have undergone rare evolutionary processes provide a route to understanding

220 for transposable elements (TEs) in multiple evolutionary processes, ranging from somatic evolution i

221 iring in well-established allopolyploids, an evolutionary process referred to as the diploidization o

222 he likely repercussions of these effects for evolutionary processes related to sexual selection and s

223 t divergence, or P(ST), to test drift as the evolutionary process responsible for phenotypic divergen

224 urce has not only hindered investigations of evolutionary processes responsible for the unusual genom

225 evolutionary ecology is to understand how co-evolutionary processes shape patterns of interactions be

226 ired BGCs can be functional and that complex evolutionary processes shape the micro-diversity of spec

227 tion in humans and provide data to study the evolutionary processes shaping our genome.

228 l adaptation and dispersal evolution are key evolutionary processes shaping the invasion dynamics of

229 gue that interactions between ecological and evolutionary processes should be taken into account in o

230 is likely to vary across native species, and evolutionary processes should not be expected to compens

231 A model of the evolutionary process shows that the genetic capacity of

232 t co-evolution is attractive for studying co-evolutionary processes, since viruses strictly replicate

233 ptation strength remains challenging because evolutionary processes such as demography, linkage and n

234 ds for detecting and representing a range of evolutionary processes such as genome expansion, chromos

235 ationships while revealing the complexity of evolutionary processes such as incomplete lineage sortin

236 riation within populations and be subject to evolutionary processes such as natural selection and dri

237 understanding of fundamental ecological and evolutionary processes such as pathogen transmission, po

238 ocial interactions, which in turn affect key evolutionary processes such as sexual selection and sexu

239 egies in the Prisoner's Dilemma, but also in evolutionary processes such as the Moran process.

240 , and plays a crucial role in ecological and evolutionary processes such as trophic cascades or speci

241 ns can serve as a valuable model for complex evolutionary processes, such as speciation and hybridiza

242 A tumor arises from an evolutionary process that can be modeled as a phylogenet

243 mediate regime shift but instead triggers an evolutionary process that drives a phenotypic trait beyo

244 Colonisation is a fundamental ecological and evolutionary process that drives the distribution and ab

245 nisms of naturally occurring enzymes, or the evolutionary process that gave rise to them.

246 Because adequate modeling of the evolutionary process that generated the data is fundamen

247 species to cause epidemics or pandemics, an evolutionary process that involves variation in the vira

248 Cancer development is presumed to be an evolutionary process that is influenced by genetic backg

249 The evolutionary process that occurs when a species colonize

250 Domestication is a co-evolutionary process that occurs when wild plants are br

251 We believe that this represents an evolutionary process that partly led to the gain of func

252 ems would provide the tools to understand an evolutionary process that played a crucial role in the d

253 Collectively, our studies reveal an evolutionary process that produces a multi-lateral netwo

254 Inca Empire was the tip of the iceberg of an evolutionary process that started 11,000 to 14,000 years

255 ng plant systems can help understand general evolutionary processes that are shared with the sex chro

256 icultural weeds is helpful for understanding evolutionary processes that contribute to weed managemen

257 We propose two evolutionary processes that could lead to expansions old

258 work elucidates the potential ecological and evolutionary processes that create and maintain function

259 of real landscapes shapes the ecological and evolutionary processes that determine species range edge

260 The evolutionary processes that drive rapid species diversif

261 The evolutionary processes that drive the adaptation to the

262 The evolutionary processes that drive universal therapeutic

263 cales could also be shaped by ecological and evolutionary processes that drive variation in community

264 Speciation is the result of evolutionary processes that generate barriers to gene fl

265 rstand plant-based food webs, as well as the evolutionary processes that have shaped them.

266 ross the animal tree of life, the underlying evolutionary processes that influence this phenomenon re

267 inextricable linkages between ecological and evolutionary processes that maintain the Earth's life su

268 rent folds, which raises questions about the evolutionary processes that might explain the observed d

269 crucial for understanding the ecological and evolutionary processes that modulate the effects of inva

270 tal gradients can lend new insights into the evolutionary processes that promote diversification and

271 nt contributions to our understanding of the evolutionary processes that promote phenotypic diversity

272 on to highlight the types of ecological and evolutionary processes that SAOMs can be used to study.

273 However, the evolutionary processes that sculpt antibody repertoires

274 rbanization affects adaptive and nonadaptive evolutionary processes that shape the genetic diversity

275 yet much less attention has been paid to the evolutionary processes that shape the observed differenc

276 ibed the genetic diversity of the virus, the evolutionary processes that shape the OROV genome remain

277 lation across the plant kingdom or about the evolutionary processes that shape them.

278 our ability to understand the ecological and evolutionary processes that shape these networks and to

279 tcome of these mechanisms in nature, and the evolutionary processes that shaped them.

280 ria x ananassa) and uncovered the origin and evolutionary processes that shaped this complex allopoly

281 important role in the complex ecological and evolutionary processes that structure the microbial comm

282 able animal model systems to further explore evolutionary processes that were shaping the early evolu

283 ile each cancer is the result of an isolated evolutionary process, there are repeated patterns in tum

284 Cancer represents an evolutionary process through which growing malignant pop

285 eristic is a consequence of plant's adaptive evolutionary processes to a given set of environmental c

286 e-scale structural variations in the genome, evolutionary processes to increase brain size, function,

287 ed phylogenies are fundamental to connecting evolutionary processes to modern biodiversity patterns.

288 hanistically link interacting ecological and evolutionary processes to the LDG, and the fact that emp

289 This evolutionary process typically takes several years and i

290 oma, relevant to antagonistic pleiotropy, an evolutionary process underlying ageing and sexual traits

291 However, the genetic bases and evolutionary processes underlying this 'molecular divers

292 ever, genomic islands can also arise through evolutionary processes unrelated to speciation, and exam

293 To characterize this evolutionary process, we interrogated, by whole genome s

294 that allows feedback between demographic and evolutionary processes, we find that sexual selection ca

295 ings suggest that UCYN-A diversified in a co-evolutionary process, wherein their prymnesiophyte partn

296 regulatory system provides insights into an evolutionary process which may assist the adaptation of

297 result of random variations, or if there are evolutionary processes which actively drive its acquisit

298 r understood when considering the underlying evolutionary process, which enables us to disentangle th

299 treated as measures of separate and distinct evolutionary processes, with numerous investigations rep

300 ist as populations undergoing ecological and evolutionary processes within their host.