ライフサイエンスコーパス: testable

1 ays and therapeutic hypotheses not otherwise testable.

2 data to provide predictions that are readily testable.

3 al aspects predicted here are experimentally testable.

4 ced turnover dynamics without being directly testable.

5 . rapa paleohexaploidy makes this model more testable.

6 ents, the stem cell model may not be readily testable.

7 on evolutionary inferences-are fundamentally testable.

8 ly useful, role in human disease may soon be testable.

9 every pure bipartite entangled state is self-testable.

10 But is her hypothesis testable?

11 Our work not only provides a testable adult mouse bAVM model for the first time, but

12 Here, we use a testable and causative correlation between the net produ

13 ey disease pathways that are therapeutically testable and could potentially lead to the development o

14 The model is testable and generalizable, and helps to explain the cou

15 ctonic drivers (erosion, outgassing) provide testable and plausible explanations for sustained deviat

16 e, it makes biological concepts rigorous and testable, and it provides a reference map that holds tog

17 ssociated with tinnitus, which may provide a testable assay for future therapeutic and diagnostic dev

18 testing rather than estimation, allowing the testable assumptions to be evaluated in the determinatio

19 ), resulting in 569 patients being alive and testable at follow-up.

20 n paired fin origins and generate hypotheses testable by comparative studies on the source, sequence,

21 Finally, we offer testable candidates for a variety of human diseases, pla

22 forcement learning models provide formal and testable characterizations of the mechanisms of decision

23 rts through well-architected, documented and testable code.

24 Thirdly, the model yields testable comparative predictions about consumer-resource

25 , we propose an extended--and experimentally testable--conceptual model integrating ecological assemb

26 will inform HIV vaccine design by providing testable correlates of protection from initial HIV infec

27 ction and regulation of cofilin and provides testable data for future experimental and simulation wor

28 the clinically intriguing and experimentally testable, diagnostic hypothesis that observing an increa

29 r response is to translate these issues into testable empirical predictions, which together can provi

30 onse efforts targeting N. obtusa and provide testable estimates of the physiological tolerances of th

31 th independence of b provides experimentally testable evidence that internal friction arises from con

32 The results of this analysis make testable experimental predictions and demonstrate wider

33 In addition, we generate a number of testable experimental predictions that can distinguish o

34 is grounded in fundamental physics, leads to testable experimental predictions, and suggests how a qu

35 Our modeling results offer clear testable experimental predictions.

36 ront, can be used to provide mechanistic and testable explanations for the following observed phenome

37 st in that language, allowing an empirically testable extension of the quantum probability formalism

38 5% CI = 33.5-46.6%; p = 0.035), but no other testable factors, including clinician speciality and tim

39 Our method provides a powerful and testable framework for assessing non-linear GxE interact

40 It also provides a testable framework for further exploring the pathophysio

41 The theory, therefore, offers an empirically testable framework for understanding how the cortex acco

42 in the model in established and empirically testable frameworks of brain functioning by thinking of

43 These data enable the prediction of testable functions for many phenotype-associated variant

44 ing of sHsp structural motifs, and provide a testable Hsp21 structure model to inform future investig

45 Our MWAS suggested testable hypotheses about disease mechanisms and yielded

46 issense mutations in cancer, and to generate testable hypotheses about driver mechanisms.

47 synapse properties can generate specific and testable hypotheses about experience-dependent changes i

48 be how our framework can be used to generate testable hypotheses about forest responses to global cha

49 ctivity coupling, allowing the generation of testable hypotheses about its past, present, and future

50 of human toxicodynamic variability, and also testable hypotheses about mechanisms contributing to int

51 d this challenge by generating nonintuitive, testable hypotheses about metabolic flux rewiring.

52 ive network model, which can be used to make testable hypotheses about network relationships.

53 ow sequence analysis can be used to generate testable hypotheses about selection driving long-term ph

54 ew content, continues to help users generate testable hypotheses about the molecular mechanisms of en

55 We outline a number of quantitative testable hypotheses about the patterns of dynamic gene e

56 c variation on macroorganisms provide clear, testable hypotheses about the processes that drive genet

57 These residues can be used to make testable hypotheses about the structural basis of recept

58 riptome data with gene discovery to generate testable hypotheses about when and where in the developi

59 r novel approach has therefore generated new testable hypotheses and alternative interpretations of e

60 r improvement in their abilities to generate testable hypotheses and design valid experiments.

61 We derive two alternative empirically testable hypotheses and test them by analyzing data from

62 advanced database search tools to delineate testable hypotheses and to guide laboratory-based resear

63 A number of testable hypotheses are identified, and include the leve

64 his transcriptomics approach was to generate testable hypotheses as to possible NAc features that may

65 provides a small set of putative sites with testable hypotheses as to their function.

66 ogy, they provide an opportunity to generate testable hypotheses as well as to perform experiments th

67 rved patterns of variation, but provided few testable hypotheses because they did not distinguish cle

68 s in quantifying team strategy and show that testable hypotheses can be evaluated using this approach

69 From these data, testable hypotheses can be generated and examined in sui

70 he research community's ability to formulate testable hypotheses concerning gene functions.

71 We believe the map will lead to many new testable hypotheses concerning human behavior as well as

72 Identification of these genes leads to testable hypotheses concerning their conserved function

73 ch it is learnt and used, as well as provide testable hypotheses for a participatory, second-person n

74 a multistep pathogenesis model that provides testable hypotheses for dissecting the mechanisms of dis

75 Overall, our results provide testable hypotheses for evaluating group-size constraint

76 el to explain system properties and generate testable hypotheses for existence and mechanism of unexp

77 Our results provide a repertoire of testable hypotheses for experimental validation.

78 ents of higher-order structures and generate testable hypotheses for further experimental studies.

79 a, describe areas for development, and offer testable hypotheses for future investigations.

80 y diversification of flowers, leading to new testable hypotheses for future research on angiosperms.

81 etter fit the available evidence and provide testable hypotheses for future study.

82 These methods can be used to generate testable hypotheses for many non-coding SNPs associated

83 ground for developing genomically influenced testable hypotheses for the evolution of environmental s

84 idence of protection in RV144, they generate testable hypotheses for the HIV vaccine community and th

85 ROS signaling in thermogenesis together with testable hypotheses for understanding mechanisms and dev

86 ns by contrasting empirical data and provide testable hypotheses for yet unexplored patterns.

87 approaches to the extraction of insights and testable hypotheses from big, sometimes noisy data.

88 earchers explore these datasets and generate testable hypotheses in an effective and intuitive manner

89 lecular pathways to help scientists generate testable hypotheses in an effort to understand the etiol

90 based approach identifies general trends and testable hypotheses in coral-Symbiodinium community resp

91 cal Phrases (STOP) that expands the realm of testable hypotheses in gene set enrichment analyses by i

92 The goal is to generate testable hypotheses of gene-to-gene influences and subse

93 Furthermore, the models generated testable hypotheses of how individual alleles relate to

94 nal innovations, the proposed model provides testable hypotheses of the physiological mechanisms of t

95 will be highly useful in generating new and testable hypotheses of their function, as well as for pr

96 xplain experimental observations and develop testable hypotheses on the intracellular dynamics of the

97 tool would provide the ability to establish testable hypotheses regarding links among metabolic path

98 tational model, and we predict two novel and testable hypotheses regarding macrophage profiles in TB

99 ides a useful resource for the generation of testable hypotheses regarding phototactic behavior.

100 h database can be used to generate specific, testable hypotheses regarding plant molecular pathways f

101 Recent findings have led to novel, testable hypotheses regarding the molecular and cellular

102 insights, we propose specific experimentally testable hypotheses regarding the origin of activity los

103 Our results suggest several testable hypotheses regarding the replication of Mononeg

104 ollutants (POPs) and metabolic diseases, but testable hypotheses regarding underlying molecular mecha

105 levant hits from such screens and generating testable hypotheses requires training in bioinformatics

106 Finally, we discuss a suite of testable hypotheses stemming from the current model conc

107 tion in generating interesting and important testable hypotheses that are relevant to population heal

108 ls as in silico laboratories, we propose new testable hypotheses that could help uncover general prin

109 These results lead to testable hypotheses that ubiquitination directly modulat

110 emonstrate how multiMiR was used to generate testable hypotheses that were pursued experimentally.

111 sease-associated loci, resulting in focused, testable hypotheses through the lens of the chromatin la

112 Based on our model, we propose testable hypotheses to explain how the viral shell becom

113 ng and lagging strand templates, and propose testable hypotheses to gain further insights.

114 ved in previous clinical trials and suggests testable hypotheses to reconsider death receptor agonism

115 Testable hypotheses were identified from the literature

116 ublish data, those who wish to mine data for testable hypotheses, and those in the developer communit

117 tion can be used in drug development to form testable hypotheses, develop predictions of efficacy bef

118 types of large-scale experimental data into testable hypotheses, however, remains a daunting task.

119 Quantifying resilience allows for several testable hypotheses, such as that resilience is equal to

120 ive models that inform and formalize sets of testable hypotheses, thus speeding up discovery and vali

121 other parameter-independent, experimentally testable hypotheses.

122 lines the important unanswered questions and testable hypotheses.

123 of signaling and metabolic pathways to yield testable hypotheses.

124 with other models, and limited derivation of testable hypotheses.

125 formation in a functional context and derive testable hypotheses.

126 ectivity and to generate new, experimentally testable hypotheses.

127 these principles with the goal of generating testable hypotheses.

128 integrated with functional data to generate testable hypotheses.

129 ed network, and can be perturbed to generate testable hypotheses.

130 cture, further allowing the user to generate testable hypotheses.

131 mmation, or a commensal virus but provides a testable hypothesis for a pathogenic mechanism in cultur

132 These results provide a testable hypothesis for how alterations of cell wall sti

133 This framework provides a testable hypothesis for mechanisms of genomic variation

134 veries allow us to articulate a detailed and testable hypothesis of fenestral closure along the turtl

135 el of detail, where our framework can create testable hypothesis of promoter logic.

136 This leads to an experimentally testable hypothesis that a tetrahedral metal binding sit

137 ddressing this important issue and propose a testable hypothesis that can explain many of the apparen

138 lterations in cancer genomes also provokes a testable hypothesis that replicating cells show changing

139 g tension wood differentiation and propose a testable hypothesis that such activity might regulate ga

140 annels by formulating a targeted and readily testable hypothesis, but also suggests that the G lignin

141 This finding is now testable in a new tumor transplant model, which incorpor

142 New markers testable in blood and urine have the potential to assist

143 to development of hypotheses and treatments testable in human beings.

144 and 4) yield additional predictions that are testable in live cells.

145 consequence generate new hypotheses that are testable in patients.

146 timate CACE using the IV approach, which are testable in stepped wedge trials but not in parallel-arm

147 consider whether such an assumption is even testable in the light of the correlation of numerosity a

148 se mutations, 82% of which are theoretically testable in zebrafish.

149 itch cell cycle model which points to novel, testable interactions critical for early G2/M commitment

150 This enables us to propose a testable mechanism for the growth of peptides at layered

151 ct functional domains of the RPR and suggest testable mechanisms by which L7Ae contributes to RNase P

152 The findings lead to a testable mechanistic framework of how the midbrain and f

153 Thus, we are able to generate testable mechanistic hypotheses of the molecular changes

154 s present in cutaneous lesions, generating a testable 'metapathway' model of immunopathology and prov

155 n those previously postulated, and a new and testable model for how IAA is produced in plants is need

156 These new data set up a testable model for revealing trilobite segmentation and

157 We propose a new testable model for the PGs, in which sets of genes are a

158 We propose a testable model in which ClpS1 and ClpF form a binary ada

159 We propose a testable model in which the open-closed transitions are

160 of tomato fruits, creating a predictive and testable model of liking.

161 We present a testable model of possible victim responses to interrela

162 rvations led to the proposal of a simple and testable model that explains the persistence of E. coli.

163 We propose testable models for how FANCJ and BLM coordinate to help

164 ChIP data is significant because it proposes testable models for regulatory factor interactions that

165 ission yeast, these in vivo analyses suggest testable models for the roles of TERRA in telomere funct

166 nd cognitive components into physiologically testable models of perceptual decision-making.

167 etectors can be leveraged to propose precise testable models regarding this process.

168 ructural, and functional studies and propose testable models that address the complex mechanisms unde

169 Direct gradient analysis produces testable models, and can identify significant patterns i

170 uch complexity makes it difficult to develop testable molecular hypotheses regarding host-microbe int

171 or understanding C. elegans locomotion and a testable neuronal model of random search that can be app

172 This nascent and testable notion has interesting medical and biological i

173 high degree of flexibility and is capable of testable novel biological predictions.

174 ture is also set up to be manufacturable and testable on a wafer scale, requiring no cleaved facets o

175 ss severe phenotype will expand the scope of testable preclinical therapies.

176 A key experimentally testable prediction emerging from our analysis is that d

177 A testable prediction is that magnitudes of match enhancem

178 Our model also makes a testable prediction of a post-seismic decrease of seismi

179 he normalization model, which makes a strong testable prediction regarding cross-modal suppression, m

180 Simulations make the experimentally testable prediction that a complete antagonist of the be

181 We also make a testable prediction that a single point mutation (Tyr51P

182 This leads to the testable prediction that restoring the high conductance

183 The model generates the experimentally testable prediction that the rate and extent of segregat

184 We derive a specific testable prediction: Increasing the capacity of the indi

185 Furthermore, it makes specific, testable predictions about a key mechanism that may unde

186 euronal activity and behaviour, and provides testable predictions about impaired mechanisms.

187 el descriptions of their behaviour that make testable predictions about key molecular processes.

188 nocular MT motion model, we generated clear, testable predictions about the circuitry and mechanisms

189 e of learned assembly structures, leading to testable predictions about the effect of recent sensory

190 e how this analysis generates experimentally testable predictions about the factors that influence lo

191 These studies also provide experimentally testable predictions about the impact of mutating the di

192 The eco-evolutionary model makes testable predictions about the influence of the spatial

193 The model makes testable predictions about the nature of multisensory re

194 The models propose testable predictions about the neural organization and o

195 emented in a neural-network model that makes testable predictions about the population response in th

196 We also generate experimentally testable predictions about the role of different compone

197 We provide further testable predictions about the role of the plant's defen

198 addressed to improve our ability to generate testable predictions about zoonotic diseases originating

199 amentally on theoretical work for generating testable predictions and interpreting observations.

200 dynamics and chemical engineering that make testable predictions and provide a unifying description

201 ates on the psychological processes provides testable predictions and stimulates further empirical re

202 in support of this general relationship and testable predictions are also presented.

203 Testable predictions are proposed for empirical distinct

204 zeta, STC, LTD, and cross capture, and makes testable predictions concerning the dynamics of PKMzeta.

205 We then use our model to generate testable predictions concerning the effect of varying th

206 A gene circuit illustrate the wide range of testable predictions emerging for tissues, cell cultures

207 LCD and developmental apoptosis, and provide testable predictions for analyzing LCD in vertebrates.

208 Our models provide detailed testable predictions for biological locomotion in a gran

209 Here we generate testable predictions for coupling versus uncoupling of p

210 eloped in this work can thus lead to several testable predictions for direct targets of CsrA homologs

211 lectronic spin systems can make accurate and testable predictions for environmental decoherence in mo

212 nd continuous attractor models, and provides testable predictions for future empirical studies.

213 ence phenotypes and can also be used to make testable predictions for future experiments.

214 observations in the literature and provides testable predictions for future experiments.

215 s of gene regulation can make experimentally testable predictions for how changes to the promoter arc

216 This mechanistic approach provides testable predictions for how the thermal tolerance of em

217 We make experimentally testable predictions for localization of myosin motors t

218 Turbulent dissipation makes testable predictions for the final flybys of Enceladus b

219 knowledge of the psychophysical task to make testable predictions for the influence of feedback signa

220 This makes testable predictions for the structure of an injury give

221 e scaled against host body size can generate testable predictions for variation in parasite risk acro

222 Together, these results make clear and testable predictions for when and how evolutionary histo

223 easily applied to clinical data to generate testable predictions in individual patients.

224 The models generated testable predictions of activating or repressive functio

225 le flux balance models of metabolism provide testable predictions of all metabolic rates in an organi

226 Testable predictions of dynamic gene expression during c

227 gA-that affect microbe adhesion and identify testable predictions of the adhesion-as-selection model.

228 These results provide testable predictions of the antenna mechanism of actin-c

229 I also describe several testable predictions of this hypothesis.

230 f EF-G catalyzed translocation, allowing for testable predictions of tuberactinomycin action in vivo

231 They also suggest experimentally testable predictions on the stimulation protocols that m

232 nd luminal buffering capacity, and generates testable predictions on their effects.

233 tematic approach resulting in experimentally-testable predictions provides insights into a design pri

234 Our model results in a set of testable predictions regarding phase shifts in alpha osc

235 stability of the motile cell shapes and make testable predictions regarding the dependence of shape a

236 nesis and provides a range of experimentally testable predictions regarding the effect of translocon

237 esults provide a framework of experimentally testable predictions regarding the rudimentary structure

238 steady-state dynamical processes and offers testable predictions regarding the system's response to

239 ns in area CA3, and makes novel and directly testable predictions that can guide future experiments.

240 atory roles of chromatin loops makes several testable predictions that could be confronted with in vi

241 fore be widespread in nature, and we lay out testable predictions that could be used to detect adapti

242 nificantly, these models make experimentally testable predictions that distinguish different mechanis

243 Our model provides specific, testable predictions that may allow discrimination betwe

244 We also provide testable predictions to guide future empirical research

245 In addition, we make several testable predictions, among them different degrees of DN

246 working memory, makes several experimentally testable predictions, and demonstrates a new functional

247 Testable predictions, both within and among host species

248 The model has testable predictions, fits several known examples of mut

249 The model yields several testable predictions, in particular, that category-selec

250 Our model makes several testable predictions, including secondary features of dy

251 Notably the method provides experimentally testable predictions, including the formation of non-nat

252 By making experimentally testable predictions, our approach can aid in mechanical

253 The model provides a number of testable predictions, some of which have already been ob

254 Finally, in addition to making testable predictions, we also discuss the implications o

255 Along with making testable predictions, which are in accord with our exper

256 ntal observations and to give experimentally testable predictions.

257 These are testable predictions.

258 lained observations and makes experimentally testable predictions.

259 ates, and generates two counterintuitive but testable predictions.

260 and specific theoretical and experimentally testable predictions.

261 at high pressure, leading to experimentally testable predictions.

262 ge of phase precession and provides two main testable predictions.

263 nd mutant mice and allows for experimentally testable predictions.

264 several types of carcinomas and suggest new testable predictions.

265 ctions of different cell classes and develop testable predictions.

266 rs and are yielding significant insights and testable predictions.

267 nding that the account generates interesting testable predictions.

268 properties with astrocytes and gives rise to testable predictions.

269 ced by simple displays, and leads to readily testable predictions.

270 ular pathways, which leads to experimentally testable predictions.

271 Our investigation enables the following testable predictions.

272 istics, and provides multiple experimentally testable predictions.

273 erapies, and it makes several experimentally testable predictions.

274 s which were next validated and used to make testable predictions.

275 xperimental and clinical findings and making testable predictions.

276 he light of larval neural circuitry and make testable predictions.

277 and temperature and make two experimentally testable predictions: that the displacement is faster if

278 rks, understand their behaviour and provide (testable) predictions by performing in silico experiment

279 raphy of intact cells can be translated into testable, predictive computational models of the chemota

280 etic analysis provides a fully quantitative, testable, predictive model of dementia.

281 ery general conditions, it can be shown that testable properties in cognition form an orthomodular la

282 rallel to these developments is the need for testable quantitative and predictive models for understa

283 can be modeled analytically, and we derive a testable result that adding uninformed individuals impro

284 We propose an experimentally testable scenario for the evolution of the code that com

285 nimal phylogeny allowed the formulation of a testable scenario of the evolution of animal neuroendocr

286 a sublibrary approach was used to expand the testable sequence space within a peptide library of appr

287 treat analysis included all patients who had testable serum samples before and after receiving at lea

288 Hologenomic speciation remains testable speculation without experimental support.

289 nglet state and a few other examples of self-testable states were reported in recent years.

290 t into substrate recognition, and provides a testable substrate prediction.

291 pergene concept remains relevant and is more testable than ever with modern molecular methods.

292 We develop an experimentally testable theory, which reveals that late-infecting phage

293 after brain injury and offer compelling and testable therapeutic options that might enhance recovery

294 Although this hypothesis would seem readily testable, there is no evidence in pre-clinical models to

295 We further present a testable unifying hypothesis of adult neural stem cell b

296 a treatment for schizophrenia, a hypothesis testable using CHRM1 allosteric modulators.

297 e speciation theory into hypotheses that are testable using genomic tools and provide an integrative

298 The hypotheses posed by LEARn are testable via longitudinal epigenome-wide, envirome-wide,

299 of astrocyte morphologies provides a novel, testable way to assess the fiber structures in a quantit

300 The evolutionary scenarios are fully testable with data from the MAVEN mission and further st