ライフサイエンスコーパス: further exploration of

1 This work promises further exploration of 2D nanoplatforms for theranostic

2 Further exploration of a better-tolerated dose is warran

3 Further exploration of a potential role for IFN-gamma de

4 times and numerically lower mortality rates, further exploration of and advocacy for the implementati

5 These results provide a strong rationale for further exploration of anti-IL-1 strategies to enhance L

6 n vivo using RNAi nanocarriers, and motivate further exploration of ASL as a generalized strategy to

7 Therefore, in the further exploration of BAT as a potential source of nove

8 These studies opened a door for further exploration of beta-palladium hydride-based nano

9 liances, these preliminary estimates justify further exploration of beyond-the-meter emissions.

10 in BSI are a response indicator and support further exploration of bone scintigraphy as an imaging b

11 ive inheritance in many other polyploids and further exploration of both "synthetic" polyploids and e

12 physical properties of 1 shown here motivate further exploration of both inorganic and hybrid halide

13 Further exploration of both N-substituted and aryl ring-

14 Our findings support the further exploration of BTA-EG4 as a candidate therapeuti

15 Further exploration of burnout-especially that reported

16 Further exploration of CAB + RPV delivery in alternative

17 Further exploration of carbohydrate metabolism revealed

18 eactive Ln(2+) species, a result that led to further exploration of cation variants.

19 These results support the further exploration of combination lumacaftor and ivacaf

20 These results provide a strong rationale for further exploration of combined targeting of MEK/ERK and

21 This study supports further exploration of combining recombinant vectors of

22 ing NIR luminophores will open new doors for further exploration of complex biomolecular systems usin

23 Our work paves the way for further exploration of complex, ordered and functionally

24 Further exploration of compounds 15b and 24f indicated i

25 In addition, this approach should foster further exploration of control mechanisms to tame the co

26 Further exploration of CRP as a prognostic indicator of

27 Further exploration of Cu-microRNA functions that accoun

28 Therefore, further exploration of CXL146 as a novel therapy in trea

29 al scientists to design a lab experiment for further exploration of detail dynamics of lung cancer de

30 f electrical control in solids, and inspires further exploration of dielectric responses to strong el

31 This finding invites the further exploration of diverse patterns of prey foraging

32 ic strategy in the treatment of AML and that further exploration of dosing and treatment schedules is

33 This study provides new tool compounds for further exploration of dual JAK-HDAC pathway inhibiton a

34 Further exploration of ECM dynamics and validation of th

35 Further exploration of efficacy and safety is ongoing in

36 established framework will set the stage for further exploration of electronic materials processing a

37 Further exploration of energy intake and LTL dynamics in

38 These results encourage further exploration of engineered B cell vaccines as a s

39 ects on kidney biochemistry, suggesting that further exploration of EVL in combination with low dose

40 family of compounds, but also allows for the further exploration of exotic properties and practical a

41 e of the 3D QHE and a promising platform for further exploration of exotic quantum phases and transit

42 immunologic responses in MMRd EC, warranting further exploration of extended neoadjuvant treatment.

43 Further exploration of factors associated with COVID-19-

44 Further exploration of factors specific to local hospita

45 ples which constitute the starting point for further exploration of FLP-based catalysts for the reduc

46 ns despite adequate treatment, necessitating further exploration of function, mechanism, and therapeu

47 etylome provides an exciting start point for further exploration of functions of acetylation in the b

48 It will not only fuel further explorations of gene regulation amongst ancient

49 otanical models for crop improvement and for further exploration of genomic biodiversity.

50 s novel disrupter of GK-GKRP binding enables further exploration of GKRP as a potential therapeutic t

51 bition with monovalent glycosides encourages further exploration of glycans and glycan mimetics as bl

52 These findings warrant further exploration of GPe as a target for interventions

53 Together, these results support further exploration of GR antagonism via mifepristone as

54 Further exploration of graph measures in the determined

55 Further exploration of gut microbial therapies could off

56 Further exploration of higher pH values led to slowing d

57 Our work provides a foundation for further exploration of how the activation of visual circ

58 Further exploration of HPCs may unveil additional insigh

59 implications for clinical management in the further exploration of human anaphylaxis.

60 ession programs, and provides a resource for further exploration of human brain evolution and functio

61 gnate HK-RR pairs and constitute a basis for further exploration of interaction and physiological fun

62 yer electric polarization, which may provoke further exploration of interlayer exciton condensation,

63 vous systems across nudibranchs, and suggest further exploration of intraspecific plasticity versus e

64 experiences can drive relapse, and supports further exploration of isradipine, an FDA-approved LTCC

65 ces are to persist beyond social distancing, further exploration of its impact on the patient-surgeon

66 ers is an important public health issue, and further exploration of its incidence patterns, etiology,

67 ta using various ways of analysis as well as further exploration of its potential to detect biased ac

68 nd its implications for patient care, urging further exploration of its therapeutic and safety profil

69 Thus, our studies support the further exploration of KasA as a target for mycobacteria

70 magnetic excitations, setting the stage for further exploration of La(3)Ni(2)O(7) superconductor.

71 e motility and tumor progression and support further exploration of LIMK1/2 as druggable targets.

72 Further exploration of localization in bats may provide

73 Further exploration of LPMO family proteins, present acr

74 Further exploration of LRO function and carboxylesterase

75 Further exploration of macrolides showed that KCNJ5MUT w

76 Further exploration of MAE at relevant genes may contrib

77 Further exploration of mAgrin modification is necessary

78 extreme conditions, and offer a platform for further exploration of materials' unconventional electro

79 Further exploration of mechanisms for intrinsic and acqu

80 sociated memories, providing a framework for further exploration of mechanisms underlying extinction

81 ve on the pathogenesis of HNSCC, and support further exploration of mechanistic linkage and, if so, n

82 These findings motivate further exploration of methods of detecting cerebral dis

83 ively, these findings lay the groundwork for further exploration of MgSnN(2) as a model ternary nitri

84 These findings provide a rationale for further exploration of micro-magnetic stimulation as a p

85 ic assignments and holds important clues for further exploration of microbial lifestyles.

86 KD pathogenesis and provides a rationale for further exploration of MIF as a therapeutic target for A

87 tize hundreds of additional interactions for further exploration of mitochondrial protein function.

88 This study provides a solid foundation for further exploration of mitovirus-host interactions.

89 Further exploration of MMP active sites and exosites, in

90 te these findings to be a starting point for further exploration of molecular catalytic systems.

91 These findings support the further exploration of mycobacteria as priming vaccine v

92 ation genetic implications and suggests that further exploration of natural diversity in this species

93 Clinical responses suggest the need for further exploration of nelarabine against fludarabine-re

94 ussed with recommendations to facilitate the further exploration of new photoelectrode materials and

95 ing between 100 muM and 500 muM) encouraging further exploration of novel analogues as potential new

96 the synthesized compounds is encouraging for further exploration of novel analogues in antimicrobial

97 it relates to opioid-mediated analgesia, for further exploration of NPFF1-R, or for medication develo

98 Altogether, these findings will motivate further exploration of oral-tolerance-promoting protists

99 Further exploration of origami designs and nanopore conf

100 These results will help further exploration of parabelt areas.

101 Further exploration of pathological outcomes and long-te

102 als mixed patient responses and thus prompts further exploration of pathway activation and inhibition

103 provides insight into and a resource for the further exploration of pathways that promote timely degr

104 These findings support further exploration of patient-derived organoids as an e

105 Our toolkit and results open the door for further exploration of perceptual substitutions by direc

106 gemcitabine and paclitaxel cohorts, meriting further exploration of pertuzumab in ovarian cancer.

107 These data warrant further exploration of PGN and Poly I:C, alone or in com

108 Without further exploration of possible beneficial roles of infl

109 inhibition and other HDL-raising strategies, further exploration of potential adverse cerebrovascular

110 Confirmation in other populations and further exploration of potential pathogenetic mechanisms

111 NO by NO scavengers provides a prototype for further exploration of potential treatments for chronic

112 Further exploration of proteasome inhibition as an oncol

113 ological advancements can be made to promote further explorations of protein glycosylation.

114 ts provide new and important information for further exploration of PRP4 kinase function in cancer.

115 harmacological uses of PSD-95 inhibitors and further exploration of PSD-95 as a drug target.

116 These investigations open the door to further explorations of quantum many-body effects and en

117 These results warrant further exploration of R-RIT in larger phase II clinical

118 These findings stimulate further exploration of region-specific therapies targeti

119 animal tissues and provides a foundation for further explorations of repair mechanisms in different c

120 initial results offer encouragement for the further exploration of rf plasma polymer deposition as a

121 Further exploration of rhesus macaques in vaccine trials

122 ntally induced mutational signatures permits further exploration of roles of environmental agents in

123 Further exploration of RT plus T is needed in HER2-posit

124 anti-allergic/anti-inflammatory properties, further exploration of rupatadine's anti-PAF effects was

125 process of memory B cell formation, inviting further exploration of secondary Ab responses in CGD pat

126 Further exploration of serial artificial CD19 antigen ex

127 Further exploration of sex-based differences in atheropr

128 Our findings suggest further exploration of SIRT1 as a therapeutic target for

129 Further exploration of social amoebae microbiomes may he

130 ective effects of ET-A blockers and supports further exploration of strategies that target the ET pat

131 Further exploration of structural barriers toward LT or

132 excellent substrate analogue that will allow further exploration of structure and dynamics within the

133 These results suggest that further exploration of SU11248 activity in AML patients

134 etic protocol described here will facilitate further exploration of such applications and fundamental

135 ection in murky, nontransparent mixtures and further exploration of supramolecular sensors in diverse

136 e research gaps, this review aims to inspire further exploration of surface degradation mechanisms an

137 Further exploration of the ability to integrate ultrasou

138 Further exploration of the anellovirus diversity, especi

139 We anticipate that further exploration of the animal models will further ou

140 plicate those of phase 1b study, and warrant further exploration of the antidepressant and pro-cognit

141 Further exploration of the apparent interrelationship of

142 linical outcome in this disease, and support further exploration of the approach for malignant diseas

143 eal virus network remain to be determined by further exploration of the archaeal virosphere.

144 In addition to further exploration of the benefits of bevacizumab in ot

145 These positive findings encourage further exploration of the benefits of fasting/FMD in ca

146 miologic observations should be confirmed by further exploration of the biological mechanisms respons

147 These studies support the further exploration of the blood transcriptome for bioma

148 ress recovery and offers a rich resource for further exploration of the broad cellular responses to m

149 control and vaccine-only groups, indicating further exploration of the combination strategy is warra

150 Further exploration of the comparative synthesis and uti

151 ques, the research provides a foundation for further exploration of the connections between oral heal

152 New imaging modalities should allow further exploration of the contributions of choroidal ve

153 Further exploration of the cycloalkanol ethylamine scaff

154 Mouse models allowed further exploration of the distribution of cochlear P2X(

155 in alpha-Mo(2) C, which will facilitate the further exploration of the domain-structure-related prop

156 However, in cancer patients, further exploration of the dosing regimen of CDP860 is r

157 Further exploration of the effects of microglia on synap

158 OF with high charge mobility and may inspire further exploration of the electronic properties of thes

159 d to other two-dimensional systems, enabling further exploration of the electronic properties of ultr

160 n provides a clear conceptual background for further exploration of the electrostatic basis of proton

161 bstrate recognition, providing the basis for further exploration of the enzyme catalytic activities.

162 ament behaviour offers new opportunities for further exploration of the exotic physical properties of

163 Further exploration of the factors that contribute to re

164 Further exploration of the feasibility and external vali

165 e point out the necessity and possibility of further exploration of the field.

166 Further exploration of the flare phenomenon's clinical i

167 Further exploration of the FOXO3A gene, human longevity

168 These findings now allow further exploration of the function of this previously u

169 Further exploration of the functional significance of th

170 We encourage further exploration of the genera highlighted in our dat

171 del of early human embryogenesis will enable further exploration of the germ line and other early hum

172 redictive power than quantity has stimulated further exploration of the HDL proteome, already reveali

173 Further exploration of the health and resource consequen

174 iosynthesis has general applicability in the further exploration of the human metabolome.

175 omocysteine with vascular risk suggests that further exploration of the hypothesis is warranted and l

176 These results encourage further exploration of the idea that frontal systems lin

177 Thus, further exploration of the IL-7Ralpha pathway may identi

178 Further exploration of the immunological mechanisms for

179 The results of this study support further exploration of the immunosuppressive properties

180 Further exploration of the impact of SLCO1B1 SNPs on RIF

181 Further exploration of the impacts of 8:2 FTAC adducts o

182 For further exploration of the in vivo functions of Polycyst

183 Our findings indicate that further exploration of the interplay between hnRNP K (or

184 Further exploration of the interplay between the two sym

185 tection of ionising radiation that motivated further exploration of the materials.

186 For further exploration of the mechanism involved, we utiliz

187 tions of N protein and establish a basis for further exploration of the mechanism of genomic RNA pack

188 These observations have set the stage for further exploration of the mechanisms by which the Ku su

189 Further exploration of the mechanisms of vascular repair

190 The findings allow further exploration of the mechanisms that transform rew

191 m our screen provide a valuable resource for further exploration of the mechanisms underlying this si

192 aradigm for target stimulation and encourage further exploration of the molecular signaling pathways

193 Through further exploration of the most potent hit (1), a struct

194 These results support further exploration of the MV1-F4 vector modality in vac

195 Further exploration of the N-lactam substituent SAR targ

196 re of neutral competition, thus facilitating further exploration of the nature of asymmetry in the co

197 Further exploration of the neurochemical mechanisms unde

198 ole for the NSC in vivo and pave the way for further exploration of the NSC's physiological role in c

199 Further exploration of the optimal dose/schedule and cor

200 ur results provide important information for further exploration of the ORFX function in the future.

201 Further exploration of the origins of these rate differe

202 Further exploration of the pharmacokinetics, safety, and

203 particles traps them kinetically, precluding further exploration of the phase space.

204 ng macroscopic order will be of great use in further exploration of the physical properties of bent-c

205 f undernutrition and over nutrition warrants further exploration of the population level differences

206 Further exploration of the potential factors contributin

207 Together, these data indicate that further exploration of the potential of SIRT2 and NAD(+)

208 development of bone and fat, and may prompt further exploration of the PPAR pathway as a potential t

209 Further exploration of the prevention mechanism of KJT b

210 Further exploration of the reasons for these differences

211 on concerning PB1 and P5 creates a basis for further exploration of the regulatory coordination or ov

212 Our findings warrant further exploration of the relationship between brain fu

213 ion of the oxidative burst peroxidase allows further exploration of the relative roles of the differe

214 These results suggest further exploration of the role nurses should play in th

215 ponsiveness, and have set the foundation for further exploration of the role of keratins as multifunc

216 nner workings of LN, and provide a basis for further exploration of the role of LN flow patterns in n

217 Further exploration of the role of one of these genes, g

218 These results provide a basis for further exploration of the role of PA(63) in translocati

219 Further exploration of the role of the epoxide in the in

220 mouse cerebral ischemia, forming a basis for further exploration of the roles of these cytokines in m

221 Further exploration of the scope of our solid-phase meth

222 ctive receptor antagonists and agonists, and further exploration of the signaling properties of the h

223 te of NO in vivo and provide a framework for further exploration of the significance of nitrosative e

224 spatial patterns detected using SVM may help further exploration of the specific genetic and neuropat

225 cognition phenomena and provide a system for further exploration of the specific molecular mechanisms

226 Further exploration of the target genes will continue to

227 Further exploration of the techno-functional characteris

228 nt subsequent differences in dyspnea warrant further exploration of the temporal relationship between

229 ly useful pharmacological tools suitable for further exploration of the therapeutic potential of EAAT

230 n anti-tubercular lead compound and will aid further exploration of the TLM scaffold towards the desi

231 m in invasive glioblastoma cells and support further exploration of the transsulfuration pathway as a

232 Further exploration of the upstream pathway demonstrated

233 Our results support further exploration of the use of visible light technolo

234 Further exploration of the viral dark matter of unknown

235 r transgenesis, and ease of transplantation, further exploration of the zebrafish cancer models not o

236 These findings will be useful in further explorations of the nature of TCR binding transi

237 etic toolkit that will be of general use for further explorations of the redox reactivity of MOF node

238 he Ag(+) effect in aryne chemistry such that further explorations of the unique reactivity of arynes

239 Further exploration of their effects may contribute to o

240 gh UTR primary sequences, paving the way for further exploration of their implications in gene networ

241 g DNA nanoparticles, these findings motivate further exploration of their potential as an economic na

242 in high yield is of great importance for the further exploration of their unique properties and poten

243 Hence, leading to further exploration of them as potential biomarkers for

244 Through further exploration of these 2 scaffolds and a new pyrro

245 Although further exploration of these associations is needed, eva

246 exhibited antioxidant activities, and thus, further exploration of these extracts as potential natur

247 Independent replication and further exploration of these findings are needed to more

248 ase oxidase domain activity and will lead to further exploration of these flavoproteins.

249 en functionalities suggest the usefulness of further exploration of these free-energy-reactivity corr

250 Our results offer the possibility of further exploration of these interesting physical phenom

251 ung organoids are an indispensable asset for further exploration of these mechanisms as a mode of tra

252 lipid peroxidation, which set the stage for further exploration of these mechanisms.

253 ity of drug-mediator pairs currently hinders further exploration of these potentially valuable result

254 For further exploration of these relationships, intravenous

255 -initiating capacity of GBM TICs, supporting further exploration of these signals as potential therap

256 Further exploration of these theories using causal manip

257 Further exploration of these Treg modulators and their m

258 Further explorations of these population differences may

259 ught-provoking study lays the groundwork for further exploration of this adapted antibody in immunoco

260 ell tolerated in this population, justifying further exploration of this agent in combination regimen

261 the skeleton makes this an exciting time for further exploration of this area.

262 dynamic control of step timing and motivates further exploration of this biomimetic stimulation patte

263 Further exploration of this chemistry could therefore le

264 bin to multiple cognitive domains suggesting further exploration of this class of metabolites towards

265 dence of boosting during infection encourage further exploration of this concept for malaria vaccine

266 a nerve/muscle coculture system that allows further exploration of this critical developmental inter

267 rected IL13-PE38QQR therapy in mice warrants further exploration of this drug for AIDS-KS treatment.

268 Further exploration of this frontier requires the develo

269 ensitivity to relevant drugs, which warrants further exploration of this functional assay in the cont

270 be tumor type-specific, which should prompt further exploration of this image contrast mechanism in

271 Further exploration of this inhibitory mechanism may hel

272 e route will provide various glycolipids for further exploration of this interesting biological proce

273 Further exploration of this interplay should lead to a b

274 Further exploration of this mechanism has the potential

275 flammation and provides a valuable model for further exploration of this multifunctional receptor.

276 This data supports the need for further exploration of this new approach in a wound-heal

277 These data support further exploration of this new conjugate influenza vacc

278 n-phonon superconductor and pave the way for further exploration of this novel superconducting covale

279 Further exploration of this observation demonstrated tha

280 Further exploration of this pathway will identify downst

281 Further exploration of this relationship may result in a

282 Further exploration of this ResNet, and understanding th

283 In this report, we describe the further exploration of this series of molecules by incor

284 nificance of YB-1 phosphorylation, therefore further exploration of this signaling axis as a therapeu

285 es in a vertebrate animal model and supports further exploration of this strategy for treating VHL di

286 Further exploration of this technology is warranted in c

287 Further exploration of this technology may improve our u

288 Further exploration of this therapeutic approach may con

289 treatments in humans has opened the door for further exploration of this therapeutic strategy for oth

290 Because this effect is reduced with obesity, further exploration of this uncoupling mechanism will be

291 ts described here provide the foundation for further exploration of this valuable activity and for th

292 ward preservation of dose-intensity suggests further exploration of TNF blockade as an adjunct to can

293 rns, thereby establishing the foundation for further exploration of topological magnetism.

294 Further exploration of toxicities and optimal treatments

295 Further exploration of treatment options will be necessa

296 -cell tolerance may prove to be vital in the further exploration of underlying tolerance defects.

297 ions in the fluctuation region, and call for further explorations of universal phenomena in classical

298 Our results warrant further exploration of using CVR in determining a patien

299 bene other than NHC; more broadly, it drives further exploration of various carbenes on metal surface

300 Further explorations of which interventions and delivery