ライフサイエンスコーパス: molecular characterization

1 alized approach to NSCLC management based on molecular characterization.

2 l cells (CEC) through histomorphological and molecular characterization.

3 modifications, and large sizes often impede molecular characterization.

4 ant to improve and develop methods for their molecular characterization.

5 due to its intrinsic instability and lack of molecular characterization.

6 ted mass resolving power, hindering accurate molecular characterization.

7 of the disease has been advanced through its molecular characterization.

8 o ex vivo expansion, genetic correction, and molecular characterization.

9 rce of tumor tissue that can be subjected to molecular characterization.

10 ignancy despite much progress concerning its molecular characterization.

11 tes and identify specimens requiring further molecular characterization.

12 atrium, followed by electrophysiological and molecular characterization.

13 cused on urban centers and have not included molecular characterization.

14 that assess the biological relevance of such molecular characterizations.

15 Using anatomy, molecular characterization, activity manipulation, and p

16 Here we describe the molecular characterization and breakpoint mapping of del

17 Molecular characterization and clustering of PHEOs and P

18 Here we describe molecular characterization and drug testing in a panel o

19 However, molecular characterization and evaluation of the extent

20 We report the full-length cDNA cloning, molecular characterization and functional analysis of Sf

21 In summary, we demonstrated the isolation, molecular characterization and functional role of human

22 ivalent and unstable nature of Abetao limits molecular characterization and hinders research reproduc

23 l, serum and liver samples were obtained for molecular characterization and histopathological analysi

24 us cancer have provided new insight into the molecular characterization and incidence of anti-tumor l

25 Advanced molecular characterization and longitudinal liquid biops

26 pectrometry, tryptic peptide fingerprinting, molecular characterization and pepsin digestibility.

27 blies housed in public repositories, but the molecular characterization and stoichiometry of their pr

28 e last decade, many studies focused on their molecular characterization and the identification of RNA

29 Mass spectrometry is a vital tool for molecular characterization, and the allied technique of

30 llect relevant AMR data, conduct centralized molecular characterization, and use AMR characterization

31 erous translational studies attempting their molecular characterization are under way.

32 n the intestine but has eluded comprehensive molecular characterization because of the rarity and div

33 Despite morphological and molecular characterization being consistent within the s

34 le by folded proteins, but also places their molecular characterization beyond the reach of classical

35 aches to identify conserved lncRNA and their molecular characterization by validation in mouse tumor

36 ifferences, providing an additional level of molecular characterization compared to the unmodified pr

37 Molecular characterization confirmed that the second RMC

38 Using cryo-electron microscopy and molecular characterization, David Sabatini and colleague

39 ng, industrial expertise, organic synthesis, molecular characterization, device fabrication and optoe

40 torial intervention from large scale ongoing molecular characterization efforts of tumors.

41 basis for targeted therapy selection and for molecular characterization efforts such as TCGA.

42 biotic/abiotic weathering, and comprehensive molecular characterization for petroleum-derived release

43 ent a detailed family history assessment and molecular characterization for rare copy number variatio

44 These results emphasize the value of molecular characterization for treatment decisions in MB

45 xtremely complex set of metabolites, and its molecular characterization has been very challenging.

46 Molecular characterization has delineated patients with

47 In the preceding decades, molecular characterization has revolutionized breast can

48 Recent advances in molecular characterization have subdivided these tumors

49 These molecular characterizations have led to the proposal of

50 ctroscopy (SERS) are powerful techniques for molecular characterization; however, they suffer from th

51 Molecular characterization identified an early SRY (sex-

52 confirms these findings and replicates this molecular characterization in a second cohort of cases (

53 basis of multidimensional and comprehensive molecular characterization (including DNA methylation an

54 basis of multidimensional and comprehensive molecular characterization (including DNA methylation an

55 Molecular characterization is a promising tool for the d

56 Molecular characterization is achieved via ion chromatog

57 origin and progression, however, supporting molecular characterization is limited.

58 Their molecular characterization may afford new means of inter

59 This molecular characterization may help to tailor treatment

60 The recent developments in NOM molecular characterization methods have shown that ESI-F

61 We performed comprehensive molecular characterization of 161 primary papillary rena

62 Molecular characterization of 17 of these cases showed t

63 Here we present a molecular characterization of 50 p53 null mammary tumors

64 Here, we report the emergence and molecular characterization of 73 skin and extracutaneous

65 We therefore present the first molecular characterization of a Fabaceae non-forisome P-

66 This is the first molecular characterization of a handedness-associated lo

67 In summary, we report the clinical and molecular characterization of a lethal skeletal dysplasi

68 n this paper we report the isolation and the molecular characterization of a new class of PPARgamma l

69 In this study, we present the molecular characterization of a novel regulator of conid

70 function analysis of MapZ provides the first molecular characterization of a positive regulatory proc

71 Here we present the identification and molecular characterization of a protein toxin produced b

72 WAT) development and guide the isolation and molecular characterization of adipocytes during developm

73 Here, we describe the isolation and molecular characterization of Akhmeta virus from lesion

74 gins activated in the typical S phase, close molecular characterization of all DAFCs is possible.

75 report, we undertook the epidemiological and molecular characterization of all toxigenic corynebacter

76 arkers and therefore have provided a limited molecular characterization of any given cell type.

77 A molecular characterization of archival plasma DNA from 2

78 Molecular characterization of archived B. pertussis isol

79 offer a unique perspective into the detailed molecular characterization of base oils.

80 Complete molecular characterization of biomass upon thermal trans

81 molar mass and aims at improving the overall molecular characterization of both synthetic and natural

82 Molecular characterization of BsAbs' epitopes not only a

83 Prospective molecular characterization of cancer has enabled physici

84 Here we performed molecular characterization of CANTOS patients who develo

85 Herein we present the cloning and molecular characterization of CD300d, a member of the hu

86 Here, we describe the identification and molecular characterization of CELL DEATH RELATED ENDOSOM

87 The molecular characterization of cerebral microvessels in e

88 sease diagnosis and progression, and for the molecular characterization of certain biological propert

89 his study, we focused on the biochemical and molecular characterization of CidA and LrgA with the goa

90 The isolation and rapid molecular characterization of circulating tumor cells (C

91 Molecular characterization of circulating tumor cells (C

92 Moreover, molecular characterization of circulating tumor cells ho

93 systems for rapid label-free enrichment and molecular characterization of circulating tumor cells us

94 Molecular characterization of clinical isolates was also

95 Molecular characterization of CNOT1 variants revealed no

96 ry capacity for the detection and subsequent molecular characterization of colistin-resistant Enterob

97 A comprehensive molecular characterization of CRC by The Cancer Genome A

98 We previously described the molecular characterization of croaker elovl5.

99 Molecular characterization of Cryptosporidium spp., crit

100 Novel technologies may further facilitate molecular characterization of CTCs and development of no

101 novel liquid bead array methodology for the molecular characterization of CTCs and its application i

102 Molecular characterization of CTCs provides a unique opp

103 y in the CLas genome, which provides precise molecular characterization of different strains.

104 Reliable molecular characterization of DNA and/or RNA is of param

105 sampling of groundwater with high resolution molecular characterization of DOM and its relation to gr

106 ling methodology to reveal a high-resolution molecular characterization of Dom34 function in vivo.

107 ould facilitate a comprehensive cellular and molecular characterization of each specific developmenta

108 Here, we present the molecular characterization of embryonic duck bill, which

109 Here, we provide the first molecular characterization of endothelial cells (ECs) ex

110 Isolation and molecular characterization of EVs confirmed that the fus

111 FMRP targets, with the goal of facilitating molecular characterization of FMRP signaling in future s

112 We previously reported the molecular characterization of gastrointestinal biopsy ti

113 Extensive advances in the molecular characterization of GBM allowed classification

114 Despite extensive research has been done for molecular characterization of GC, it remains largely unk

115 me Atlas (TCGA) project is a landmark in the molecular characterization of GC.

116 function and various disease states through molecular characterization of gene expression on the sin

117 The molecular characterization of genes involved in pigmenta

118 Molecular characterization of genome-wide association st

119 Additionally, molecular characterization of GI (Cvi) reveals a novel f

120 Molecular characterization of Giardia isolates was perfo

121 The advances in molecular characterization of glioma have reframed our u

122 In this study, we report the molecular characterization of glutathione s-transferase-

123 enotype, which underscores the importance of molecular characterization of HCM phenotype and presents

124 Clinicians should consider molecular characterization of HGPIN as a means to improv

125 We report here the identification and molecular characterization of Hordeum vulgare VIVIPAROUS

126 As summarized herein, side-by-side molecular characterization of HPV(+) versus HPV(-) HNSCC

127 Continuous epidemiological surveillance and molecular characterization of HRSV should be conducted t

128 However, comprehensive molecular characterization of individual specimens has p

129 electron microscopy, which allow a detailed molecular characterization of individual synapses and su

130 t blood-based biomarkers in order to provide molecular characterization of individuals with PD for di

131 Our molecular characterization of inhibitory antibodies info

132 We present a new method for molecular characterization of intact biochar directly, w

133 oth quantification of invasive potential and molecular characterization of invasive leader cells.

134 rograms that enable rapid identification and molecular characterization of known and novel agents, in

135 rmatics has enabled rapid identification and molecular characterization of known and novel infectious

136 Thus, detailed integrated molecular characterization of large patient cohorts may

137 cost of genomic technologies has enabled the molecular characterization of large-scale clinical disea

138 y has not realized its full potential in the molecular characterization of living systems.

139 resource is instrumental for the systematic molecular characterization of lncRNA by the FANTOM6 Cons

140 annotated population-based data and further molecular characterization of longer-term survivors may

141 Phenotypic and molecular characterization of loss- and gain-of-function

142 This review discusses the definition and molecular characterization of luminal B breast cancer an

143 As we discuss in this review, the molecular characterization of lymphatic vascular develop

144 Our study aimed at the identification and molecular characterization of lymphatic-specific G prote

145 Molecular characterization of malignant plasma cells is

146 Moreover, the molecular characterization of malignant plasma cells wou

147 recent advances derived from this continued molecular characterization of medulloblastoma and contex

148 Here, through a cellular and molecular characterization of meningeal gammadelta17 T c

149 Furthermore, molecular characterization of MET status was more predic

150 The genomic and molecular characterization of MHHAV indicated that it is

151 improve diagnosis/prognosis and further the molecular characterization of myeloid malignancies.

152 the identified genes could contribute to the molecular characterization of myeloma, which is prerequi

153 ms may be revealed through physiological and molecular characterization of naturally occurring and in

154 Here, we report the molecular characterization of naturally occurring coding

155 This study reports the first description and molecular characterization of naturally occurring, non-b

156 Molecular characterization of neuron populations, partic

157 The molecular characterization of NIS in 1996 and the use of

158 The molecular characterization of novel phospholipases would

159 Here, we present the clinical and molecular characterization of novel, recessive LRPPRC ge

160 rdings from cells within the trap along with molecular characterization of nutrient transport reveals

161 s resolution of Orbitrap for real-time, near-molecular characterization of OAs.

162 Molecular characterization of oil- and water-soluble pho

163 Genetic analysis and molecular characterization of one of the revertant mutan

164 We used integrated molecular characterization of oviductal HGSCs arising in

165 In conclusion, we present the first molecular characterization of oxysterol binding to a 7TM

166 for surveillance or outbreak investigations, molecular characterization of pathogens needs to be perf

167 ries with adequate infrastructure to perform molecular characterization of pathogens.

168 This study focused on the molecular characterization of patients with leukoencepha

169 Portal vein CTCs can be used for molecular characterization of PBCs and share features of

170 We report a comprehensive molecular characterization of pheochromocytomas and para

171 Here, we report the molecular characterization of PhiHKU.vir-encoded exotoxi

172 Molecular characterization of PIV5 copyback DVGs suggest

173 sceptibility profiles, molecular typing, and molecular characterization of plasmids and resistant det

174 sequence data has provided in depth means of molecular characterization of populations.

175 This paper describes the discovery and molecular characterization of potent (nM) small molecule

176 We provide a deep molecular characterization of PSC; the identification of

177 The molecular characterization of R-loop levels in patient-d

178 Molecular characterization of REST activity identified g

179 We highlight the molecular characterization of risk factors, use of Mende

180 Cloning and molecular characterization of SCL33, a serine/arginine-r

181 Here, we describe the molecular characterization of seirena-1 (sei-1), a mutan

182 ak between September 2015 and June 2018, the molecular characterization of selected isolates based on

183 Thus, molecular characterization of simarteriviruses is becomi

184 The molecular characterization of Sm1 and Sm2 described here

185 Reliable molecular characterization of specific detection of DNA

186 a result, interpreting reports that precede molecular characterization of specific forms of neurodeg

187 We report the synthesis and molecular characterization of structurally defined, sulf

188 er, constitute an extensive resource for the molecular characterization of SUMO function and dynamics

189 Here we present the first molecular characterization of symmetry system developmen

190 Molecular characterization of t-MDS/AML may aid future c

191 lex with H-Ras represents the first detailed molecular characterization of tandem RA-PH domains bound

192 These results led us to perform a fine molecular characterization of targeted gene networks and

193 The molecular characterization of the air/water interface is

194 Our study provides a molecular characterization of the apical organ of Nemato

195 n the present study, we performed a detailed molecular characterization of the Arabidopsis B-box doma

196 Here we present a molecular characterization of the arcopallium in the zeb

197 Clinical and molecular characterization of the disease have greatly a

198 uencing approaches will provide more precise molecular characterization of the diversity among popula

199 nce to anti-EGFR-based therapies, additional molecular characterization of the downstream mediators o

200 , we report the biochemical purification and molecular characterization of the Drosophila COMPASS fam

201 ecting immune senescence, and provide direct molecular characterization of the effects of senescence

202 Here, we provide a detailed molecular characterization of the endogenous murine enzy

203 Molecular characterization of the ern2-1 mutation reveal

204 In conclusion, we report the molecular characterization of the first platelet functio

205 operties of coiled-coil discontinuities, the molecular characterization of the four myosin skip resid

206 Here we describe a more comprehensive molecular characterization of the functions of TBX20 in

207 Molecular characterization of the genome of clear cell r

208 n (non-viral) causes, the identification and molecular characterization of the host proteins involved

209 the orientation of interfacial water and the molecular characterization of the hydrophobic and hydrop

210 ted with either Jak1 or Jak2, but a detailed molecular characterization of the interplay between the

211 Molecular characterization of the introduced DNA in prov

212 A detailed morphological and molecular characterization of the isolate was undertaken

213 Here, we describe recent advances in the molecular characterization of the JAK2 pseudokinase doma

214 ency and autoimmune disease, yet no detailed molecular characterization of the KS-associated immune p

215 Here, we present phenotypic and molecular characterization of the maize (Zea mays) trans

216 Molecular characterization of the mHAgs recognized by CT

217 This molecular characterization of the mitochondrial MTOC def

218 ough recognized microscopically for decades, molecular characterization of the MJ was only enabled by

219 A detailed morphological and molecular characterization of the mold was undertaken.

220 In this study, we present a detailed molecular characterization of the MUP proteoforms expres

221 Molecular characterization of the nan locus indicates th

222 Molecular characterization of the nuclear corepressor NC

223 Together, molecular characterization of the oncogenic CRC model ad

224 The molecular characterization of the pathway, which has bee

225 prospective clinical trials that include the molecular characterization of the patient's genome are n

226 Here, we report a detailed physiological and molecular characterization of the phyA-5 mutant of Arabi

227 We provide the first molecular characterization of the PM-PER tether and show

228 eview the potential and challenges of direct molecular characterization of the postmortem human brain

229 H a scaffold protein to anchor CK1s, further molecular characterization of the protein could gain ins

230 nd despite major efforts, we lack a complete molecular characterization of the reprograming process.

231 Molecular characterization of the residual tumors was co

232 In this study, we performed a cellular and molecular characterization of the role of HIF-1 in IPC.

233 Here, we present the molecular characterization of the sll7003/ssl7004 TA sys

234 We sought to achieve a full molecular characterization of the uniporter holocomplex

235 Our simulations provide a comprehensive molecular characterization of the unique surface propert

236 These findings enable further molecular characterization of the VRAC channel complex a

237 n mass spectrometry allows the time-resolved molecular characterization of thermally induced processe

238 Molecular characterization of these 44 strains demonstra

239 y of their surrounding environment have made molecular characterization of these cells particularly c

240 To provide a neuroanatomical and molecular characterization of these cells, with referenc

241 Molecular characterization of these early precursors is

242 ns, but there are limited data regarding the molecular characterization of these events.

243 Molecular characterization of these mutants revealed mis

244 However, a molecular characterization of this neuronal diversity, p

245 Here we report a molecular characterization of this process in Caenorhabd

246 endocannabinoid transport has prevented the molecular characterization of this process, thus hinderi

247 However, the general lack of molecular characterization of those INs prevents the ide

248 al (Rodentia; Apodemus spp.) samples and the molecular characterization of those isolates.

249 We have performed molecular characterization of three different carbonaceo

250 Technical innovations that permit rapid molecular characterization of tissue samples at the time

251 erences to recently published results on the molecular characterization of TNBCs.

252 This study shows that thorough molecular characterization of treatment-resistant cancer

253 inking of HIV-1 would allow purification and molecular characterization of trimeric Env spikes, as we

254 le relationship, we performed a longitudinal molecular characterization of tumor progression in a mou

255 technology greatly facilitate the extensive molecular characterization of tumors and promote precisi

256 gh throughput technologies for comprehensive molecular characterization of tumors and the individual'

257 A compilation of molecular characterization of tumors with pharmacologica

258 g imaging techniques now enable more precise molecular characterization of tumors, multigenetic tumor

259 We describe here the molecular characterization of two phenotypically similar

260 FTICR mass spectrometry to enable the first molecular characterization of uncharred parent oak bioma

261 ics, and metabolomics, have enabled detailed molecular characterization of various tumors.

262 Molecular characterization of viruses detected in clinic

263 Herein we describe the biochemical and molecular characterization of yeast Hem25p and human SLC

264 rting from the isolation of rapamycin to the molecular characterizations of key components of the mTO

265 ow that Orsay is related to nodaviruses, but molecular characterizations of Orsay reveal several uniq

266 Molecular characterizations of the antibodies and, most

267 se sensitivity measurements high dimensional molecular characterizations of the cell lines are typica

268 reported to harbor TP53 mutations, detailed molecular characterizations of these lesions are lacking

269 ation of molecular diagnostic techniques and molecular characterization on meningococcal isolates are

270 hat can be exploited for imaging, selection, molecular characterization, or cellular manipulation.

271 igh-resolution imaging within intact tissue, molecular characterization over large volumes has been l

272 This integrated molecular characterization provides a comprehensive foun

273 This comprehensive molecular characterization provides a more powerful mode

274 h to VWD subtyping, and although the precise molecular characterization remains complex, it is not re

275 Molecular characterization revealed alleles from T. gond

276 imized maturation conditions, functional and molecular characterization revealed that a switch to fat

277 Further electrical and molecular characterization revealed that GLP-1 receptor

278 Molecular characterization revealed that increased AKT a

279 Molecular characterization revealed that more optimal G,

280 Molecular characterization revealed that the rare varian

281 Molecular characterization revealed that the USH gene pr

282 ed in a circadian manner by SCN neurons, and molecular characterization reveals that it represses cAM

283 However, molecular characterization reveals that they do not show

284 Molecular characterization showed that 17 (25%) Giardia

285 Full molecular characterization showed that NLUCAT1 is a larg

286 by separation/derivatization, comprehensive molecular characterization still requires mass resolving

287 nd by biodistribution, blocking, and ex vivo molecular characterization studies.

288 Molecular characterization supports phenotypic identific

289 tion of these cells has allowed cellular and molecular characterizations that were not dreamed of a d

290 thors use multidimensional and comprehensive molecular characterization to classify urological cancer

291 trial design to incorporate tumor biopsy and molecular characterization to develop biomarkers and und

292 t of HGT1 bladder cancer may be improved via molecular characterization to predict outcome.

293 Here, we provide the first molecular characterization, to our knowledge, of the eff

294 e model, followed by detailed phenotypic and molecular characterization using flow cytometry, immunog

295 transcription polymerase chain reaction, and molecular characterization was based on partial envelope

296 Molecular characterization was performed on these popula

297 Molecular characterization was performed using multilocu

298 Through this screen and further molecular characterization, we found that R-spondin (RSP

299 few analytical methods that can be used for molecular characterization when very little sample is av

300 populations amenable to better cellular and molecular characterization will enable a broad range of