ライフサイエンスコーパス: technical

1 apies for RV failure will depend less on the technical ability to place the device and more on improv

2 This technical advance enabled detailed observation of sub-ce

3 The BaseScope assay represents a significant technical advance for in situ mutation detection that pr

4 sterile rhizosphere soil, which represents a technical advance towards the establishment of causal re

5 Meanwhile, further technical advancements are likely required for visualizi

6 Further potential for technical advancements is discussed in combination with

7 py to study membranes, and we discuss recent technical advancements that promise further improvements

8 Over the years there have been technical advancements with smaller devices and drivelin

9 und of diffusion MRI with an emphasis on the technical advances and challenges in state-of-the-art mu

10 Technical advances and large-scale data sets have allowe

11 Recent technical advances have made it possible to address the

12 Technical advances in cryo-electron microscopy have resu

13 Here, we report two technical advances in DNA nanotechnology and single-mole

14 Recent technical advances in hardware and software developments

15 Technical advances in single-cell sequencing data and th

16 Recent technical advances in single-molecule spectroscopy have

17 In particular, technical advances that enable genome-wide profiling of

18 Despite technical advances that have facilitated the treatment o

19 Exploiting technical advances toward real-time phase-contrast MRI,

20 of diagnosis, monitoring of therapy success, technical advances, and novel radiopharmaceuticals will

21 and interrogating the cells that may provide technical advantages allowing for the discovery of more

22 In 2013, the Polio Technical Advisory Group recommended that South Sudan tr

23 National Immunization Technical Advisory Groups (NITAGs) are established by na

24 precedented scale among global public health technical agencies and donors, vaccine manufacturers, re

25 2014 to 2016, involving global public health technical agencies and donors, vaccine manufacturers, Wo

26 no large-scale studies have been focused on technical analyses and a long-term follow-up, especially

27 nt trainees could be discriminated in 94% of technical and 95% of nontechnical performances (P < 0.00

28 In a technical and bioinformatics tour-de-force, He et al. (2

29 marginal bone and soft tissue level changes, technical and biologic complications, and implant failur

30 ces were found in soft tissue level changes, technical and biologic complications, or implant failure

31 Furthermore, we highlight the major technical and biological challenges involved in these st

32 computational strategy that adjusts for both technical and biological confounding factors, we find th

33 ion data are highly consistent, and identify technical and biological correlates of eQTL effect size.

34 atasets are common and can arise due to both technical and biological reasons.

35 dance proteins were monitored in a number of technical and biological replicates.

36 We identified and accounted for a variety of technical and biological sources of variation in a large

37 Technical and clinical success rates were 95.9% and 82.4

38 Overall technical and device success rates were acceptable, at 9

39 uencing biomass recalcitrance which is a key technical and economic barrier to overcome to make cellu

40 es a "synthetic-normal" strategy to overcome technical and financial issues.

41 If a focused mechanism had existed with the technical and financial resources to drive its developme

42 , routine immunization was strengthened, and technical and financial support was provided for vaccine

43 ool and reduce wait list mortality; however, technical and logistic issues are limiting factors.

44 Notwithstanding current technical and logistical challenges, machine learning an

45 However, owing to the complexities (both technical and logistical) of exploring development in ut

46 bjectives of this study were to (1) create a technical and nontechnical performance standard for the

47 To measure resident surgeon technical and nontechnical skills for trauma core compet

48 econdary outcomes of IPSs on 5 components of technical and nontechnical skills, Global Rating Scale s

49 Surgical expertise demands technical and nontechnical skills.

50 In light of these findings, technical and philosophical limitations of various scree

51 Technical and policy interventions along the supply chai

52 , has been debated for millennia, but recent technical and theoretical developments continue to provi

53 mise to be of utility in many biomedical and technical applications.

54 Counter to previous technical approaches that applied simple formulas to est

55 This work illustrates both technical aspects and applications of the new corrective

56 SUMMARY BACKGROUND DATA: There are several, technical aspects of a proper CBE.

57 Both physical and technical aspects of correlative image overlay and image

58 a genomic testing program and summarize the technical aspects of different technologies that render

59 We discuss key technical aspects of HTI and highlight representative ex

60 In each case we provide full details of all technical aspects of our model implementations.

61 We will focus on technical aspects of performing neurotransmitter uncagin

62 We introduce the fundamental technical aspects of single-molecule fluorescence.

63 investigates the relationship between other technical aspects of the CBE and accuracy.

64 Previous therapies and technical aspects of the study should be considered, giv

65 e has not been an in-depth discussion of the technical aspects.

66 ne (0.2-0.7 IU/ml), were partly explained by technical assay variability.

67 bilize additional human resources to provide technical assistance to polio-endemic countries.

68 be tolerated, the consequences of asymmetric technical attribution capabilities, and when a mischievo

69 monstrating performance to overcome the last technical barrier to the commercialization of Pt complex

70 fiber sprouting is unknown, primarily due to technical barriers in isolating sprouted mossy fiber syn

71 A detailed discussion is made on the technical barriers in the fabrication of scalable constr

72 ogeneity of protein complexes, mostly due to technical barriers of studying such closely related spec

73 ted lab-on-chip sample preparation overcomes technical barriers to enable broader deployment of genom

74 ampered by inefficient sample processing and technical batch effects.

75 carefully balanced with the psychosocial and technical benefits of IR.

76 ic variants and environments remains a major technical bottleneck.

77 different furniture flammability standards: Technical Bulletin 117 (TB117) and Technical Bulletin 13

78 tandards: Technical Bulletin 117 (TB117) and Technical Bulletin 133 (TB133).

79 base produced a quantitative measure of the technical burden imposed by each step of bioinformatics

80 metabolomics include scaling throughput and technical capacity for metabolomics approaches, bioinfor

81 amental phenomena linked to the operation of technical catalysts.

82 vel species from sequencing errors remains a technical challenge when the novel species is highly div

83 ith aging and interaction with IVD remains a technical challenge.

84 ly at surfaces, still presents a significant technical challenge.

85 mportant that physicians be cognizant of the technical challenges and inherent limitations of strain

86 aterial architectures and identifies current technical challenges and opportunities for further advan

87 The technical challenges associated with measuring ASL pH in

88 o how they are regulated is limited owing to technical challenges associated with performing cell bio

89 Here, we review the conceptual and technical challenges facing plant phenomics.

90 large cell populations has been hindered by technical challenges in isolating single cells during ge

91 els are difficult to study, primarily due to technical challenges in probing these materials in situ.

92 , an overview of the recent developments and technical challenges in storing natural gas as hydrates

93 ure in human cancer cell lines, yet numerous technical challenges limit comparable analyses in primar

94 ere are important limitations, including the technical challenges of breaking down an organ or tissue

95 emoves aggregation problems, one of the main technical challenges of membrane protein folding studies

96 s in tunnel environments are associated with technical challenges related to elongated wireless cover

97 quely specific targeting, but are limited by technical challenges such as low potency or poor biophys

98 emergence of these technologies also carries technical challenges to be met before traditional cell c

99 mmunologic underpinnings of Treg therapy and technical challenges to developing successful cell thera

100 Because of technical challenges, it is currently not established ho

101 4 is the least studied because it poses many technical challenges.

102 PERCH presented considerable logistical and technical challenges.

103 phenotype have been stymied by several basic technical challenges.

104 history of the evolution of defibrillation, technical characteristics of modern AEDs, strategies to

105 This kit has the technical characteristics to be employed as a pre-screen

106 agencies met with chamber operators to list technical, clinical and regulatory unmet needs as well a

107 one laboratory, laboratories had appropriate technical competency, fully functional instrumentation,

108 re (POC) diagnostics is currently limited by technical complexity, cost, and time constraints.

109 these techniques experiences substantive and technical complications (due mainly to the different cha

110 e aneurysms with mass effect, when there are technical complications with endovascular treatment, whe

111 in gene therapy research, high incidence of technical complications, and the problem of long term gr

112 in extreme BMI categories without additional technical complications.

113 The technical concept and basic instrumental setup, as well

114 biting the adoption of ATS, and a variety of technical concerns were also cited as significant barrie

115 We also provide technical considerations for standardization and further

116 Here, we discuss technical considerations in studying the human virome, t

117 Technical considerations of data processing and use of t

118 ncluding (a) motivation for development, (b) technical considerations, (c) evaluation of confidence,

119 II multimers, all of these have significant technical constraints that limit their usefulness.

120 However, due to technical constraints, root research has long been stuck

121 es of Allergy and Infectious Diseases-funded Technical Consultation focused on this organism.

122 important recommendation resulting from this Technical Consultation is the initiation of clinical tri

123 ease Control and Prevention (CDC) convened a technical consultation to gather input from external sub

124 limitations, including slow reporting times, technical demands, and logistics.

125 designed to provide an introductory level of technical detail about the devices and the effects of el

126 We observed that technical details in the annealing procedures can induce

127 erimental opportunities and areas for future technical development.

128 The latest technical developments are highlighted, and challenges a

129 Despite their technical differences, optical mapping and chromosome co

130 To account for cell-to-cell technical differences, we propose a statistical framewor

131 the use of pig has not proven popular due to technical difficulties and time required in generating m

132 elates of postural control is limited by the technical difficulties in performing controlled experime

133 uses will rely on overcoming conceptual and technical difficulties.

134 pproximately 10 kV/cm), resulting in various technical difficulties.

135 om small sample sizes, a necessity given the technical difficulty inherent in simultaneous intracellu

136 ted VLVs have been largely restricted by the technical difficulty of separating VLVs from mature viri

137 This review provides a technical dossier of the diagnostic value of the availab

138 ir isolation and detection still has several technical drawbacks, mainly related with problems of sen

139 f sexual transmission, de novo mutations, or technical errors in identification.

140 he size and complexity of the genome and the technical errors that are introduced during sample prepa

141 d by viral selection and evolution, or (iii) technical errors/limitations of deep-sequencing methods.

142 cancer biosensors developed so far and their technical evaluation with respect to efficiency and pote

143 provide a comprehensive toolset that models technical excess zeros, identifies outliers efficiently,

144 ll transition >180 NSTOP officers to provide technical experience to improve measles surveillance, ro

145 fundoscopy requires expensive equipment and technical expertise not often available in malaria endem

146 r AR and VR is time-consuming and requires a technical expertise that severely limits the development

147 te the relative ease of use of FFR, multiple technical factors can impair its accuracy, and attention

148 ements, structural needs, and procedural and technical factors for the entire VL cascade, with specia

149 analyze the impact of several biological and technical factors on the quality of footprint prediction

150 However, climate and technical factors were very similar between these two pe

151 , has been associated with increased risk of technical failure and poor pancreas allograft outcomes.

152 Purpose To assess the determinants of technical failure of magnetic resonance (MR) elastograph

153 ed to assess potential predictive factors of technical failure of MR elastography.

154 Results The technical failure rate of MR elastography at 1.5 T was 3

155 Conclusion The technical failure rate of MR elastography with a gradien

156 Technical failure was defined as no pixel value with a c

157 One liver did not proceed because of a technical failure with portal cannulation and was discar

158 2 subjects (210 masses) were excluded due to technical failures or incomplete imaging, 72 subjects (7

159 Technical feasibilities, including technical success, su

160 This research investigated the technical feasibility of metal-organic frameworks (MOFs)

161 A workflow was developed and technical feasibility was evaluated.

162 druggable target and sets the conceptual and technical framework for the discovery of novel inhibitor

163 in high-resolution physical mapping to fill technical gaps that are not well addressed by sequencing

164 n alternative method, which uses a series of technical grade enzymes for purifying MPs in environment

165 ARLG strains and scientific and/or technical guidance have been provided to basic research

166 Technical hexachlorocyclohexane (HCH) mixtures and Linda

167 aftertreatment systems remains as one major technical hurdle.

168 ically identified zones in the striatum, yet technical hurdles have hampered the study of the functio

169 A and B Readers had minimal agreement on technical image quality (kappa = 0.0796; 95% confidence

170 n-depth description of fundamental concepts, technical implementations, and current technologies for

171 ed Raman scattering (FMSF-SRS) microscopy: a technical improvement over traditional SRS microscopy th

172 However, further technical improvements will be needed to reliably discer

173 Thanks to great efforts and technical improvements, including the development of car

174 zation, reductions in resident autonomy, and technical innovation challenge how today's general surge

175 We propose our approaches to technical innovations in arthropod identification and th

176 dienoids (CBDs) are of great fundamental and technical interest due to the antiaromaticity brought by

177 ing separation of PI(3,4)P2 and PI(4,5)P2, a technical issue hindering the phosphoinositide signaling

178 with advanced GEA while addressing pertinent technical issues and clinical implications of the result

179 ely accomplish commercial application due to technical issues associated with the lack of stability a

180 ing CNAs using microarrays, but considerable technical issues limit current CNA calling based upon DN

181 been cast as an imaging problem in which the technical issues reduce to achieving not only sufficient

182 Attention to technical issues regarding instrument calibration and va

183 tent results have been attributed to various technical issues, inherent biological variability has no

184 n be extended to larger than 100 without any technical leaps.

185 Here, we overcame historical technical limitations and non-invasively measured sound-

186 Until recently, technical limitations curtailed our ability to understan

187 be transcriptionally silent during mitosis, technical limitations have prevented sensitive mapping o

188 wing user base, diverging plugin suites, and technical limitations have revealed a clear need for a c

189 ole of auxin in plant development as well as technical limitations in investigating apoplastic pH at

190 pecific antibodies have been introduced, but technical limitations may compromise their interpretatio

191 into genome architecture that, owing to the technical limitations of current technologies, has previ

192 The developed approach overcame many technical limitations of existing methods.

193 However, there still remain many technical limitations to overcome for measurement of the

194 latinum surface oxides have been hampered by technical limitations, preventing in situ investigations

195 However, due to technical limitations, study of this phenomenon has larg

196 m are expressed prior to birth, but owing to technical limitations, this has been difficult to test i

197 aluation, and (4) highlighting data gaps and technical limitations.

198 In doing so, we push the technical limits of this information storage system and

199 ychlorinated alkanes (chlorinated paraffins) technical mixture that contains 7820 congeners.

200 600 (FM 600), and organophosphate aryl ester technical mixtures have been increasingly used to treat

201 pril 2011-April 2014) we implemented several technical modifications to reduce environmental contamin

202 To curtail technical noise and make GC/MS metabolomics data amenabl

203 ntly limited by the low sensitivity and high technical noise of single-cell RNA-seq assays.

204 Linnorm shows advantages in speed, technical noise removal and preservation of cell heterog

205 This leads to low, pure technical noise that is atypical of regular studies.

206 However, this comes at the cost of high technical noise, including cell-specific biases in captu

207 ion supports its asymptotic unbiasedness and technical noise-free properties.

208 major challenges, such as zero inflation and technical noise.

209 Linnorm is developed to remove technical noises and simultaneously preserve biological

210 In this Technical Note, we describe a method to fabricate nanopo

211 Otherwise, the technical options and policy and enabling environment th

212 for by the United Nations Intergovernmental Technical Panel on Soils.

213 Study design, technical parameters, number of true- and false-positive

214 TASC incorporates the technical parameters, which reflect cell-to-cell batch e

215 an ink supply system connected to commercial technical pens to allow continuous flow of the ink, ther

216 wed by colorimetric reagent deposition using technical pens.

217 SOP, 2 & 3) improved nontechnical skills and technical performance (P < 0.001) but improved WHO compl

218 is needed to directly assess intraoperative technical performance and its effect on postoperative pa

219 Technical performance in the operating room (OR) assesse

220 matic review of the effect of intraoperative technical performance on patient outcomes.

221 systematic review demonstrated that superior technical performance positively affects patient outcome

222 iance less (P < 0.001) and failed to improve technical performance.

223 ills and WHO compliance (P < 0.001), but not technical performance; systems interventions (Lean & SOP

224 From a technical perspective, our analysis provides tools for u

225 tious diseases (EIDs) does not work from the technical point of view, and it is not sustainable.

226 other regions to support effective near-term technical, policy and investment decisions based on marg

227 There is general agreement that the technical potential for sequestration of carbon in soil

228 ccessful graft survival, graft losses due to technical problems in the first 60 days were excluded.

229 o describe solutions to commonly encountered technical problems such as precipitation of solids ('clo

230 from two patients were discarded because of technical problems.

231 ocol Extension describes the fabrication and technical procedures for implementing ultrathin, flexibl

232 Biological and technical processes that adversely affect genotyping inc

233 Reports have questioned the technical proficiency of newly graduating surgeons.

234 Competency-based evaluations of technical proficiency were performed using the Operative

235 ement, disease surveillance & data analysis, technical quality & capacity building, and partnerships.

236 human oral cavity, for a variety of (mainly technical) reasons the ecological contributions of oral

237 pplications; we identify challenges to their technical refinement.

238 views the current status of APOLT for NCMLD, technical refinements which have improved outcomes and n

239 ss across all levels and there was very good technical repeatability between the morning and afternoo

240 o observed substantial variation between the technical replicates.

241 In this technical report we demonstrate the first such animal mo

242 contained in scientific literature, patents, technical reports, or the web is a pressing need shared

243 Technical reproducibility was high, with ICCs for duplic

244 uate fecal collection methods, we determined technical reproducibility, stability at ambient temperat

245 The regulatory framework and the technical requirements of the US biosimilars program inv

246 s in a continuous flow platform with minimal technical requirements.

247 This technical review addresses focused questions related to:

248 This technical review does not address performance of other n

249 A brief technical review of typical volumetry applications is al

250 To inform these clinical guidelines, this technical review was developed in accordance with the GR

251 nform these clinical guidelines, the current technical review was developed in accordance with the Gr

252 emonstrates feasibility as well as potential technical risks of NMP in a North American setting and h

253 help us to better understand and develop new technical schemes for improving the energy efficiency of

254 On the technical side, BPIVOL and BPISUV showed an interobserve

255 using the Objective Structured Assessment of Technical Skill (OSATS) and the Objective Structured Ass

256 BTs that reflect the necessary knowledge and technical skill a clinician must achieve before being gr

257 rintuitive that a report addressing a highly technical skill such as medical diagnosis would be focus

258 d the Objective Structured Assessment of Non-Technical Skills (OSANTS) instruments, while as also pro

259 ee as a whole, was approved to develop a new Technical Standard on reporting pulmonary function test

260 The technical standard was an OSATS of 21.04/35.00 and the n

261 The first is related to the design of a technical strategy and to the selection of CD38 as a mol

262 is such that its cultural, institutional and technical structures allow for it to be black-boxed easi

263 -doped BaFe2As2 (Ba-122) thin films grown on technical substrates by pulsed laser deposition.

264 GFN blocks are safe and effective with high technical success and positive effect on surgical decisi

265 wards PASCAL TMVr system with a high rate of technical success and reduction of mitral regurgitation

266 The key study endpoints were technical success assessed at the end of the procedure a

267 ced retrieval techniques to maintain overall technical success of retrieval.

268 Technical success rate at 30 days was 80%, with 3 single

269 tery, was embolized in five patients, with a technical success rate of 100%.

270 In an effort to improve the technical success rates and clinical outcomes of radiofr

271 The primary and secondary technical success rates and the number and types of earl

272 Primary and secondary technical success rates were 93% and 98%, respectively.

273 Results Technical success was achieved for all 100 tumors (100%)

274 e patients in this compassionate use cohort, technical success was achieved in 22 (96%) of 23 patient

275 Technical success was achieved in 85% in fTRA and 86% in

276 Technical success was superior for DA+DCB (89.6% versus

277 Purpose To evaluate the long-term safety, technical success, and efficacy of transjugular intrahep

278 The aim of the current study is to assess technical success, complication rates, and procedural ef

279 Outcome variables included technical success, procedure time, complications, and ra

280 Technical feasibilities, including technical success, successful removal, and adverse event

281 recommended that South Sudan transition key technical support from external partners to national sta

282 for stored-product psocids, and can provide technical support not only to facilitate identification

283 s Expanded Program on Immunization requested technical support to improve mapping of health district

284 for surgery and following with a section on technical surgical considerations, including peritoneal

285 ts with beef and pork were performed using a technical TG mixture (Activa, Ajinomoto), and bovine and

286 binding experiments were performed with two technical TG mixtures with and without caseinate.

287 rs while other, less persistent compounds of technical toxaphene (CTTs) are degraded.

288 Although some clinicians may have the technical training for such surgical procedures, in many

289 place at the Technische Universitat Berlin (Technical University of Berlin) in October 2016.

290 We now report the development and technical validation of a rabbit monoclonal antibody-bas

291 exhibit biologically stable baselines after technical variability is factored in.

292 ial tests is confounded by immunological and technical variability.

293 allele-specific bursting, with adjustment of technical variability.

294 atasets differing in distinct biological and technical variables.

295 factors are small contributors to the total technical variance and have only minor effects on downst

296 ificity and fast digestion that may increase technical variance.

297 We investigated the technical variation associated with sample processing us

298 Technical variation in metagenomic analysis must be mini

299 n functions to control for common sources of technical variation.

300 Here, we report technical variations that allow the improved detection o