ライフサイエンスコーパス: door

1 reventing ARO spread should extend beyond NH doors.

2 The Janelia Research Campus opened its doors 12 years ago.

3 Alarm-to-door (A2D) and symptom-to-door (S2D) times were calculat

4 benefit of the experimental treatment using DOOR and partial credit analysis.

5 We anticipate this strategy to open new doors and facilitate exciting advances in angiogenesis-m

6 Having open doors and windows that were either screened (prevalence

7 ties, such as cooking, cleaning, and opening doors and windows.

8 ring the technician enter the outer anteroom door, and reached its maximum within ~1 minute of first

9 vector death rates in all sites, and door-to-door application of larval source reduction and adultici

10 e that local people hang wormwood from their doors as a traditional custom during the Dragon Boat Fes

11 Findings open doors at the intersections of mechanics and biology, par

12 us common bulbuls Pycnonotus barbatus in out-door aviaries in Nigeria.

13 led, including airbag (front and side), side door beam, and side structure and padding, have smaller

14 on mosquito hopping rates, levels of door-to-door compliance, and spatial clustering of compliant hou

15 n 2 prespecified ORs equipped with automatic door-counting devices from June 2016 to October 2017.

16 nocytes also initiate necroptosis as a "trap door" death pathway in response to HCMV subversion of ap

17 ication by truck or plane or through door-to-door efforts that require obtaining permission to access

18 The DOOR endpoint fitting these rankings (r = 0.89; 95% conf

19 We developed and validated a DOOR endpoint for Staphylococcus aureus bloodstream infe

20 S. aureus BSI as an exemplar, we developed a DOOR endpoint that can be used as a template for develop

21 gs were estimated to inform development of a DOOR endpoint, which was applied to 2 prior S. aureus BS

22 can be used as a template for development of DOOR endpoints for other diseases.

23 ocial media platforms, sometimes using 'back doors' even after being banned, as well as jumping betwe

24 steps of LLPS could be captured, opening the door for a deeper understanding of biomacromolecular com

25 rchical dipole-dipole interactions opens the door for a more precise control of dye-dye interactions

26 This strategy may open a door for a programmable synthesis of supra-nanoscale str

27 These results open the door for a suitable design of GO-based materials for ele

28 es such as those presented here may open the door for accurately determining intermolecular hydrogen

29 This modification also opens the door for attaching functional groups for various applica

30 These examples open the door for chemical programming without biochemistry.

31 es of nitrogen-doped nanocarbons opening the door for developing their potential applications.

32 This synthetic method opens a new door for easy access to functionalized fused diketopiper

33 This opens the door for efforts from the research community to update t

34 her, these theoretical calculations open the door for employing such hybrid multi-layered structures,

35 These findings open a new door for exploring aqueous-solution approaches of more m

36 Waals heterostructure multiferroics open the door for exploring the low-dimensional magnetoelectric p

37 st siRNA treatments in humans has opened the door for further exploration of this therapeutic strateg

38 these proteins inside the cell and opens the door for further studies on protein secretion mechanisms

39 nt of novel validation methods and opens the door for future studies focusing on the interpretation o

40 and its MRI T1-enhancing properties open the door for future studies on quantitative tracking of ther

41 uction of bicyclic N-heterocycles, opens the door for future synthetic applications of this new radic

42 This study opens a door for high throughput unsaturated lipid analysis with

43 This combined X-ray-based approach opens the door for in-depth studies of magnetic skyrmion systems,

44 This work opens the door for investigating the biological and immunological

45 emistry in aqueous medium but also opens the door for nanoengineered, solar-based methods to remediat

46 actions in biological systems also opens the door for new methodologies to study the behavior of biom

47 Manipulating cGAS or STING may open the door for new therapeutic strategies for the treatment of

48 st epigenetic processes, thereby opening the door for novel methods of controlling gene expression.

49 ys in aging and how this knowledge opens the door for potential novel therapeutics aimed at shaping a

50 of microfluidic mixing technique opens a new door for preparation of the liposomes and lipid-based na

51 Access to this type of production opens the door for rapid deployment of nanoelectronic sensors outs

52 This assay opens the door for simple characterization of qualitative attribut

53 The reported strategy opens the door for the creation of biocompatible, custom-tailored

54 These results open the door for the development of a single, rapid, multiplexed

55 roach in a wound-healing model and opens the door for the future use of MH as a component of micronee

56 ental chemistry itself, but also opening the door for the industrialization and broad application of

57 itions at high temperature, thus opening the door for the isolation of additional titanium heterometa

58 e in other chalcogenide spinels, opening the door for the realization of other magnesium solid ionic

59 nits within host-guest assemblies opened the door for the regulation of their dynamic interactional b

60 This work opens a door for the utilization of phenolCEST MRI technique in

61 Our findings open the door for the widespread application of nanographenes in

62 Our results open a door for understanding the optical nonlinear effects ass

63 This new synthesis method could open the door for wider applications of sustainable sulfur-polyme

64 combination (AraC+CHK1i+G-CSF) will open the doors for a more efficient treatment of AML in the clini

65 Large genomic sequencing studies open doors for accurate molecular trait heritability estimati

66 is vibrational energy-transfer pathway opens doors for applications in remote chemistry, sensing mech

67 lity to different layered materials may open doors for automating the fabrication process of vdW hete

68 Our approach opens doors for designing cheap and stable dry reforming catal

69 for obtaining NIR luminophores will open new doors for further exploration of complex biomolecular sy

70 Our findings may open new doors for further investigation of the distinct biology

71 urrent water-treatment processes and opening doors for new applications of membrane technologies.

72 Our results open doors for novel ways to leverage the use of scRNA-seq fo

73 aled intriguing promiscuity, thereby opening doors for the targeted engineering of these enzymes as u

74 hemi-palate was assigned to receive the trap-door harvesting technique (TDT) or the epithelialized fr

75 r oral HIV self-testing plus routine door-to-door HIV testing services (HIV self-testing group) or th

76 p) or the PopART standard of care of door-to-door HIV testing services alone (non- HIV self-testing g

77 HIV self-testing during delivery of door-to-door HIV testing services increased knowledge of HIV sta

78 T) cluster-randomised trial provided door-to-door HIV testing services to a large proportion of indiv

79 self-testing in addition to routine door-to-door HIV testing services.

80 ng using HIV self-testing or routine door-to-door HIV testing services.

81 has come to be known as prison's "revolving door." However, it is unclear whether being sentenced to

82 This work opens a door in the development of CMS materials for the separat

83 lated to an improvement in the time from PSC door in to door out that reduced from a median time of 1

84 ely cath lab activation patients had shorter door-in door-out times (40 versus 68 minutes) and reperf

85 Desirability of outcome ranking (DOOR) is an innovative approach in clinical trials to ev

86 These advances have opened many doors leading to insight into several nuclear processes

87 Rotors act like revolving doors limiting the number of passing dislocations.

88 This will open the door of unlimited families of SAs that could be easily p

89 ever, these results suggest that closing the door on targeting the type 1 IFN pathway in SLE may be p

90 n place (to improve hygiene); having a solid door on the toilet used by tenants with an inside lock (

91 We analyzed the relationship between mean OR door opening frequencies and SSI risk by use of uni- and

92 nd multivariable analysis, an increased mean door opening frequency during cardiac surgery was associ

93 a potentially causal relationship between OR door openings and the occurrence of SSI.

94 uring the study period, with 87 676 eligible door openings being logged between incision and skin clo

95 Frequent door openings during cardiac surgery were independently

96 kers have suggested that operating room (OR) door openings may be a risk factor for surgical site inf

97 therefore aimed to estimate the effect of OR door openings on SSI risk in patients undergoing cardiac

98 he observed effect was driven by internal OR door openings toward the clean instrument preparation ro

99 A total of 301 594 OR door openings were recorded during the study period, wit

100 improvement in the time from PSC door in to door out that reduced from a median time of 104 minutes

101 lab activation patients had shorter door-in door-out times (40 versus 68 minutes) and reperfusion ti

102 tists have documented the hospital revolving-door problem, the concentration of crime, and long-term

103 We used a single hands-on, out-of-doors project-the Coastal Observation and Seabird Survey

104 se adjusted for duration of antibiotic risk (DOOR/RADAR) are novel and innovative methods of evaluati

105 o experimental treatment would have a better DOOR ranking than if assigned to control was estimated.

106 mbly of large viral capsids highlight a back door route for nuclear escape, a process referred to nuc

107 rong and constant suction pressure; the trap door's fast opening ensures effectively instantaneous on

108 Alarm-to-door (A2D) and symptom-to-door (S2D) times were calculated for true-positive ACS E

109 Using a door-to-door sampling strategy, we recruited 622 residents in Si

110 Two of them had a clinical diagnosis of DOORS syndrome (deafness, onychodystrophy, osteodystroph

111 fractory lethal epileptic encephalopathy and DOORS syndrome (deafness, onychodystrophy, osteodystroph

112 severe cases of inherited GPI deficiency and DOORS syndrome might share some molecular pathway disrup

113 2-oxoglutaric aciduria, which can be seen in DOORS syndrome, suggesting that severe cases of inherite

114 stic of the inherited GPI deficiency but not DOORS syndrome.

115 they completed a reward-guessing game, the 'Doors' task, during fMRI in a drug-free state.

116 IJ cases had 62% (52%-69%) faster needle-to-door time and were 34 times (6-235) more likely to have

117 lities, this new composite lens may open the door to a broad range of applications, including high-pr

118 This flexibility opens the door to a broad range of potential applications, such as

119 sicochemical basis, thereby also opening the door to a broader community.

120 This work opens the door to a detailed atomistic understanding of transforma

121 ofluidics, and optogenetics, have opened the door to a large number of potential experiments, which b

122 e doping profile postsynthetically opens the door to a multitude of opportunities to deepen our under

123 These advances open the door to a myriad of applications including real-time tra

124 usual stability of these trianions opens the door to a new class of super-pnictogens with potential a

125 (unnatural base pairs, UBPs) are opening the door to a new research area, xenobiology, and genetic al

126 be quantitatively investigated, opening the door to a new understanding of natural behavior and its

127 le and scalable occlusion approach opens the door to a novel class of single crystal nanocomposites.

128 ition-metal oxide perovskites would open the door to a rich spectrum of exotic 2D correlated phases t

129 ity of this alternate approach and opens the door to a wide range of alloy design tools.

130 without affecting cell viability, opens the door to a wide range of biomedical applications, yet thi

131 pired systems such as pollen paper opens the door to a wide range of sustainable, eco-friendly, and b

132 This opens the door to a wide range of time-resolved studies at the EuX

133 These results open a door to additional studies targeted at the identificatio

134 Future trials can incorporate DOOR to allow for global assessment of patient experienc

135 er Gravitational-wave Observatory opened the door to alternative probes of stellar and galactic evolu

136 This methodology opens the door to an enhanced understanding of the current supply

137 ity, and bacterial aging), while opening the door to biotechnological innovations.

138 This initiative opens the door to broadband infrared nano-imaging of heterogeneity

139 This study opens the door to broader applications of the tools and models of

140 This might open the door to chemical formulations being developed to address

141 honon modes in an extended crystal opens the door to controlling material properties from hierarchica

142 These results open the door to controlling tissue organization with simple opti

143 of Bi-B double and triple bonds, opening the door to design main-group metal-boron complexes with mul

144 dily be adapted to other species and opens a door to detailed investigations of inelastic or reactive

145 ns in the oxide double perovskites opens the door to developing novel oxide quantum materials and spi

146 More generally, this framework opens the door to direct model-based inference of circuit structur

147 nitial seed pulse that will finally open the door to efficient Raman and Brillouin amplification to p

148 evealed that necroptosis functions as a trap door to eliminate virally infected cells.

149 Our study opens the door to employing Treg immunotherapy to facilitate the r

150 ow using solid-state actuation will open the door to entirely new on-chip functionalities.

151 dem aldol-decarbonylation reaction opens the door to exploration of new carbonyl reactivity to constr

152 Overall, 3% patients achieved a door to first pass time <=60 minutes.

153 le) times were more likely to achieve faster door to first pass time ( P<0.001).

154 significant linear time trend was noted for door to first pass time (quarter 4 year 2014 median time

155 inistration number, 16 [IQR, 10-27]), median door to first pass time was 130 minutes (IQR, 101-170 mi

156 case volume was associated with a 3% shorter door to first pass time, up to a case volume of 40 per y

157 iabetes mellitus were associated with longer door to first pass time.

158 rial access to first pass, and the composite door to first pass time.

159 hnological advances have recently opened the door to forward genetics as well as extremely efficient

160 ence from the magnoliids, but also opens the door to functional genomic research and molecular breedi

161 stabilisation of the SkT state, opening the door to further investigation into this unexplored dimen

162 ord dorsal horn; and (3) this work opens the door to further investigations in vivo of spinal cord de

163 termediate complex, this technique opens the door to further studies of quantum-state-resolved reacti

164 t the use of companion animals and opens the door to future discovery.

165 Our results open the door to future mechanistic investigations to better unde

166 Their approach opens the door to genotype-specific pharmacologic testing.

167 Overall, our collection opens the door to global analysis of photosynthesis and early seed

168 herto unrecognized trends, while opening the door to harnessing the potent biological activities of t

169 ally/IR-transparent organisms, and opens the door to high-resolution systematic analyses of C. elegan

170 leotide sequence context bias would open the door to identify all putative drug resistance mutations

171 time was 130 minutes (IQR, 101-170 minutes), door to imaging time was 12 minutes (IQR, 7-20 minutes),

172 Workflow times analyzed include door to imaging, imaging to arterial access, arterial ac

173 icial limb bud in culture and might open the door to inducing other mesenchymal/epithelial complex ti

174 uggested above promises not only to open the door to innovative and even more effective immunotherapy

175 Hospitals achieving shorter door to intravenous alteplase administration (door to ne

176 These data now open the door to investigate drugs that specifically target the "

177 This model opens the door to investigate the basic mechanisms underlying meta

178 This feature opens the door to longitudinal studies of Drosophila internal orga

179 diffusion selectivities, and has opened the door to many challenging and economically important flui

180 genetics, and bioinformatics have opened the door to mapping, in molecular detail, processes inside l

181 throughput spatial expression data opens the door to methods that can infer such interactions both wi

182 The sequenced genome opens the door to molecular analysis of single-cell regeneration i

183 ield of radical relay cascades will open the door to more efficient synthesis with far-reaching benef

184 study or into an exposure group can open the door to more insidious sources of bias, some of which we

185 nct D2R-dependent behaviors, and opening the door to more targeted therapeutics.

186 These results open the door to much-anticipated applications of MFG and MFC mod

187 Our results open a door to multi-channel signal processing, controlled by l

188 oor to intravenous alteplase administration (door to needle) times were more likely to achieve faster

189 nder way to alter this paradigm and open the door to new opportunities for using Earth-abundant mater

190 onse of metallic nanostructures, opening the door to new optomechanical device strategies.

191 r knowledge of P-Rex1 signaling and open the door to new selective chemotherapeutics.

192 analog of diamagnetism, this work opens the door to new technological capabilities such as stable el

193 accurate measurement of this shift opens the door to nondestructive, site-specific, spatially resolve

194 mechanism in electrogenic cells and open the door to noninvasive label-free imaging of neural signali

195 nrichment and detection of CSCs, opening the door to novel diagnostic and therapeutic approaches.

196 ular biology of Picornavirales and opens the door to novel research and therapeutic applications in t

197 zing native ribonucleoproteins, and open the door to other applications that rely on the ability to t

198 x) nanosheet heterostructures, and opens the door to other previously elusive 2-D materials such as 2

199 c Hamiltonians in optical cavities opens the door to photonic emulators of quantum Hamiltonians with

200 ld nanoclusters can be realized, opening the door to precision ligand engineering on atomically preci

201 re not previously understood and opening the door to precision studies of critical phenomena, simulat

202 nfertility in the clinic, and could open the door to production of sperm from other species in the mo

203 rchitecture for artificial muscles opens the door to rapid design and low-cost fabrication of actuati

204 zations in the quantum Hall regime opens the door to realizing Majorana modes using two-dimensional s

205 tion of new DNAzymes is expected to open the door to several healthcare applications.

206 These unique materials open the door to stimuli-responsive reassembly of BBs and BBCPs i

207 ght how the structural knowledge opens a new door to structure-based drug design against a repertoire

208 interpretation of Bayesian models opens the door to studying the neural representation of uncertaint

209 Our demonstration opens a new door to sub-wavelength pixelated CMOS sensors and promis

210 tructurally regular series of SACs opens the door to systematic experimental investigations of perfor

211 ability to selectively target TAMs opens the door to targeted immunotherapy for ovarian cancer.

212 he RhaPS priming step obtained here open the door to targeting the early steps of the group carbohydr

213 two different polymer systems, and opens the door to the construction of 2D hierarchical structures w

214 Our results open the door to the controlled generation of coherent, pure spin

215 y well-defined transmembrane pores opens the door to the creation of designer channels and pores for

216 influence disease pathogenesis and open the door to the development of diagnostic and therapeutic ap

217 These approximations open the door to the development of modified goodness-of-fit proc

218 tion of functional diversity and opening the door to the development of new vegetation models.

219 Our results open the door to the development of stochastic models of beach, d

220 These results open the door to the development of targeted therapies for PDAC p

221 Our simple, predictive model may open the door to the engineering use of a vast range of materials

222 of pSRII have been investigated, opening the door to the first detailed characterisation of denatured

223 s, with its full arsenal of tools, opens the door to the investigation of a plethora of new ideas suc

224 Our findings open the door to the pharmacological activation of progenitor cel

225 ate that the reported approach will open the door to the study of many fundamental problems in materi

226 observation of such a time crystal opens the door to the study of systems with long-range spatio-temp

227 a number of monogenic origins and opened the door to therapeutic hopes.

228 ed clinical outcome, potentially opening the door to treatment optimization.

229 te-specific spectroscopic approach opens the door to understanding engineered materials with multiple

230 ofacial and brain development, and opens the door to understanding the biological mechanisms underlyi

231 mal polyketide biosynthetic enzyme opens the door to understanding the immense untapped metabolic pot

232 advanced tools for genetic manipulation, the door to understanding the origins of hormone signaling m

233 nfarct size, we analyzed data from the STEMI-Door to Unload (STEMI-DTU) trial and then tested the eff

234 metal utilisation and robustness, opens the door to unprecedented electronic and geometric propertie

235 g graphene plasmonic nanostructures open the door to various emerging applications, including in-brea

236 This study opens the doors to a change in direction in the field of gel nanoc

237 This work opens new doors to developing applications that utilize peptides w

238 reconstituted into proteoliposomes opens new doors to further investigate the structure and functions

239 and end-organ damage, and, furthermore, open doors to its evaluation as a source of diagnostic and/or

240 ssability of silyl ether-based networks open doors to many potential applications for this family of

241 As the hospital shuttered its doors to patients, it also orphaned 583 medical trainees

242 short, is atom-economical, and can open the doors to provide access to various other natural product

243 yond analogues of the nucleobases, will open doors to self-assembled materials with advanced programm

244 Our approach will open doors to the study of bacterial functional genomics of d

245 rdoma are discussed and how these might open doors to the targeting of other, more common cancer type

246 patient arrival in the emergency department (door) to first pass (treatment initiation) in patients r

247 monitor hospitals' proportion of cases with door-to-balloon (D2B) time under 90 minutes.

248 as associated with a significant increase in door-to-balloon and total ischemia times, which may have

249 ectionally consistent linkage between longer door-to-balloon delay and higher risk of adverse outcome

250 38.0% (1651) experienced a door-to-balloon delay of >90 minutes.

251 ertion for PCI, transradial primary PCI, and door-to-balloon time add incremental prognostic value in

252 EMI systems of care from a singular focus on door-to-balloon time to a comprehensive focus on multifa

253 Literature studying the door-to-balloon time-outcome relation in coronary interv

254 (2) use of transradial primary PCI, and (3) door-to-balloon time.

255 The exposure variable was patient-level door-to-balloon time.

256 care have traditionally focused on improving door-to-balloon time.

257 r U-DR (n=25) protocols with respective mean door-to-balloon times of 72 versus 97 minutes.

258 ease in vector death rates in all sites, and door-to-door application of larval source reduction and

259 trongly on mosquito hopping rates, levels of door-to-door compliance, and spatial clustering of compl

260 ale application by truck or plane or through door-to-door efforts that require obtaining permission t

261 to either oral HIV self-testing plus routine door-to-door HIV testing services (HIV self-testing grou

262 ing group) or the PopART standard of care of door-to-door HIV testing services alone (non- HIV self-t

263 hoice of HIV self-testing during delivery of door-to-door HIV testing services increased knowledge of

264 1 (PopART) cluster-randomised trial provided door-to-door HIV testing services to a large proportion

265 oral HIV self-testing in addition to routine door-to-door HIV testing services.

266 IV testing using HIV self-testing or routine door-to-door HIV testing services.

267 Using a door-to-door sampling strategy, we recruited 622 residen

268 houses, and can include aerial spray alone, door-to-door treatment alone, or a combination of both.

269 ference, 67.33) but were more likely to have door-to-EVT initiation time of <=90 minutes (65.6% versu

270 Nearly half of rAAA patients have a door-to-intervention time longer than recommended societ

271 A door-to-intervention time of <90 minutes is recommended.

272 quality improvement initiative to accelerate door-to-needle (DTN) times, was associated with an avera

273 oke consults requested by a spoke, the spoke door-to-needle decreased by 1.8 minutes (P=0.02), number

274 Door-to-needle time (DNT) is a key performance indicator

275 pay-for-performance policies with 10-minute door-to-needle time reductions (5057 more acute ischemic

276 ncentives leading to a 10-minute decrease in door-to-needle time should be implemented but not exceed

277 The median door-to-needle time was 65 minutes (interquartile range,

278 ator) use, complications related to tPA use, door-to-needle time, ambulation at discharge, discharge

279 nt arrival and to consult request increased, door-to-needle time, time from teleconsult request to ca

280 ents receiving intravenous thrombolysis with door-to-needle times 45 minutes and 60 minutes increased

281 target: stroke was associated with improved door-to-needle times and 1-year outcomes.

282 The median door-to-needle times decreased from 80 minutes for the p

283 Door-to-needle times for intravenous tPA.

284 disseminated feasible strategies to shorten door-to-needle times for thrombolytic therapy.

285 The annual rate of increase in the door-to-needle times of 60 minutes or less accelerated f

286 ts (79.2%) who were treated with tPA and had door-to-needle times of longer than 45 minutes, compared

287 ts (55.9%) who were treated with tPA and had door-to-needle times of longer than 60 minutes, compared

288 However, it remains unclear whether shorter door-to-needle times translate into better long-term out

289 Every 15-minute increase in door-to-needle times was significantly associated with h

290 d with tissue plasminogen activator, shorter door-to-needle times were associated with lower all-caus

291 me was 230 minutes (IQR, 170-305) and median door-to-puncture time was 87 minutes (IQR, 62-116), with

292 , and hospital arrival to arterial puncture (door-to-puncture time).

293 Faster door-to-puncture times were similarly associated with im

294 The DTU-STEMI pilot trial (Door-To-Unload in STEMI Pilot Trial) represents the firs

295 high-performance bioanalysis and opens a new door toward the development of the highly sensitive and

296 The mechanism proposed in this work opens a door toward the direct formation of covalent, PAH-based,

297 Overall, the results presented here open the door toward the rational design of robust and efficient

298 nd operating as disease vectors and open the door toward understanding the neural basis of mosquito n

299 The present finding opens the door towards the establishment of tunable, ultra-high ef

300 and can include aerial spray alone, door-to-door treatment alone, or a combination of both.