ライフサイエンスコーパス: destination

1 mal goals and was predictive of the animal's destination.

2 associated with length of stay and discharge destination.

3 differentiation of MSCs toward an osteogenic destination.

4 ignals that guide neutrophils to their final destination.

5 ng their journeys if they are to reach their destination.

6 o redirect self-movement toward the intended destination.

7 y and interpret external cues to reach their destination.

8 overexploited aquifer systems to their final destination.

9 or whom dialysis will be the final treatment destination.

10 mbulatory status at discharge, and discharge destination.

11 in procedures, length of stay, and discharge destination.

12 ted based on the distance between origin and destination.

13 point of entry at the plasma membrane to its destination.

14 ICU admission rates, mortality, or discharge destination.

15 at their current location and that of their destination.

16 st-ICU discharge LOS, and hospital discharge destination.

17 tant functions in cells-to reach their final destination.

18 mbulatory status at discharge, and discharge destination.

19 ed before these cells migrate to their final destination.

20 vaccine rather than as arrival at the final destination.

21 to the general population in their migration destination.

22 these have the ability to influence fate and destination.

23 cs, length of stay, mortality, and discharge destination.

24 nd secretory proteins to the proper cellular destination.

25 internal capsule are organized according to destination.

26 nelle trafficking pathway and at their final destination.

27 afficking of outer segment proteins to their destination.

28 together with karyopherins to their nuclear destination.

29 e climate velocity to reach a protected area destination.

30 ospitals, 46.7% were discharged to a nonhome destination.

31 mited data regarding postoperative discharge destination.

32 therefore on the future hand path and final destination.

33 ants for cargo sorting and enrichment at its destination.

34 to the lysosome as their final intracellular destination.

35 during migration independently of origin and destination.

36 ordinately to direct glia toward their final destination.

37 or their evolution on hybrids as their final destination.

38 lows parallel tracks to converge at a common destination.

39 the human body regardless of their intended destination.

40 iewed 1102 people, of whom 1015 reached work destinations.

41 etween membrane ion channels and cytoplasmic destinations.

42 very of cargo molecules to specific cellular destinations.

43 from the anteriormost somites to OSM and SHM destinations.

44 gratory journey takes them to very different destinations.

45 igrate from the neural tube to target tissue destinations.

46 vel along axon pathways to navigate to their destinations.

47 transport compartments before reaching their destinations.

48 s from one cellular compartment to different destinations.

49 an about how they stop when they reach their destinations.

50 plasma membrane and are sorted to different destinations.

51 cators, consultation requests, and discharge destinations.

52 s known about the pathways that define these destinations.

53 ne-traffic intermediates and determine their destinations.

54 cultural transmission of migration routes or destinations.

55 of synthesis on the ribosome to their final destinations.

56 dramatically separated from potential final destinations.

57 esthetics, safety, and perceived distance to destinations.

58 around residences and the trips' origins and destinations.

59 tegral membrane proteins to various cellular destinations.

60 ugh a given location on its way to different destinations.

61 nvironment and/or to target to long-distance destinations.

62 relationship of neighborhood walkability and destination accessibility with walking for transportatio

63 These interventions are destination accessibility, equitable distribution of emp

64 re beneficiaries are discharged to a nonhome destination after emergent colectomy.

65 The next destination after the CentriMag VAD was myocardial recov

66 est determinants of index LOS were discharge destination, age, transfer status, and injury severity.

67 ncoding recognition between cargos and their destinations allows for a simple robot a single-stranded

68 complexes to be transported to their proper destinations along the cytoskeleton.

69 rafficking, and delivery of heme to cellular destinations, although none have been found to date.

70 significant changes in ICU use or discharge destination among ICU patients.

71 tcomes were in-hospital mortality, discharge destination among survivors, successful liberation from

72 lity rose (11.3 to 12.0%), whereas discharge destinations among survivors shifted, with an increase i

73 ngle common precursor migrate to their final destination and form functionally synchronous ensembles.

74 fs and dyes can aid in guiding the NP to its destination and gaining visual confirmation.

75 examined the association between readmission destination and mortality risk in the USA in Medicare be

76 es individuals at risk of HIV acquisition at destination and of HIV transmission into networks at ori

77 ncy of many diseases varied with both travel destination and reason for travel, with travelers visiti

78 noses of ill returned travelers according to destination and reason for travel.

79 some benefits from wind in combination with destination and time control.

80 e cleaved off and mature domains reach their destinations and fold.

81 UL37 to bring capsids to cytoplasmic budding destinations and further on to cell junctions for spread

82 The destinations and itineraries of Global TravEpiNet travel

83 rmation to the neocortex, the exact cortical destinations and the physiological mechanisms of such tr

84 pe-specific molecular cargo to extracellular destinations and therefore act as lateral vectors of int

85 gth of stay, 30-d readmission, and discharge destination) and cost (hospital stay, 90-, 180-, and 365

86 es (mortality, length of stay, and discharge destination) and postdischarge outcomes (30-day mortalit

87 emographics, hospital disposition (discharge destination), and neurological status at discharge.

88 e treatment, (2) dialysis as final treatment destination, and (3) active medical management without d

89 , 30-day major complication rates, discharge destination, and 30-day hospital readmission rates.

90 blers know the magnetic coordinates of their destination, and can set a novel course to their goal wi

91 from bone marrow, traffic to their required destination, and differentiate into effector cells, depe

92 non-endemic countries with a reported travel destination, and France and the UK receiving the highest

93 re observed regarding readmission, discharge destination, and late healthcare expenditures.

94 f social destinations, the number of walking destinations, and street connectivity over time were ass

95 ned for retail, social destinations, walking destinations, and street connectivity were associated wi

96 Galphas translocation and its intracellular destination are not known.

97 ar signals that dictate a protein's cellular destination are often promiscuous.

98 n areas, US states, and international export destinations are currently the largest consumers of thes

99 sit stops, and variety in the types of local destinations are important determinants of walking for t

100 Instead, transfer destinations are selected by organizational routines or

101 rcular migrants who are introducing HIV from destination areas were the prevalence of HIV infection i

102 Clinicians should consider travel destination as a marker for resistance to common antimic

103 ensured that neutrophils reached their final destination as the first line of host defense.

104 the subcellular trafficking route and final destination, as well as differences generated by unique

105 tcomes included TCNs (home health or nonhome destination at discharge) and OS.

106 from its initial random landing site to its destination at the cell pole.

107 ravel from the Golgi complex to their common destination at the cell surface.

108 s of population density, land use, number of destinations, bus access, and street connectivity) were

109 s were reported to be endemic to the visited destination but rarely observed in Europe.

110 s multiple synaptic relays on their way to a destination, but little is known about how these relays

111 In animals, many cells reach their destinations by migrating toward higher concentrations o

112 the distribution of incoming refugees across destination camps, given the expected total number of re

113 The navigation of axons to their final destination can involve a sequence of steps that require

114 To reach their destination, cargo-bound motors must overcome barriers t

115 by the popularity of Thailand as a vacation destination characterized by sex tourism and by Thai emi

116 d groupings of origin African countries with destination Chinese provinces were identified, and the n

117 rs that cause vesicles to fuse into specific destination compartments.

118 stently predict more than 75% of the refugee destinations correctly after the first 12 days, and cons

119 d that distinctive receptor subtype-specific destinations correlated with observable differences in t

120 In the destination country, participants tracked stool output i

121 were mostly driven by risk of malaria in the destination country.

122 ding all four combinations of provenance and destination) during a visual discrimination task.

123 uli that guide autoimmune T cells to the CNS destination, enabling them to attack the target tissue.

124 essing and targeting the Cbl cofactor to its destination enzymes, and recent evidence suggests that t

125 t, newly born neurons migrate to appropriate destinations, extend axons, and ramify dendritic arbors

126 es (Menkes and Wilson disease proteins), the destination for copper bound to HAH1.

127 The lysosome is the final destination for degradation of endocytic cargo, plasma m

128 comes of in-hospital mortality and discharge destination for ICU patients.

129 Mitochondria are the principal destination for labile iron, making these organelles par

130 oenvironment for tumor growth and a frequent destination for metastatic cancer cells.

131 It is well established that chromatin is a destination for signal transduction, affecting many DNA-

132 ll persist, and the US will remain a leading destination for SSA physicians emigrating from the conti

133 tracellular sorting of IgG ICs to the proper destination for such cross-presentation to occur.

134 oded and are targeted to their mitochondrial destination from the cytosol.

135 tion and enables predictions of pathways and destinations from a given starting location.

136 ge when newborn neurons approach their final destination, further extend dendrites and form synapses

137 ation variability in migratory movements and destinations, here termed 'migratory diversity', might b

138 Destination hospital was classified according to PCI cen

139 igh volume (>7 cases) and teaching status of destination hospitals (both P < 0.001) were predictive o

140 nual gastrectomy volumes for nearest and for destination hospitals averaged 4.4 and 6.8 cases, respec

141 tals to receive care, selecting lower volume destination hospitals in 27.9% of cases.

142 Distance traveled to destination hospitals in California averaged 17.04 miles

143 oskeletal network and become anchored at its destination in cells.

144 irthplace in rhombomere (r) 4 to their final destination in r6/r7.

145 es of the procession from injection to final destination in specific targets in a living complex orga

146 ment of the trans-Golgi network or its final destination in the cell wall.

147 averted domain of the optic vesicle to their destination in the ciliary marginal zone.

148 hey must properly migrate toward their final destination in the cortical plate, project axons to appr

149 ate relatively long distances to reach their destination in the developing forebrain.

150 as single cells until they reach their final destination in the OB.

151 migratory stream (RMS) to reach their final destination in the olfactory bulb (OB).

152 ng the microtubules to their dorsal anterior destination in the oocyte.

153 n the shoot as well as protein synthesis and destination in the root.

154 cytosis and are sorted to different cellular destinations in early/sorting endosomes.

155 inea, Liberia, and Sierra Leone had expected destinations in low-income and lower-middle-income count

156 stinct transport pathways and reach separate destinations in neurons, where they likely accomplish fu

157 also transport important molecules to remote destinations in order to prime metastatic niches in an o

158 nnels, their ability to reach their required destinations in the cell membrane, their activation and

159 rget independently of each other to separate destinations in the cell.

160 transition (EMT) and migrate to their final destinations in the developing embryo.

161 nd distribution, from the periphery to their destinations in the various central (sub) nuclei in the

162 to measure associations between readmission destination (index vs non-index hospital) and risk of 90

163 characterizing the patients, pathogens, and destinations involved.

164 sorting proteins and wall materials to their destination is critical for plant growth and development

165 gent, specialist medical treatment until the destination is reached or the plane is diverted.

166 But once a transfer destination is successfully found, the mechanics of inte

167 In plants, one destination is the chloroplast, which houses plastocyani

168 For a subset of these proteins, final destination is within the cell envelope as either membra

169 Fidelity to migratory destinations is an important driver of connectivity in m

170 cular carriers from synthesis sites to their destinations is coordinated by the combined action of co

171 This fidelity to migratory destinations is likely to influence population recovery,

172 cargo for delivery to different subcellular destinations is mediated by a number of distinct coat pr

173 tribution of many mRNAs to their subcellular destinations is still unknown.

174 are needs at home, or discharge to a nonhome destination, is an important patient-centered outcome me

175 ecting each individual protein to a specific destination (known as protein sorting) is a crucial even

176 of 84%, similar to outcomes for contemporary destination left ventricular assist device recipients.

177 route and prioritising travel between nearby destinations may reduce the search space, allowing rapid

178 the membrane of the carrier merges with the destination membrane to deliver its cargo.

179 lls by tethering transport vesicles to their destination membranes.

180 ially with resident cells at their predicted destination, namely lung fibroblasts and epithelial cell

181 ular trafficking, and targeting to the final destination of a protein.

182 Here we assessed the destination of adult-born neurons following TBI.

183 identify LAMP1(+) structures as the proximal destination of APP after leaving the Golgi.

184 while developing countries became the major destination of China's export emissions.

185 They suggest that the intracellular destination of internalized complexes is an important ch

186 ning, we were able to infer source and final destination of keratinocytes in the healing epidermis.

187 acker accurately detects both the source and destination of novel transposition events in re-sequence

188 The destination of peroxisomal matrix proteins is encoded by

189 arine systems is the most probable long-term destination of QDs due to aggregation and sedimentation.

190 (causes of attrition and characteristics and destination of residents who leave residency programs) o

191 he ability to broaden or narrow the cellular destination of siRNA within the liver may provide a usef

192 The final destination of the ATI1 bodies is the central vacuole, i

193 romotes LC3 relocalization to the unexpected destination of the plasma membrane.

194 The final destination of this polytopic membrane protein is the Go

195 to directly regulate the directionality and destination of transfer of the mitotic segregation machi

196 Green spaces at the origin and destination of trips were also associated with within-in

197 Asia was found to be the largest destination of used laptop exports across all used-new t

198 rstanding of the African diaspora, the major destination of which was Brazil, by revealing that Brazi

199 om-up analyses is used to allocate the final destinations of current global steel and aluminum produc

200 subtropical and tropical regions known to be destinations of e-waste.

201 Moreover, the destinations of people who left the capital during the f

202 mulation development approach to predict the destinations of refugee movements in conflict regions.

203 esidents, as well as the characteristics and destinations of residents who left general surgery train

204 ential to give insight into the quantity and destinations of the exports if applied to all used elect

205 sceptibility of Shigella isolates and travel destination or other risk factors can assist clinicians

206 such firing represents the animal's intended destination or the execution of a specific trajectory.

207 ng to prolonged length of stay and discharge destination other than home, had a profound influence on

208 ; P = 0.018), and no difference in discharge destination (P = 0.11).

209 e often and become more selective over their destination patch when their prey species exhibit spatio

210 ulate GABA neuronal migration to their final destination, providing novel insights and fresh perspect

211 ding demographic and health characteristics, destinations, purpose of travel, and pretravel healthcar

212 g in the number of places between origin and destination, rather than pure physical distance, as cons

213 -coupled receptors (GPCRs) to the functional destinations remain poorly elucidated.

214 transporting of P4-ATPases to their cellular destination requires the beta subunit TMEM30A proteins.

215 n which only the parental or human germ-line destination residue was encoded at each position.

216 gest time needed to bring materials to their destination scales with the square of delta(max), the ma

217 the identification of both their source and destination sequences.

218 osomal vesicles and unloads the cargo at its destination site, namely the nucleus for the purposes of

219 ibility that they may be translated at their destination site.

220 how ciliary proteins use IFT to reach their destination sites in the cilium and whether the amount o

221 inding domain cannot contact both source and destination sites simultaneously, are nonetheless strong

222 ir insoluble cargo before transporting it to destination sites.

223 International travel poses a risk of destination-specific illness and may contribute to the g

224 mechanism for continuous tuning between the destination states.

225 ies and functions reflect differences in the destinations, states, functions, and sizes of the transl

226 mbranes for import into and sorting to their destination submitochondrial compartments.

227 int of intravenous administration to desired destinations such as tumors are discussed.

228 l stability and improved patient survival to destination surgical treatment.

229 with individuals moving to several different destinations (the northern Lesser Antilles, the northern

230 Once the vesicle arrives at its precise destination, the membrane of the carrier merges with the

231 re the number of prior admissions, discharge destination, the number of comorbidities, and age.

232 srupts trafficking of PDE6 and GRK1 to their destination, the photoreceptor outer segments.

233 Rather than being attracted to their destination, the yolk syncytial layer, cells appear to m

234 Increases in the number of social destinations, the number of walking destinations, and st

235 uced the risk of traveler's diarrhea in many destinations, the risk remains high in others.

236 the cytosol and traffics to its therapeutic destination-the nucleus.

237 p = 0.001), had MCS more often implanted as destination therapy (33% vs. 14% vs. 22%, p = 0.03), req

238 port were bridge to transplantation (54%) or destination therapy (46%).

239 The HeartMate II (HMII) destination therapy (DT) trial demonstrated significant

240 A post-approval (PA) study for destination therapy (DT) was required by the Food and Dr

241 ation of a left ventricular assist device as destination therapy (DT).

242 with MCSs for bridge to transplant (BTT) and destination therapy (DT).

243 spital mortality with pulsatile flow LVAD as destination therapy (DT).

244 ability of left ventricular assist device as destination therapy (DT-LVAD) to prolong survival for ma

245 ence interval 1.46-3.44; P(trend)<0.001) and destination therapy (hazard ratio, 1.42; 95% confidence

246 HMII bridge to transplantation (n = 405) and destination therapy (n = 551) clinical trials were retro

247 ics encouraged inclusion of all indications (destination therapy and bridge to transplant) and preven

248 IIB/IV patients meeting indications for LVAD destination therapy but not dependent on intravenous ino

249 ved 145 devices as a bridge to transplant or destination therapy for advanced heart failure.

250 but currently have too many limitations for destination therapy for children.

251 ss associated with continuous-flow LVADs for destination therapy has improved significantly relative

252 pproved for use as a bridge-to-transplant or destination therapy in patients who have irreversible en

253 tance devices are now used increasingly as a destination therapy in patients with advanced heart fail

254 , both as a bridge to transplantation and as destination therapy in those who are ineligible for card

255 entification of a dedicated caregiver before destination therapy left ventricular assist device (DT L

256 Destination therapy left ventricular assist devices (DT

257 ejection fraction was 18.1%, and 66.7% were destination therapy LVADs.

258 It has already been approved for destination therapy of heart failure, and greater portab

259 T), left ventricular assist device (LVAD) as destination therapy or bridge to transplant.

260 is study sought to assess the utility of the Destination Therapy Risk Score (DTRS) in patients with c

261 into the HMII bridge to transplantation and destination therapy trials (N = 1,122) were randomly div

262 effectiveness of continuous-flow devices for destination therapy versus optimal medical management in

263 ear survival rate for patients supported for destination therapy with a continuous-flow LVAD is 74%,

264 ailure and the expanded indication use (i.e. destination therapy), the overall number of implanted pa

265 f pump support (bridge to transplantation or destination therapy).

266 eutic intention (bridge to transplant versus destination therapy).

267 end-stage heart disease as either bridge or destination therapy, and have significantly improved the

268 schemic cardiomyopathy, LVAD implantation as destination therapy, and increased baseline body mass in

269 ntinuous-flow LVADs as bridge to transplant, destination therapy, or bridge to decision from January

270 e, either as a bridge to transplantation, as destination therapy, or in some patients, as a bridge to

271 Patients who instead received destination therapy-LVAD are estimated to live 4.4 years

272 Destination therapy-LVAD significantly improves life exp

273 s or improved quality of life are needed for destination therapy-LVAD to be cost effective.

274 as a bridge to cardiac transplantation or as destination therapy.

275 ates in patients receiving these devices for destination therapy.

276 have been used and allow the possibility of destination therapy.

277 te II implantation, with 62% LVADs placed as destination therapy.

278 er LVAD and is associated with older age and destination therapy.

279 d deliver the coalesced droplet to a certain destination through the use of surface tension gradients

280 migrate from their birthplace to their final destination to develop into functional neurons.

281 ed locations, and delivers them to specified destinations until all molecules are sorted into two dis

282 rmine their location relative to their final destination using both a "compass" and a "map".

283 the risk of travel-associated infections by destination, using US Department of Commerce data.

284 ay cloning methodology, we have engineered a destination vector that directs expression of enhanced g

285 ptured, and delivered to a specific cellular destination via specialized trafficking events.

286 ath from the seed location to every possible destination voxel/pixel location in the image.

287 ation density, area zoned for retail, social destinations, walking destinations, and street connectiv

288 interval: 1.23, 1.68) times higher when trip destination was in the fourth (vs. first) quartile of se

289 titanate hydrates can be the desirable final destination.Water is usually not favorable in high-volta

290 stay, hospitalization charges, and discharge destination were analyzed.

291 ls of both land zoned for retail and walking destinations were associated with greater increases in l

292 The most common travel destinations were Mexico, India, Peru, Dominican Republi

293 communication of information from source to destination, where it modifies development, physiology o

294 ing these proteins reach their diverse final destinations with temporal and spatial accuracy is essen

295 between origin of water resources and final destination, with significant water pressures in the Sou

296 serves to deliver the G protein to its final destination within the cell.

297 (RNP) complexes once they have reached their destination within the oocyte.

298 tial learning task during which they learned destinations within virtual environments.

299 lue below a used-new threshold specific to a destination world region are used.

300 motors transport organelles to their proper destinations, yet little is known about the pathways tha