ライフサイエンスコーパス: spillover

1 rs, with human cases the result of epizootic spillover.

2 ves repetitive reversals following glutamate spillover.

3 pathogen establishment and spread following spillover.

4 s to shape the landscape epidemiology of HeV spillover.

5 imaging is unreliable because of myocardial spillover.

6 sibly by photoprotecting PSII through energy spillover.

7 GluRs on the efferent terminals by glutamate spillover.

8 ed sucrose seeking does not induce glutamate spillover.

9 n identified as possible sources of pathogen spillover.

10 ting targeted drug delivery without systemic spillover.

11 man incursion should reduce zoonotic disease spillover.

12 measurements of radiolabeled norepinephrine spillover.

13 rs to inhibit cue-induced synaptic glutamate spillover.

14 ors were not juxtaposed, favoring a role for spillover.

15 lture, and there is also a concern for human spillover.

16 suggested that transporters strongly limited spillover.

17 ibiotic resistance to predict the effects of spillover.

18 fections that suggest higher opportunity for spillover.

19 tly emerged from a bovine coronavirus (BCoV) spillover.

20 , select for increased virulence, or promote spillover.

21 ased intra-abdominal DFA storage and reduced spillover.

22 ands feature both internal impacts and local spillovers.

23 e confirm little internal impact and show no spillovers.

24 s internally and, if they do, when they have spillovers.

25 nal policies adopted in the presence of such spillovers.

26 ion of the mean and variance of productivity spillovers.

27 states and the size of social and geographic spillovers.

28 ative sample is a more robust way to achieve spillovers.

29 bservation raised the hypothesis that a 5-HT spillover activates receptors at this latter compartment

30 ic transmission typically occurs through the spillover activation of extrasynaptic receptors.

31 While spillover activation of receptors contributed to evoked

32 y of these events indicates the pig-to-human spillover, although a reverse route of transmission cann

33 emiologic circumstances involved in zoonotic spillover, amplification, and spread of diseases is esse

34 species of Osmia, and we discuss how disease spillover and enemy release in this system may result in

35 ading to diffuse tissue damage, inflammatory spillover and hampered axon regeneration.

36 parameter when considering the potential for spillover and infection of human populations.

37 re was a strong negative correlation between spillover and leg fat (r = -0.79, P = 0.001) and a posit

38 l glutamate transporters, boosting glutamate spillover and NMDA-receptor-mediated inter-synaptic cros

39 the DRN is thought to occur via transmitter spillover and paracrine activation of extrasynaptic rece

40 odel, in which the blood input function with spillover and partial-volume corrections and the metabol

41 napses differentially regulate the extent of spillover and pooling to control the timing of local inh

42 ne transmission and found that the extent of spillover and pooling varied dramatically between these

43 Synaptic spillover and subsequent glutamate (Glu) uptake in neigh

44 Spillover and subsequent pooling of noradrenaline activa

45 ce for transmission potential prior to human spillover and the development and implementation of more

46 vanna were each strongly associated with HeV spillover and together explained most of the spatial dep

47 We examined spillover and transmission of the pneumonia-associated b

48 used to target pathogens with a high risk of spillover and/or emergence.

49 A key objective is thus to activate such spillovers and amplify an intervention's effects.

50 We find that cross-fishery participation spillovers and changes in economic connectivity coincide

51 de of live animals facilitates the movement, spillover, and emergence of zoonotic and epizootic patho

52 pportunities for bifunctional mechanisms via spillover, and higher resistance to deactivation by coki

53 ort (metal-support interaction, confinement, spillover, and surface functional group effects).

54 individual heterogeneity can severely limit spillovers, and understanding the heterogeneity in a pop

55 These spillovers are mediated by peer travel and distancing be

56 of successful cross-species transmission, or spillover, are therefore key goals for pandemic surveill

57 isease mechanism with pathological glutamate spillover as well as alterations in the kinetics of peri

58 properties of the MIS surface and reveal the spillover-assisted evolution of hydrogen off the SiO2 su

59 R is principally controlled by the rate of H-spillover at the Pt|WO(x) boundary.

60 However, GABA spillover at these synapses activates LGC-35 on acetylch

61 ne possibility is to eliminate the threat of spillover before it occurs using vaccines capable of aut

62 Excitatory GABA spillover between inhibitory axon terminals may have imp

63 space speed transmitter clearance and reduce spillover between neighboring synapses, thereby minimizi

64 and islands of Rodentia associated UMRV and spillover between rodent species, most probably Rattus r

65 om geometries enable hydrogen activation and spillover but are incapable of C-C bond scission that le

66 Inducing glutamate spillover by blocking astroglial glutamate transporters

67 The rate of spillover by direct contact was about twice as high as v

68 However, the lack of definitive data on spillover by microsporidia, in North America or elsewher

69 ost range) were more likely to amplify viral spillover by secondary human-to-human transmission and h

70 er, defining meaningful causal effects under spillover can be challenging.

71 arance mechanisms must be overwhelmed before spillover can occur.

72 ontributes to group identity, the success of spillovers can depend critically on disrupting the link

73 Even if conformity pervades decision-making, spillovers can range from irrelevant to indispensable.

74 e utility of osmium-labeled beads for signal spillover compensation in mass cytometry, and, strikingl

75 parison of cell types and introduced a novel spillover compensation technique for separating them.

76 ciating antagonist, suggesting an additional spillover contribution.

77 In study 1, concentration and spillover correlated positively for oleate and palmitate

78 o estimate the geographic and social network spillovers created by regional policies across the Unite

79 We also unmasked slow spillover currents in mature neurons in the absence of f

80 g during locomotion is enhanced by glutamate spillover currents recruited during movement.

81 ectivity and the potential for cross-fishery spillovers deserve serious consideration, especially whe

82 Fractional spillover did not change (P = NS).

83 ion of MLIs that reside within the domain of spillover diffusion coordinates inhibition of MLIs outsi

84 ore reaching the northern plains as enormous spillover discharges.

85 Spillover diseases have significant consequences for hum

86 on others, the treatment is said to exhibit spillover, dissemination, or interference.

87 admission before payments implemented) and a spillover effect (nontargeted procedures also reducing r

88 The study also shows a significant spillover effect of the cholesterol level check on the b

89 We sought to examine the spillover effect of the RP intervention on maternal feed

90 2.0), raising the possibility of a positive spillover effect on care for conditions not covered by t

91 uction of iron oxide via a proximal hydrogen spillover effect, leading to the formation of ruthenium-

92 volume, yet there are exceptions due to the spillover effect.

93 ing methods produce the greatest cascades or spillover effects and hence maximise population-level be

94 hese results are robust when controlling for spillover effects and other subregional fixed effects.

95 Government intervention and spillover effects are also discussed; we find no evidenc

96 s employment, yet we do not find evidence of spillover effects at the community level.

97 underestimation of social distancing due to spillover effects from neighboring states.

98 re, it investigated the presence of possible spillover effects from one type of cardiovascular screen

99 tywide ICU beds were decolonized, there were spillover effects in general wards, long-term acute-care

100 This study estimates the direct and spillover effects of a gun violence field intervention i

101 hbors' blood pressure, despite the fact that spillover effects of nearby foreclosures include many kn

102 uses co-arrest network data to further test spillover effects on 6,132 non-participants.

103 e action policies may have important adverse spillover effects on health risk behaviors.

104 economic opportunities might have important spillover effects on health.

105 tentially lifesaving procedures and may have spillover effects on nonreported but related procedures.

106 ctions in victimization are achieved through spillover effects on the peers of participants.

107 Such spillover effects reflect the extent of organizational e

108 ests and is appropriate for systems in which spillover effects result in highly nonlinear cost-benefi

109 t directly impact the local population, with spillover effects to other neighboring areas.

110 ding practices to same-sex borrowers and its spillover effects.

111 Finally, we document findings of spillover effects.

112 out direct exposure, suggesting country-wide spillover effects.

113 We demonstrate that indirect (i.e., spillover) effects, arising from recurrent mobility, gov

114 A single spillover event into the human population is responsible

115 To determine the potential for HNV spillover events among humans in Africa, here we examine

116 While spillover events can occur wherever there is an interfac

117 iced in and around the home, likely augments spillover events of AMR into the community on a scale th

118 Evidence for HNV spillover events warrants increased surveillance efforts

119 duce disease-induced extinction and zoonotic spillover events.

120 s and risk factors that underpin Ebola virus spillover events.

121 late to new host susceptibility during viral spillover events.IMPORTANCE Feline leukemia virus (FeLV)

122 Most emerging infections result in dead-end "spillover" events in which a pathogen is transmitted fro

123 GABA spillover excitation between MNTB axon terminals may ent

124 This spillover excitation generates patterns of staggered neu

125 Axonal spillover excitation persisted beyond the second postnat

126 ressure, fisheries management actions, adult spillover, favorable environmental conditions, or a comb

127 and chronic stressors (eg, work, work-family spillover, financial, discrimination, relationship, and

128 itive fitness effects on its vector, with no spillover fitness benefits to the non-vector within the

129 We examine internal impacts and local spillovers for Brazilian Amazon federal and state agenci

130 3) after surgery (P = 0.01) and systemic DFA spillover from 56.7 mmol before to 24.7 mmol over 6 h af

131 most likely original source of the virus was spillover from an animal reservoir and subsequent adapta

132 lar and host determinants of influenza virus spillover from animal to human populations.

133 tio happened in 2005 in Angola, where direct spillover from bats was not shown.

134 as a likely route for virus maintenance and spillover from bats.

135 Following glutamate spillover from climbing fibers or application of CNQX, e

136 animal models of relapse relies on glutamate spillover from cortical terminals synapsing in the nucle

137 glutamate transients from nearby release and spillover from distant synapses.

138 Emergence can involve simple spillover from enzootic (wildlife) cycles, as in the cas

139 of concern in Australia given its ability to spillover from its reservoir host, pteropid bats, to hor

140 mate viral transmission among livestock, and spillover from livestock to humans through both direct c

141 decline, one cause of which may be pathogen spillover from managed pollinators like honeybees or com

142 he unpromoted catalyst; and second, hydrogen spillover from Mo-OH sites to adsorbed species on the Rh

143 turation that is enabled by neurotransmitter spillover from retinal synapses.

144 AATs) bind and transport glutamate, limiting spillover from synapses due to their dense perisynaptic

145 ics improves our ability to predict zoonotic spillover from the reservoir hosts.

146 Spillover from their fruit bat reservoirs can cause seve

147 VD outbreaks the index cases in humans (i.e. spillover from wildlife reservoirs) occurred mostly in h

148 sses populations at risk of infection due to spillover from zoonotic hosts or vectors, identifying wh

149 In particular, the potential policy spillovers from an increase in the global carbon price o

150 We use data from Alaska fisheries to examine spillovers from each of the main catch-share programs in

151 A virus pandemic stems from continual virus spillovers from reservoir species, a tiny fraction of wh

152 live vaccine viruses a concern exists, that spillovers from viremic vaccinees could result in introd

153 spiratory tracts) of avian IAVs affect their spillovers from wild birds to pigs.

154 ld increase future catch by at least 20% via spillover, generating 9 to 12 million metric tons more f

155 that may be particularly prone to generating spillovers given that they typically change fishers' inc

156 By limiting spillover, glutamate transporters are believed to preven

157 This intermediate reacts with spillover H provided by the Pt to produce crotyl alcohol

158 al setting relative to a natural setting, or spillover host infection relative to primary host infect

159 ing disparate outcomes between reservoir and spillover hosts and defensive strategies likely utilized

160 Although highly pathogenic to their spillover hosts, bats harbor these viruses, and a large

161 bat-borne viruses both in the reservoir and spillover hosts.

162 , directly impacting the risk of exposure to spillover hosts.

163 nagement changes in one fishery can generate spillover impacts in other fisheries.

164 For local spillover impacts, estimates for most arc states either

165 We measured spillover in 13 people with type 2 diabetes using infusi

166 etal-support interaction (SMSI) and hydrogen spillover in catalysts that consist of dispersed metals

167 dings suggest a prominent role for glutamate spillover in integration of inputs and synaptic transmis

168 Then, we quantified spillover in observational antibiotic use and resistance

169 detected in these bats have a potential for spillover in other hosts.

170 sified fat induced higher dietary fatty acid spillover in plasma and a sharper (13)CO(2) appearance,

171 esting a role for glutamate accumulation and spillover in synaptic transmission.

172 d that pharmacologically promoting glutamate spillover in the NAcore would mimic cocaine-induced adap

173 icipation in BPCI was associated with modest spillovers in episode savings.

174 Yet, the spillovers in Para go in opposite directions across agen

175 We provide evidence of such spillovers in the context of a nationwide Medicare bundl

176 se-resistance association is complicated by "spillover," in which one population's level of antibioti

177 When both AChE and BChE were inhibited, the spillover increased and induced a dramatic reduction of

178 learance following synaptic release promotes spillover, inducing extra-synaptic signaling.

179 ogen transmission and their consequences for spillover infection to humans.

180 d mainly in wild birds, and despite frequent spillover infections of avian IAVs into mammals, only a

181 cerebellum receive sensory-evoked phasic and spillover inhibition prior to mossy fiber excitation.

182 stated cocaine seeking result from glutamate spillover, initiating a metabotropic glutamate receptor

183 Insulin spillover into circulation after intranasal insulin appl

184 array of arenavirus infections sporadically spillover into human populations and are often contained

185 e severe disease and high mortality rates on spillover into human populations.

186 acts on virus transmission in nature and its spillover into human populations.

187 and some other SARS-like viruses that might spillover into humans in the future.IMPORTANCE The sever

188 tanding viral ecology and evolution, disease spillover into humans, and the consequences of global ch

189 uce IAV transmission in exhibition swine and spillover into humans, and this merits further study.IMP

190 e respiratory distress and encephalitis upon spillover into humans.

191 are crisis on vector-borne diseases, and the spillover into neighbouring countries.

192 adipocyte fat accumulation and leads to fat spillover into peripheral tissues, leading to the delete

193 t the site of initial activation with little spillover into the downstream LNs involved at later stag

194 that the ability to predict M. ovipneumoniae spillover into wildlife populations may remain a challen

195 sity loss in the presence of market-mediated spillovers into related oilseed and agricultural commodi

196 In conclusion, linoleate spillover is greater than that of other fatty acids unde

197 te adipocyte fat accumulation and fatty acid spillover is imperative.

198 Lake spillover is inferred to have caused breaching of a rock

199 Spillover is known to have effects at the level of famil

200 ent activation of nNOS by synaptic glutamate spillover is not shared.

201 families and hospitals, but it is unclear if spillover is relevant at larger scales.

202 decay kinetics of IPSCs, we found that while spillover may allow for the activation of extrasynaptic

203 reatment on the person who receives it, when spillover may be present.

204 Thus, spillover may have an important impact at the level of s

205 f interactions are between populations, then spillover may have large consequences: The effect of a c

206 as the cerebellum and hippocampus, glutamate spillover may play a role in gain control of calyx affer

207 d with respect to a possible PSII-PSI energy spillover mechanism that regulates photosystem energy pa

208 e rates supported a predominant role of slow spillover mediated inhibition in reducing GrC activity.

209 inhibition was very sparse relative to slow spillover mediated inhibition.

210 etabotropic receptors on Golgi cells through spillover-mediated transmission.

211 We developed a glutamate spillover model in Caenorhabditis elegans by inactivatin

212 Lentiviral infections in spillover (nonadapted) hosts approximated infections in

213 umulation capacity is reached and fatty acid spillover occurs into to peripheral tissues that metabol

214 impact human and domestic animal health when spillover occurs.

215 Europe is considered to be a consequence of spillover of a large proglacial lake in the Southern Nor

216 minants is a critical event that allowed the spillover of a lentivirus from monkey reservoirs to chim

217 ular models exist for predicting the risk of spillover of a particular animal virus into humans or ne

218 a7 nAChRs at the TSC may act as a sensor for spillover of ACh adjusted by BChE and may represent an e

219 Rs localized on the TSC and activated by the spillover of ACh.

220 itating shedding, transmission, and zoonotic spillover of antigenically similar H3N2 viruses at agric

221 lso highlight the diversity and potential of spillover of bat-borne coronaviruses, as evidenced by th

222 , nonesterified fatty acids derived from the spillover of chylomicron-triglyceride in the fasted and

223 a and is frequently associated with zoonotic spillover of dangerous pathogens.

224 Several studies have reported pathogen spillover of DWV from honey bees to bumble bees, but evi

225 al factors that influence the host range and spillover of Ebola virus (EBOV) and other filoviruses re

226 (+)-induced depolarization caused a profound spillover of GABA into the extrasynaptic space and this

227 In the rat cerebellar molecular layer, spillover of glutamate between parallel fibre synapses c

228 nucleus accumbens core (NAcore) and requires spillover of glutamate from prefrontal cortical afferent

229 y tone and influencing sensory signaling, as spillover of glutamate onto nearby glycinergic synapses

230 The spillover of hydrogen is notoriously hard to detect or c

231 oir for most influenza A virus subtypes, and spillover of influenza A viruses from birds to humans or

232 cytosed by resident microglia to prevent the spillover of intracellular contents.

233 Spillover of lipoprotein lipase-generated fatty acids fr

234 ids to measure FFA appearance and fractional spillover of lipoprotein lipase-generated fatty acids.

235 sing the Gouy-Chapman relation, because of a spillover of negative electrostatic potential from the b

236 Our findings suggest that animal-to-human spillover of new viruses that are capable of infecting d

237 Spillover of reactants from one active site to another i

238 ne coronaviruses, as evidenced by the recent spillover of swine acute diarrhoea syndrome coronavirus

239 al inputs to the accumbens by cues initiates spillover of synaptic glutamate, which stimulates metabo

240 Interfacial defects resulting from the spillover of the oxygen-atom conduction-band wavefunctio

241 y bees has led to significant concerns about spillover of the virus to other pollinating species.

242 by either Marburg or Ebola viruses in bats, spillover of these viruses into human populations causes

243 rthologs for cell entry, indicating risks of spillover of these viruses into humans in the future.

244 l programs, infections in humans result from spillover of transmission among zoonotic reservoirs.

245 osts and transmission mechanisms involved in spillover of zoonotic viruses to date, and discover that

246 ruses reassort, in combination with repeated spillovers of H5 HPAI viruses into wild birds, increases

247 Repeated spillovers of the H1N1 pandemic virus (H1N1pdm09) from h

248 We propose that CI-AMPARs are activated by "spillover" of synaptic glutamate only during bright illu

249 The effects of glutamate spillover on animal behavior and its neural correlates a

250 t more than one species, leading to pathogen spillover onto closely related species.

251 A previous study indicates that glutamate spillover onto inhibitory synapses can directly interact

252 en dissociation sites from which H atoms can spillover onto surrounding Cu regions.

253 We report herein that the hydrogen spillover pathway on a Pd/Cu alloy can be controlled by

254 biosynthesis pathway increased flux through spillover pathways causing a profound impact on the accu

255 virus infection was more widespread in this spillover population than previously recognised (21 vs 1

256 issues (r = -0.79, P = 0.05) and reduced DFA spillover (r = 0.76, P = 0.01).

257 the cylinder) go through a maximum for some spillover ratio and then approach a constant value for l

258 absolute sensitivity ( approximately 1.37%), spillover ratio for air ( approximately 0.15), spillover

259 the image-quality phantom was 3.3%, and the spillover ratio for air and water was 0.1.

260 counting rate performance, scatter fraction, spillover ratio for air and water, recovery coefficient,

261 illover ratio for air ( approximately 0.15), spillover ratio for water ( approximately 0.25), and rec

262 only approached for polymer drops with large spillover ratio, that is, having a radius much larger th

263 efficients in rods larger than 2 mm, and for spillover ratios in the nonradioactive water- and air-fi

264 nd then approach a constant value for larger spillover ratios.

265 mined uniformity, recovery coefficients, and spillover ratios.

266 Nevertheless, systemic NEFA fluxes and NEFA spillover remained similar, suggesting that increased NE

267 ; p = 0.002); however, myocardial [(18)F]FDG spillover rendered coronary [(18)F]FDG scans uninterpret

268 In 2016/2017, this spillover resulted in the largest HPAI epidemic on recor

269 not only relate to understanding the risk of spillover risk to humans, but also to improving our unde

270 ehensive framework to measure changes in (1) spillover risk, (2) interhuman transmission, and (3) mor

271 g as natural HeV reservoirs and may modulate spillover risk.

272 ch for screening and assessing the potential spillover risks of viruses circulating in animal populat

273 We establish the existence of "dynamical spillover" showing the correlated formation (or deletion

274 Our results suggest that PVs mediate slow spillover signaling in addition to conventional fast syn

275 s display slow GPSCs with characteristics of spillover signaling.

276 od receiving systems (the rest of China) and spillover systems (Hubei Province, affected by interacti

277 natural components simultaneously, quantify spillover systems and feedbacks, integrate multiple spat

278 18% on average following closure because of spillover, there would be no loss in global catch.

279 the importance of limiting opportunities for spillover throughout Pteropus's range.

280 porters and is thought to decrease glutamate spillover to extrasynaptic NMDA receptors while increasi

281 ala, India, highlights the continued risk of spillover to humans wherever they may interact with pter

282 to spread along with the imported hosts and spillover to native species.

283 oir host and a potential mechanism for virus spillover to other animals.

284 omestic sheep are a reservoir, while the few spillovers to bighorn sheep and mountain goats can persi

285 ng with additional landscape factors, to HeV spillovers to explore the spatial dependency of this zoo

286 refugees creates significant positive income spillovers to host-country businesses and households.

287 as well as economic mechanisms can cause PA spillovers to vary greatly, even from "leakage," more de

288 Whether home foreclosures can "spillover" to affect the health of other neighborhood re

289 nventional fast synaptic signaling, and that spillover transmission mediates activity-dependent regul

290 on focuses on whether predators regulate the spillover transmission of rodent-borne diseases.

291 ited States; however, our ability to predict spillover transmission risk and human WNV cases remains

292 Together with prior studies of spillover transmission to molecular layer interneurons,

293 the human population typically results from spillover transmission via bridge vectors, which are com

294 ctopically released glutamate contributes to spillover transmission, and that ectopic release therefo

295 stable, the number and geographic extent of spillovers varied significantly over time.

296 among seeds over two years, while potential spillover was associated with a 1.5-percentage point red

297 When glutamate spillover was induced by blocking transporters with TBOA

298 lated from one another do not experience any spillover, we found that if even 1% of interactions are

299 oV), two other highly pathogenic coronavirus spillovers, which collectively have reshaped our view of

300 P = 0.38) negatively predicted decreases in spillover with weight loss.