ライフサイエンスコーパス: long-term persistence

1 in some subjects, raises the possibility of long-term persistence.

2 fficiency of control of pathogens capable of long-term persistence.

3 f understanding the origin of clustering and long-term persistence.

4 which could ensure their transferability and long-term persistence.

5 crease the number of CD28(+) TILs capable of long-term persistence.

6 or HPV-18 was associated with short- but not long-term persistence.

7 ts demonstrate that sMoS(2) exhibits greater long-term persistence.

8 r latency, providing a possible strategy for long-term persistence.

9 wever, introducing habitat structure allowed long-term persistence.

10 in Florida, once established, often exhibit long-term persistence.

11 gh-level, erythroid-specific expression with long-term persistence.

12 genetic erosion, which can be detrimental to long-term persistence.

13 splay distinct signatures facilitating their long-term persistence.

14 tion and, under some conditions, latency and long-term persistence.

15 s for in-depth characterization of S. aureus long-term persistence.

16 ls for viral replication, dissemination, and long-term persistence.

17 isolates over a span of two years indicating long-term persistence.

18 vironmental and societal concerns due to its long-term persistence.

19 accumulated within lung tissue and displayed long-term persistence.

20 ght the importance of using WGS to reveal Lm long-term persistence.

21 ects on establishment, population growth and long-term persistence.

22 ociated with acute bacterial replication and long-term persistence.

23 olism, memory differentiation, and influence long-term persistence.

24 enetic variation is necessary for short- and long-term persistence.

25 ofiles are able to effectively support HIV-1 long-term persistence.

26 emphasized the role of N-rich compounds for long-term persistence.

27 of memory B cells but is required for their long-term persistence.

28 ells responded to tumor rechallenge exerting long-term persistence.

29 cattle--ranging from transient epidemics to long term persistence and recurrence.

30 E requires multiorganism coexistence for its long-term persistence and ability to cross fitness valle

31 with phenotypic features suggesting superior long-term persistence and ability to home to the respira

32 ORTANCE Macrophages serve as a reservoir for long-term persistence and chronic production of HIV.

33 s by which HCV may evade innate immunity for long-term persistence and chronicity.

34 The fluorescence contrast agent shows long-term persistence and co-localizes with endothelial

35 cell approach may be superior in generating long-term persistence and functional antiviral responses

36 onical NF-kappaB signals contribute to their long-term persistence and functional fitness.

37 ate survival strategies is likely key to the long-term persistence and global distribution of Gokusho

38 ional outcome of successful oxygen delivery, long-term persistence and high function.

39 r dosages, such as enhancing the CAR T-cells long-term persistence and multiple dosing.

40 s, the short-term cytotoxic activity and the long-term persistence and proliferation of the cell prod

41 hat loss of capsule is not inconsistent with long-term persistence and raise questions about the caps

42 ss the importance of parasite development in long-term persistence and reactivation of this parasite.

43 nce of forest ecosystems revolves around the long-term persistence and resilience of their components

44 chenne muscular dystrophy(1-6), however, the long-term persistence and safety of these genome editing

45 rochromatin establishment, demonstrating the long-term persistence and stability of this chromatin st

46 Long-term persistence and sustained anti-tumor activity

47 on in pathogen diversification as well as in long-term persistence and the global spread of disease.

48 sient regulatory adaptations were key to its long-term persistence and to shaping protein evolution o

49 ining as well a checkpoint that prevents the long-term persistence and transmission of DSBs.

50 e decreases were most profound in women with long-term persistence and were only observed for the old

51 quiescent stem cells-including slow cycling, long-term persistence, and differentiation potential-and

52 s infectious environmental reservoirs due to long-term persistence, and even growth, of live Pd.

53 ouse glioma models and demonstrate efficacy, long-term persistence, and synergistic activity in combi

54 tations, unexpected methods of transmission, long-term persistence, and the discovery of new species.

55 ons in Israel, exhibiting genetic stability, long-term persistence, and wide geographic dispersal.

56 d trafficking of CAR T cells to and impaired long-term persistence at the tumor site, as well as the

57 n the central nervous system did not prevent long-term persistence but resulted in increased tachyzoi

58 be superior to unmanipulated counterparts in long-term persistence, capacity to infiltrate autochthon

59 Nitrate in the medium had no effect on long-term persistence during gradual oxygen depletion (W

60 ind that large clones play a central role in long-term persistence, even though they rarely reactivat

61 NCE Latency of HSV-1 in host neurons enables long-term persistence from which reactivation may occur

62 More extended time series indicated that long-term persistence (>1 y) was the rule for most dsDNA

63 cription factors (TFs), it was proposed that long-term persistence hinges on chromatin state.

64 B cell precursor subsets in vitro and their long-term persistence implies that proliferation during

65 system for benefit of viral replication and long-term persistence in a host for chronic infection.

66 es.ConclusionGiven their rapid expansion and long-term persistence in an immune-compatible environmen

67 enome generates sufficient variants to allow long-term persistence in an immunocompetent reservoir ho

68 IMPORTANCE Long-term persistence in an infected host is an essentia

69 scens during biofilm formation and decreased long-term persistence in biofilm structures.

70 specific variation is important for species' long-term persistence in changing environments.

71 HuCART19 achieved durable remissions with long-term persistence in children and young adults with

72 ts of the MdBV encapsidated genome exhibited long-term persistence in CiE1 cells.

73 stand their stability in annual crops, their long-term persistence in clonally propagated plants rema

74 iated detection, which may contribute to its long-term persistence in individual hosts.

75 indicate that MoS2 nanosheets will not show long-term persistence in living systems and oxic natural

76 een latent and lytic infection is key to its long-term persistence in memory B cells, and its ability

77 to oxidative stress, macrophage killing and long-term persistence in murine lungs.

78 ated genes in CAR T cells is linked to their long-term persistence in patients and clinical efficacy(

79 These data demonstrate examples of long-term persistence in patients in the face of repeate

80 lls represent a preferred site for HIV-1 DNA long-term persistence in patients receiving antiretrovir

81 BPX-601 cell expansion, long-term persistence in peripheral blood, and tumor inf

82 more degradable pesticides, not many data on long-term persistence in soil under field conditions and

83 ility to evade immune defenses and establish long-term persistence in susceptible hosts.

84 tly detected only in the chest compared with long-term persistence in T- and B-cell-deficient mice.

85 ander Trm cells that did not, both displayed long-term persistence in the epidermis under steady-stat

86 genes allowing for immune system evasion and long-term persistence in the host.

87 y host response, yet the bacterium maintains long-term persistence in the host.

88 g features of hepatitis C virus (HCV) is its long-term persistence in the host.

89 ll may explain its successful parasitism and long-term persistence in the host.

90 l dendritic-cell (DC) morphology, and showed long-term persistence in the skin.

91 ough E7, that may facilitate EBV latency and long-term persistence in the tumor context.IMPORTANCE Us

92 that another gene(s) on lp25 is required for long-term persistence in ticks and completion of a natur

93 nality in the absence of alloreactivity, but long-term persistence in vivo is better in the presence

94 approach enhances features of memory (e.g., long-term persistence) in TIL that are characteristicall

95 Independent predictors of poor long-term persistence included nonwhite race, lower inco

96 range shifts raise concern for species whose long-term persistence is already threatened by other hum

97 Long-term persistence likely involves episodic reinvasio

98 ese results suggest that some mechanisms for long-term persistence may be shared among chronic intrac

99 The long term persistence of low levels of infection has imp

100 Results indicate that long term persistence of wild oyster populations towards

101 A major contributing factor is the long-term persistence of a reservoir of latently infecte

102 to less than 50 copies/mL, where we observed long-term persistence of a single clonotype.

103 may contribute to immune evasion that allows long-term persistence of A. marginale in the mammalian r

104 molecular processes associated with episomal long-term persistence of AAV genomes are only poorly und

105 The long-term persistence of adenoviral vectors may be highl

106 ifferentiation into effector T cells and the long-term persistence of Ag-specific memory T cells.

107 pacity of tropical countryside, but, for the long-term persistence of all forest bird species, large

108 the mechanisms involved in the nevertheless long-term persistence of allograft tolerance.

109 of robust MiHA-specific T cell responses and long-term persistence of alloreactive memory T cells spe

110 Surprisingly, we found long-term persistence of an inflammation-associated neut

111 In addition to the long-term persistence of ancient lineages, we additional

112 However, long-term persistence of anti-E2 correlates with chronic

113 We also observed the long-term persistence of anti-viral capsid antigen immun

114 ibiotic treatment that can contribute to the long-term persistence of antibiotic resistance in animal

115 We investigated the long-term persistence of antibody and immunological memo

116 However, the mechanisms underlying long-term persistence of antigen-specific CD4(+) T cells

117 at least 325 days postinfection, indicating long-term persistence of antiviral T cells at this site.

118 We provide robust evidence of long-term persistence of arctic-alpine plants through la

119 specific rodents appear to be crucial to the long-term persistence of arenaviruses in nature.

120 d based on FEF25-75, might contribute to the long-term persistence of asthma and the subsequent risk

121 It is concluded that this long-term persistence of B19 antibody post-BMT is most p

122 ly require targeted protection to ensure the long-term persistence of biodiversity, alongside efforts

123 conservation approaches are critical to the long-term persistence of biodiversity.

124 However, the long-term persistence of C1q-nonbinding de novo DSA coul

125 However, even with long-term persistence of CAR Tc in the blood, control of

126 ty of the short CAR was also associated with long-term persistence of CAR-expressing T cells.

127 es of marine DBC is key to understanding the long-term persistence of carbon in our global oceans.

128 Such a long-term persistence of Chikungunya-related chronic inf

129 e GP1 of LCMV is essential for mediating the long-term persistence of Clone 13 infections.

130 survival benefit from autophagy, permitting long-term persistence of colorectal cancer.

131 The long-term persistence of completely asexual species is u

132 We define CTL memory as long-term persistence of CTL precursors in the absence o

133 This long-term persistence of DeltakasB represents a model fo

134 ssesses a stabilizing capacity that leads to long-term persistence of dominant species.

135 Such conditioning regimens resulted in long-term persistence of donor EGFP+ cells among various

136 or Dracunculus species, and to determine the long-term persistence of Dracunculus infections in Afric

137 ty of evolutionary rescue, and the resulting long-term persistence of drug resistant mutant lineages,

138 y expressed on ECs and may contribute to the long-term persistence of DSA in blood.

139 he CD33 and gamma globin genes, resulting in long-term persistence of dual gene-edited cells with HbF

140 Long-term persistence of Ebola virus (EBOV) in immunolog

141 BMC and demonstrated marked contraction with long-term persistence of effector memory CD8+ T cells in

142 Long-term persistence of ex vivo-expanded tumor-specific

143 tional fetal-maternal trafficking results in long-term persistence of fetal cells in the mother and m

144 tion of lower, less toxic vector doses allow long-term persistence of FVIII expression.

145 volution and translational regulation to the long-term persistence of generalist parasitism.

146 Notably, PRC2 inhibition also promoted the long-term persistence of granzyme B+ effector memory 19B

147 for VSV genomic RNA (gRNA) sequences showed long-term persistence of gRNA from replicating vectors i

148 uated or single-cycle VSV vectors as well as long-term persistence of gRNA in the lymph nodes.

149 pper Osterberg" biota) ages, demonstrating a long-term persistence of high-quality, Burgess Shale-typ

150 r bacteria may play an important role in the long-term persistence of high-risk HPV infection, which

151 (HIV-1) into chromosomal DNA establishes the long-term persistence of HIV-1 as proviruses despite eff

152 T in infants may alter the establishment and long-term persistence of HIV-1 infection.

153 Here we report a long-term persistence of HIV-1 structural proteins and g

154 reservoirs for HIV-1 that may contribute to long-term persistence of HIV-1.

155 ing low-level viral persistence during cART, long-term persistence of HIV-infected cells, and latent

156 horizontal transmission is necessary for the long-term persistence of homing endonuclease genes, and

157 The fixation and long-term persistence of horizontally transferred genes

158 The possible long-term persistence of HP H5N1 IAV in North America po

159 Women with long-term persistence of HPV infection appear to be gene

160 ith reduced acute responsiveness and altered long-term persistence of human cellular immunity to YF v

161 fferent dispersal strategies can lead to the long-term persistence of human gut microbes with implica

162 Detailed descriptions of long-term persistence of human papillomavirus (HPV) in t

163 We find long-term persistence of iC9-modified (iC9-T) T cells in

164 phylogenetic studies suggested preferential long-term persistence of identical viral sequences durin

165 Rapid T cell engraftment and long-term persistence of IMA203 T cells were observed.

166 ever, the molecular mechanisms governing the long-term persistence of immunological memory in respons

167 orts this hypothesis, recent observations of long-term persistence of individual HCV variants, negati

168 Long-term persistence of infection is a critical risk fa

169 reconstitution, some of these cases may show long-term persistence of JCV and delayed clinical improv

170 esolution of cutaneous leishmaniasis and for long-term persistence of L. major.

171 to infection with Dracunculus nematodes, and long-term persistence of L3s in paratenic hosts, address

172 bility of the Serengeti lions as well as the long-term persistence of large prides.

173 e declines in the number of small corals and long-term persistence of larger corals.

174 us (HIV) infection depletes CD4 T-cells, and long-term persistence of latent virus prevents full clea

175 3 and 9 years apart, respectively, revealing long-term persistence of Lm in Brazil.

176 ive, provided an intracellular reservoir for long-term persistence of Lm in tumors, and promoted tumo

177 Future research is needed to determine the long-term persistence of lung disease after COVID-19, it

178 al temperatures will become critical for the long-term persistence of many plant species and communit

179 long-distance dispersal was crucial for the long-term persistence of megafaunal species living in th

180 ts to the requirement of CD4 T cells for the long-term persistence of memory CD8 T cells, which in th

181 e-induced expression of Spi2A determines the long-term persistence of memory CD8(+) T cells.

182 ing mechanisms regulating the generation and long-term persistence of memory T cells in vivo remain u

183 ccination produced greater T-cell expansion, long-term persistence of memory T cells, and tumor regre

184 nces of global environmental changes for the long-term persistence of migratory species populations.

185 hese non-equilibrium dynamics select for the long-term persistence of more acute pathogens with highe

186 rovide a microevolutionary mechanism for the long-term persistence of multiple color morphs within sp

187 a number of challenges remain, including the long-term persistence of multiple, clinically latent vir

188 s a biologically-realistic mechanism for the long-term persistence of mutualistic interactions and th

189 e relationship between genetic diversity and long-term persistence of natural populations.

190 We observed long-term persistence of neoantigen-specific T cell resp

191 We aimed to evaluate the long-term persistence of neutralising antibodies to yell

192 ars data presented here provide evidence for long-term persistence of neutralizing S antibodies.

193 The long-term persistence of NNRTI and protease inhibitor mu

194 ed close to the AU-rich elements, leading to long-term persistence of nontranslatable RNAs consisting

195 ve soil mineral constituents controlling the long-term persistence of organic carbon (OC) in terrestr

196 However, long-term persistence of oviposition depression after pr

197 s that RhlRI is a significant target for the long-term persistence of P. aeruginosa in chronic CF pat

198 of the brain results in the infiltration and long-term persistence of pathogen-specific CD8(+) T cell

199 The long-term persistence of pathogens in a host that is als

200 by the genesis of arthritis and carditis or long-term persistence of pathogens in mice or ticks.

201 cells that are likely to be involved in the long-term persistence of peanut allergy.

202 ever, previous studies have demonstrated the long-term persistence of peptides within fossils and hav

203 To characterize the long-term persistence of plant immunity, we challenged A

204 cations for antimicrobial properties and the long-term persistence of PNCs.

205 of interspecific competition and facilitate long-term persistence of poor competitors.

206 Population regulation is fundamental to the long-term persistence of populations and their responses

207 re known to affect genetic diversity and the long-term persistence of populations.

208 can affect reproductive success and threaten long-term persistence of populations.

209 -2-induced survival program was required for long-term persistence of primed IL-2(-/-) T cells in an

210 Examples of these are the long-term persistence of productive infection, sustained

211 d fields facilitated differentiation between long-term persistence of residues and diffuse contaminat

212 se results will be of use in determining the long-term persistence of resistance in a pathogen popula

213 al and societal mechanisms to facilitate the long-term persistence of restoration.

214 rther demonstrate that mig-14 contributes to long-term persistence of Salmonella in the spleen and me

215 We explored the conditions associated with long-term persistence of serum monoclonal protein (M pro

216 ods of time after HL&F, thus pointing to the long-term persistence of signatures associated to past h

217 Fetal microchimerism (FMc) describes long-term persistence of small numbers of fetal-derived

218 Phenotypic variation is critical for the long-term persistence of species and populations.

219 en fragmented populations, and to ensure the long-term persistence of species in anthropogenically di

220 ine and exposures to other stressors) on the long-term persistence of specific patterns of epigenetic

221 role in promoting bacterial survival and the long-term persistence of staphylococcal abscess communit

222 ity of ancient DNA to obtain insights in the long-term persistence of such phenomena.

223 individuals in the absence of pathogens for long-term persistence of susceptibility alleles.

224 ion, about one-fifth of infections result in long-term persistence of symptoms despite the apparent c

225 However, long-term persistence of T cells targeting CD19, a pan-B

226 ion have occurred in Avena, exemplifying the long-term persistence of tetraploids and the multiple or

227 e presence of inactive workers increases the long-term persistence of the colony at the expense of de

228 These mechanisms culminate in the long-term persistence of the disorder characterized by a

229 hemical mechanisms by which EBNA1 allows the long-term persistence of the EBV genome are currently un

230 ion of HIV-infected cells contributes to the long-term persistence of the HIV reservoir in ART-suppre

231 of laryngeal papillomas is a consequence of long-term persistence of the identical initial HPV genom

232 Furthermore the long-term persistence of the IgG antibodies measured by

233 h age strata (18-64 and >64 years), inducing long-term persistence of the immune response until at le

234 The long-term persistence of the nanofactories is attributed

235 s therefore augment our understanding of the long-term persistence of the NAWH.

236 years after the spill suggest the potential long-term persistence of the oil in the DOC pool in the

237 (MSP2), involved in antigenic variation and long-term persistence of the organism in carrier animals

238 to this area and rather strongly suggest the long-term persistence of the organism in this region.

239 Additionally, the long-term persistence of the parasite in the brain provi

240 The mechanism enabling long-term persistence of the polymorphism is unknown, bu

241 tbreaks and should significantly enhance the long-term persistence of the population.

242 coveries have important implications for the long-term persistence of the SARS-CoV-2 pandemic.

243 king to map the diffusion, establishment and long-term persistence of the seeded innovations.

244 entially playing a more critical role in the long-term persistence of the viral genome in the infecte

245 he establishment of latent EBV infection and long-term persistence of the viral genome.

246 receptor deficient) showed rapid spread and long-term persistence of the virus in the brain.

247 ually succumb to the disease are key for the long-term persistence of the virus.

248 y forecast how contaminants may threaten the long-term persistence of the world's ultimate marine pre

249 sed seed production may be important for the long-term persistence of these arable weeds and may bene

250 However, the long-term persistence of these cells has been implicated

251 The long-term persistence of these exotic annuals has been t

252 horizontal transmission is necessary for the long-term persistence of these genes, we surveyed 20 spe

253 The long-term persistence of these nAbs in chronically infec

254 l roots but has not been able to demonstrate long-term persistence of this bias due to a lack of hist

255 that T cell proliferation could explain the long-term persistence of this reservoir.

256 ization that could ultimately jeopardize the long-term persistence of this species' local populations

257 time of P. oceanica raises concerns for the long-term persistence of this species, especially in the

258 st of Vif and Vpr was required to ensure the long-term persistence of transduced cells with relativel

259 and these agents may significantly limit the long-term persistence of transferred EBV-CTLs, precludin

260 d immunologic ontogeny allow engraftment and long-term persistence of transplanted hematopoietic stem

261 dy-mediated immune response in the acute and long-term persistence of transplanted solid organs has b

262 both low- and high-risk patients, with rare long-term persistence of unique clones, which may or may

263 In skin, there is selective infiltration and long-term persistence of varicella-zoster virus-specific

264 human-to-mouse xenograft model, we show the long-term persistence of various human plantar MSTC-deri

265 resulting in hyporesponsiveness and lack of long-term persistence of Vi-specific IgG in serum and Ig

266 e replication and infectivity of SRV despite long-term persistence of viral DNA forms in infected lym

267 The long-term persistence of viral episomes did not require

268 onducted phylogenetic studies that suggested long-term persistence of viral quasispecies in CD4(+) TS

269 oscillatory dynamics, which may explain the long-term persistence of viruses and virophages in the e

270 Despite long-term persistence of WT1-specific memory T cells, th

271 gs reveal a strategy by which HTLV-1 ensures long-term persistence, offering potential insights into

272 asexual reproduction, possibly facilitating long-term persistence on rafts.

273 an inflammatory immune circuit fueled by the long-term persistence or resurgence of residual myeloma

274 The pathway endows its producer with a long-term persistence phenotype in the human bowel, a pr

275 Early expansion and long-term persistence predict efficacy of chimeric antig

276 This long-term persistence, probably enabled through niche co

277 antibodies with the potent cytotoxicity and long-term persistence provided by cytotoxic T cells.

278 In contrast, Hhy is most active during long-term persistence, providing energy for maintenance

279 A Long-Term Persistence Substudy (LTPS) was undertaken to

280 iating infection and those required only for long-term persistence, suggests that B. abortus uses dis

281 timates of large carnivores to promote their long-term persistence through well-informed management W

282 CD146(+) perivascular cells support the long-term persistence, through cell-to-cell contact and

283 In long-term persistence trials, D. medinensis L3s were rec

284 tb) is an obligate aerobe that is capable of long-term persistence under conditions of low oxygen ten

285 Connectivity may help support long-term persistence under current conservation and man

286 f Blood, Buchlis and colleagues describe the long-term persistence (up to 10 years) of factor IX (FIX

287 Although long-term persistence was not common, it was associated

288 In a logistic regression model, women with long-term persistence were more likely than women who cl

289 At enrollment, women with long-term persistence were more likely to have multiple

290 Widespread MAPC biodistribution and long-term persistence were seen in irradiated recipients

291 Enhancing long-term persistence while simultaneously potentiating

292 he near-term, our study indicates that their long-term persistence will depend on reduction of greenh

293 Knowledge of long-term persistence with 3-hydroxy-3-methylglutaryl co

294 demonstrate that CAR(+) T cells can develop long-term persistence with a memory stem-cell phenotype

295 The cellular processes that permit long-term persistence within the cyst are largely unknow

296 eostasis in bradyzoites and is necessary for long-term persistence within the cyst of this coccidian

297 erculosis, must replicate in macrophages for long-term persistence within their niche during chronic

298 nt memory T (T(RM)) cell differentiation and long-term persistence within tissues.

299 een latent and lytic infection is key to its long-term persistence, yet the molecular mechanisms behi