ライフサイエンスコーパス: long-term persistence

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

22 Long-term persistence and sustained anti-tumor activity

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

52 Long-term persistence likely involves episodic reinvasio

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

120 -2-induced survival program was required for long-term persistence of primed IL-2(-/-) T cells in an

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

136 The long-term persistence of the nanofactories is attributed

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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