ライフサイエンスコーパス: asymptomatic infection

1 hin a certain radius of detection, targeting asymptomatic infection.

2 57BL/6 mice, in contrast, is more similar to asymptomatic infection.

3 7 times, respectively, more infectious than asymptomatic infection.

4 A total of 51 (22.6%) had asymptomatic infection.

5 f virus-host interactions during the initial asymptomatic infection.

6 B cell development to persist as a life-long asymptomatic infection.

7 in areas where it is endemic it is often an asymptomatic infection.

8 d may down-regulate viral replication during asymptomatic infection.

9 ole in eliminating virus and maintaining the asymptomatic infection.

10 nfection was classified as either disease or asymptomatic infection.

11 tal leukemia and the other, RH/K30, mediates asymptomatic infection.

12 t in bacteria isolated from individuals with asymptomatic infection.

13 erging virus variants and a longer period of asymptomatic infection.

14 negative and in those patients who developed asymptomatic infection.

15 peptic ulcers or gastric cancer, rather than asymptomatic infection.

16 nfidence interval [CI], 17.9%-46.1%) against asymptomatic infection.

17 may enable simple and accurate detection of asymptomatic infection.

18 ound that correlated with symptomatic versus asymptomatic infection.

19 om Montenegro skin tests of individuals with asymptomatic infection.

20 reservoir of infection, including those with asymptomatic infection.

21 erculosis (Mtb) characteristically causes an asymptomatic infection.

22 a rapidly progressive course to a long-term asymptomatic infection.

23 ion during any trimester and can result from asymptomatic infection.

24 ammatory disease, and most commonly, chronic asymptomatic infection.

25 e peripheral blood of PM-positive women with asymptomatic infections.

26 Many patients have asymptomatic infections.

27 hese positives included both symptomatic and asymptomatic infections.

28 oad host range and typically causes chronic, asymptomatic infections.

29 and is known to be able to cause persistent, asymptomatic infections.

30 ongoing envelope variation during long-term asymptomatic infections.

31 12 and 20 months after study entry to detect asymptomatic infections.

32 cute FIV infections, as well as in long-term asymptomatic infections.

33 a infections, with more prolonged impacts on asymptomatic infections.

34 isms by CPT status were also assessed in the asymptomatic infections.

35 cination and symptomatic infections, but not asymptomatic infections.

36 t could benefit from increased screening for asymptomatic infections.

37 y play a role in determining symptomatic and asymptomatic infections.

38 ions in the cohort overestimated the rate of asymptomatic infections.

39 healthy piglets, reflecting a high level of asymptomatic infections.

40 disease, characterized by persistent, often asymptomatic, infection.

41 jects (29.8%) developed 218 CMV episodes (90 asymptomatic infection, 25 syndrome, and 103 disease).

42 ons with symptomatic infection compared with asymptomatic infection (2708 of 20,735 days [13.1%; 95%

43 8 (HHV-8) antibody assays for application to asymptomatic infection, a blinded comparison was done of

44 authors estimated a very low probability of asymptomatic infection, a previously unknown parameter f

45 or symptomatic Plasmodium infection) and, in asymptomatic infection, according to host age and parasi

46 hy volunteers with mild cryptosporidiosis or asymptomatic infection after experimental C. parvum chal

47 ymptomatic infections and from neonates with asymptomatic infections, also contained one or more posi

48 ent surveillance efforts are missing mild or asymptomatic infections among avian-exposed persons.

49 irus (HIV) infection, 11 had newly diagnosed asymptomatic infection and 9 had acute symptomatic HIV.

50 have found that the same SPFL strains cause asymptomatic infection and chronic renal shedding in rat

51 ologic changes in the brain during acute and asymptomatic infection and during viral recrudescence an

52 Because of their continuous asymptomatic infection and longer stay in the markets, p

53 tions with each strain was similar, although asymptomatic infection and viral coinfection was signifi

54 nancy, as well as at delivery, in women with asymptomatic infections and those who remained uninfecte

55 strains isolated from human volunteers with asymptomatic infection, and the genomes of two output st

56 If people with asymptomatic infection are infectious it could explain r

57 Asymptomatic infections are also common.

58 Asymptomatic infections are infrequent.

59 Asymptomatic infections are potentially important reserv

60 Although symptomatic and asymptomatic infections are recognized, protective immun

61 However, many asymptomatic infections are submicroscopic and can only

62 the mechanisms underlying disease caused by asymptomatic infections are unknown, it is believed that

63 In those with asymptomatic infection, ART usually effectively suppress

64 ands, along with 60 subjects with a previous asymptomatic infection as controls.

65 the onset of overt clinical symptoms (or via asymptomatic infection) as the inherent transmissibility

66 , 53%-81%) relative reduction in the risk of asymptomatic infection between 6 and 36 weeks of age.

67 uman population and normally contained as an asymptomatic infection by T cell surveillance, neverthel

68 Although usually asymptomatic, infection can result in a mild and self-li

69 immunodeficiency virus (HIV) causes a long, asymptomatic infection characterized by normal to elevat

70 mydia is variable and may include persisting asymptomatic infection, complications, or spontaneous re

71 + beta lo phenotype expanded throughout the asymptomatic infection, constituting 80%-90% of the CD8

72 The low prevalence suggests asymptomatic infection contributes little to herd immuni

73 Asymptomatic infection could present a major challenge f

74 nt lymphocytes in the brain during acute and asymptomatic infection; cytotoxic T lymphocytes and NK c

75 mained at constant levels from acute through asymptomatic infection, despite significant down-regulat

76 Smear-positive asymptomatic infections detectable by microscopy are an

77 Although feline infections are typically asymptomatic, infection during human pregnancy can cause

78 arying pathogenicity in humans, ranging from asymptomatic infections for Reston virus (RESTV) to seve

79 s was less severe: On average, children with asymptomatic infection gained 162 g less (95% confidence

80 bias may therefore exist, with mild cases or asymptomatic infections going undetected.

81 vs 4.2 [interquartile range, 2.9-5.5] in the asymptomatic infection group, P = .27).

82 young children; a substantial prevalence of asymptomatic infection has been reported across all age

83 Individuals with asymptomatic infection have exhibited T cell responses a

84 body levels are also higher in children with asymptomatic infections (i.e., those with a degree of cl

85 ibe five prospectively studied patients with asymptomatic infections identified in a seroepidemiologi

86 W7-791 produced only a transient asymptomatic infection in adult and neonatal mice even a

87 om African green monkeys (SIVagm) results in asymptomatic infection in its natural host species.

88 West Nile virus (WNV) causes asymptomatic infection in most humans, but for undefined

89 rium tuberculosis can result in lifelong but asymptomatic infection in most individuals.

90 lethal infection in guinea pigs and chronic asymptomatic infection in rats.

91 histoplasmosis or undiagnosed and presumably asymptomatic infection in the donor that had not resolve

92 nth 13 to month 25) as a surrogate marker of asymptomatic infection in the vaccine and placebo groups

93 NO concentration is discussed in relation to asymptomatic infection in women.

94 ause a variety of mild to severe symptoms or asymptomatic infections in humans and animals.

95 ids during acute disease episodes and during asymptomatic infections in long-term inapparent carriers

96 Newly febrile and asymptomatic infections in Malians were statistically in

97 (BKV) establishes persistent, low-level, and asymptomatic infections in most humans and causes polyom

98 s highlights a potentially important role of asymptomatic infections in the community transmission of

99 ore work is needed to understand the role of asymptomatic infections in transmission leading to rotav

100 nd that, as the relative transmissibility of asymptomatic infection increases, a second wave is more

101 ce, and a three years extension of untreated asymptomatic infection, increasing opportunities for tim

102 Chronic, low-density, multispecies asymptomatic infection is a successful biological adapta

103 presence of a healthy immune response; thus, asymptomatic infection is largely uncharacterized.

104 ntly, we argue that active case-detection of asymptomatic infections is a critical component of an ef

105 This test has the potential for detecting asymptomatic infection, monitoring the response to thera

106 Asymptomatic infections occur; the most common symptom o

107 iciency virus (SIV) is known to result in an asymptomatic infection of its natural African monkey hos

108 y early in life and carried thereafter as an asymptomatic infection of the B lymphoid system.

109 erica serovar Typhi can establish a chronic, asymptomatic infection of the human gallbladder, suggest

110 8 serum specimens from patients with chronic asymptomatic infection, of whom 19 had congenital infect

111 Asymptomatic infections often proceed undetected, yet ca

112 ransmission model to investigate the role of asymptomatic infection on the likelihood of observing a

113 m laboratories working with SARS CoV, or are asymptomatic infections ongoing in human beings?

114 irus 71 or coxsackievirus A16 and results in asymptomatic infection or mild disease.

115 .4%; 95% CI, 11.2%-23.9%) among persons with asymptomatic infection (P < .001).

116 0.2%; 95% CI, 7.7%-13.6%) in 88 persons with asymptomatic infection (P < .001).

117 genotype was more common among infants with asymptomatic infections (P=.004), but geographic locatio

118 r whether sickle trait also protects against asymptomatic infection (parasitemia).

119 Multiple asymptomatic infections per symptomatic tree, incomplete

120 , may be involved in the mechanisms by which asymptomatic infections, persistence, and increased anti

121 disease phenotypes: (i) symptomatic VL, (ii) asymptomatic infection (positive delayed-type hypersensi

122 in Ebola and Marburg hemorrhagic fevers, and asymptomatic infection predominates in yellow fever and

123 6% from the low to high R0 settings, whereas asymptomatic infection prevalence was lower in this age

124 During chronic asymptomatic infection prior to simian AIDS, SIV-produci

125 , yet the natural history of this frequently asymptomatic infection remains poorly understood.

126 d with diverse clinical syndromes, including asymptomatic infection, respiratory illness, gastroenter

127 However, the point prevalence of asymptomatic infection rose sharply from 3% to 48% from

128 Malaria parasites associated with asymptomatic infections seem to result in increased TNFR

129 associated with stable lymphocyte levels and asymptomatic infection such as is observed in non-progre

130 s and leukocyte NOS2 in healthy controls and asymptomatic infection suggest that increased NO synthes

131 uires months to resolve or as an essentially asymptomatic infection that can reactivate several years

132 Most individuals experience an asymptomatic infection that is effectively controlled by

133 with recurring disease cycles to a long-term asymptomatic infection that is maintained indefinitely.

134 ctive study of susceptibility to clinical or asymptomatic infection, the levels of anti-GPI antibodie

135 After initial asymptomatic infection, the virus establishes lifelong p

136 on of immunocompetent hamsters results in an asymptomatic infection; the only lethal disease model fo

137 enance of long-term viability during latent, asymptomatic infections, these results establish a role

138 a spectrum of clinical disease, ranging from asymptomatic infection to acute febrile illnesses with s

139 Manifestations range from asymptomatic infection to disseminated visceral disease.

140 k-borne disease that ranges in severity from asymptomatic infection to fatal sepsis.

141 2 ends of a spectrum of states ranging from asymptomatic infection to overt disease.

142 x, and the clinical presentation ranges from asymptomatic infection to severe and fatal disease.

143 d a range of clinical disease outcomes, from asymptomatic infection to severe weight loss, ocular and

144 ase whose clinical manifestations range from asymptomatic infections to a severe disease.

145 sentations in children, ranging from mild or asymptomatic infections to severe sepsis-like presentati

146 ted disease severity ranging from apparently asymptomatic infections to severe, viral hemorrhagic fev

147 Enterovirus infections can vary from asymptomatic infections to those with a mild fever and b

148 levels of virus replication during long-term asymptomatic infection, varying from undetectable to 10(

149 Here we show that in five cases of asymptomatic infection, viral loads in the blood were as

150 The efficacy of the vaccine in preventing asymptomatic infection was 83 percent in the first year

151 In conclusion, active control of asymptomatic infection was associated with and likely co

152 imate of 17.9%, was the only virus for which asymptomatic infection was detected.

153 rstanding of the apparent high prevalence of asymptomatic infection, we analyzed a dynamic transmissi

154 symptomatic infections and 20 neonates with asymptomatic infections were determined by Sanger and ne

155 However, asymptomatic infections were not associated with an incr

156 Interestingly, higher asymptomatic infections were observed in the Caribbean c

157 syndromes produced by WNV infection include asymptomatic infection, West Nile Fever, and West Nile n

158 xpression was suppressed in the lungs during asymptomatic infection, when no correlation existed with

159 Strongyloides stercoralis causes chronic asymptomatic infections which can be maintained in the h

160 tools are not widely available for detecting asymptomatic infection, which can be 4 to 20 times more

161 Asymptomatic infection with Ebola virus could contribute

162 The frequency of asymptomatic infection with Ebola virus is unclear: prev

163 w highly specific and sensitive assay showed asymptomatic infection with Ebola virus was uncommon des

164 week-old mice, dsTE12Q infection resulted in asymptomatic infection with lower CNS virus titers and u

165 haracterised by similar high rates of mainly asymptomatic infection with most symptomatic cases self-

166 Secretors comprised all 155 cases and 21 asymptomatic infections with the most prevalent noroviru

167 Normal mice developed a chronic, asymptomatic infection, with rapid induction of mRNAs fo

168 alaria and more sustained protection against asymptomatic infections, with no difference in parasitem

169 the need to quantify the transmissibility of asymptomatic infections, without which the overall attac