ライフサイエンスコーパス: listeriosis

1 ogenes (Lm) causes severe foodborne illness (listeriosis).

2 inhibitors (PPIs) may increase the risk for listeriosis.

3 athology, and limits bacterial growth during listeriosis.

4 critical role for TRAIL in apoptosis during listeriosis.

5 ng investigations of food-borne outbreaks of listeriosis.

6 e attenuated virulence in the mouse model of listeriosis.

7 40% of sporadic cases and many epidemics of listeriosis.

8 urvival defect in the liver during secondary listeriosis.

9 cs and in a substantial fraction of sporadic listeriosis.

10 lation of leukocyte migration during primary listeriosis.

11 ced IL-1ra and, by inference, IL-1 in murine listeriosis.

12 n in antibacterial resistance during enteric listeriosis.

13 cts of endotoxin but are more susceptible to listeriosis.

14 een genetically linked to host resistance to listeriosis.

15 for the life-threatening food-borne disease listeriosis.

16 uding cantaloupe, can serve as a vehicle for listeriosis.

17 h produce is a rarely recognized vehicle for listeriosis.

18 cts detailed information about U.S. cases of listeriosis.

19 fling, lengthy outbreak of hospital-acquired listeriosis.

20 to improve management and predict outcome in listeriosis.

21 e degree to which they increased the risk of listeriosis.

22 are able to confer protection against murine listeriosis.

23 mpartment is relevant for protection against listeriosis.

24 gnant women and to others at highest risk of listeriosis.

25 gnancy had a 100-1000-fold increased risk of listeriosis.

26 PPIs were associated with increased risk of listeriosis.

27 lation-deficient mutant in a murine model of listeriosis.

28 y rate with individuals who develop clinical listeriosis.

29 parasite and the causative organism of human listeriosis.

30 lular pathogen Listeria monocytogenes causes listeriosis, a rare but life-threatening disease.

31 eria monocytogenes is the causative agent of listeriosis, a severe foodborne infection.

32 Pregnancy increases the risk of listeriosis, a systemic disease caused by Listeria monoc

33 ative estimates of the relative risk (RR) of listeriosis among higher-risk populations and a nuanced

34 Foodborne acquisition of listeriosis among hospitalized patients is well document

35 is study quantifies the increases in risk of listeriosis among older persons, pregnant women, and His

36 d isolates from both a 1988 case of sporadic listeriosis and a 2000 listeriosis outbreak, which had b

37 erial growth in this organ may contribute to listeriosis and dissemination of this organism.

38 in TRAIL were partially resistant to primary listeriosis, and blocking TRAIL with a soluble death rec

39 us infections, tuberculosis, histoplasmosis, listeriosis, and malignancy.

40 had a >1000-fold increased risk of acquiring listeriosis, and those with liver cancer; myeoloprolifer

41 erotypes, greater than 90% of human cases of listeriosis are caused by serotypes 1/2a, 1/2b, and 4b a

42 frequently (lineage 3) associated with human listeriosis are sister-groups, and reveal for the first

43 e findings demonstrate the utility of murine listeriosis as a model for dissecting qualitative differ

44 nt and quality of T cell memory using murine listeriosis as a model system.

45 hogen Listeria monocytogenes by using murine listeriosis as a model system.

46 plays a role in host resistance using murine listeriosis as an experimental system.

47 igating the pathogenesis of gastrointestinal listeriosis because of its ability to develop systemic i

48 a plays a more limited role during secondary listeriosis, blunting the strength of the delayed-type h

49 nancy-associated and nonpregnancy-associated listeriosis by age and ethnicity.

50 was further characterized in mouse models of listeriosis by determining recovery rates of the wild-ty

51 isability-adjusted life-years (DALYs) due to listeriosis, by synthesising information and knowledge t

52 Listeriosis can cause severe disease, especially in fetu

53 We searched for listeriosis case series and outbreak investigations publ

54 ates from human (n = 60) and animal (n = 30) listeriosis cases and food samples (n = 30) were randoml

55 More than 98% of reported human listeriosis cases are caused by Listeria monocytogenes s

56 The number of listeriosis cases could be reduced substantially by esta

57 observed significant increases over expected listeriosis cases in their states.

58 ciation between lineage 3 isolates and human listeriosis cases likely reflects rarity of exposure and

59 A total of 762 listeriosis cases were identified during the 6-year repo

60 One hundred sixty-six pregnancy-related listeriosis cases were identified, resulting in a yearly

61 incubation periods among outbreak-associated listeriosis cases, using a simulation model to account f

62 Listeriosis, caused by Listeria monocytogenes, is an imp

63 c and product trace-back data, detected more listeriosis clusters and solved more outbreaks (2 outbre

64 t not LIGHT(-/-), mice are more resistant to listeriosis compared with wild-type mice, and blockade o

65 nd identified 87 eligible studies containing listeriosis data for inclusion in the meta-analyses.

66 th respect to the pathogenesis and spread of listeriosis depends on the ability of the bacterium to l

67 restrain the bacterial burden during lethal listeriosis despite their reduced fibrin levels.

68 s the most appropriate small-animal model of listeriosis due to its susceptibility to the same invasi

69 including strains associated with five major listeriosis epidemics.

70 We describe the epidemiology of listeriosis, estimate overall and specific incidence rat

71 ulation-based surveillance data for invasive listeriosis from 2004 through 2009.

72 d as patients aged >/=45 years notified with listeriosis from July 1994 to December 2012.

73 their role in the protection against murine listeriosis has not been examined.

74 nd 4b and nearly all outbreaks of food-borne listeriosis have been caused by serotype 4b strains.

75 Outbreaks of food-borne listeriosis have often involved strains of serotype 4b.

76 L23, on L. monocytogenes and orally acquired listeriosis in a gnotobiotic humanized mouse model.

77 We induced systemic listeriosis in CD18 knockout (CD18-ko) and wild-type (WT

78 ortantly, however, susceptibility to primary listeriosis in cytokine-deficient mice does not preclude

79 We examined two features of listeriosis in gravid and nongravid female mice followin

80 an intracellular food-borne pathogen causing listeriosis in humans.

81 mphasizes the high rate of pregnancy-related listeriosis in Israel and shows that specific clones mig

82 Using listeriosis in mice as an experimental model, we found t

83 Listeriosis in mice with the SCID mutation results in a

84 prfA in the pathogenesis of gastrointestinal listeriosis in mice.

85 Incidence rates of nonpregnancy-associated listeriosis in patients aged >/= 65 years were 4-5 times

86 a monocytogenes, four outbreaks of epizootic listeriosis in ruminants were investigated through coord

87 al role during the gastrointestinal stage of listeriosis in the guinea pig but is not important for s

88 The clinical manifestations of listeriosis in the pregnant guinea pigs and the tropism

89 limits the bacterial burden during sublethal listeriosis in wild-type mice, FXI-deficient mice displa

90 Overall listeriosis incidence did not change significantly from

91 Among non-pregnancy-associated cases, listeriosis incidence rates increased gradually with age

92 -analysis to impute missing country-specific listeriosis incidence rates.

93 ong non-Hispanic women, pregnancy-associated listeriosis increased from 1.74 to 2.80 cases per 100,00

94 the crude incidence of pregnancy-associated listeriosis increased from 5.09 to 12.37 cases per 100,0

95 Listeriosis is a foodborne disease of significant public

96 Listeriosis is a serious complication in patients underg

97 Listeriosis is a serious foodborne infection that dispro

98 Listeriosis is a serious foodborne infection.

99 Listeriosis is a severe foodborne infection and a notifi

100 Listeriosis is an infectious disease caused by the bacte

101 at the protective role of Perforin-2 against listeriosis is based on it limiting the intracellular re

102 Listeriosis is characterized by bacteremia or meningitis

103 DO is normal, the enhanced expression during Listeriosis is completely abrogated in the absence of IF

104 INTERPRETATION: The severity of listeriosis is higher than reported elsewhere.

105 s with fever, and sporadic cases of invasive listeriosis may be due to unrecognized outbreaks caused

106 eptor-beta agonist, was tested in the murine listeriosis model, the neutropenic rat Pseudomonas aerug

107 in a 100-fold virulence defect in the mouse listeriosis model.

108 pite decades of progress in animal models of listeriosis, much remains unknown about the processes of

109 Outbreaks of listeriosis occur rarely, but have often proved difficul

110 A multistate outbreak of listeriosis occurred in the United States in 1998 with i

111 A) where 6 patients had been admitted before listeriosis onset; these specimens were tested by cultur

112 Listeriosis or pneumocystosis occurred in 12 of 170 (7%)

113 In June 2014, we detected and investigated a listeriosis outbreak in Denmark using patient interviews

114 We investigated a listeriosis outbreak spanning 7 months and involving 5 h

115 WGS has transformed listeriosis outbreak surveillance and is being implement

116 We investigated a nationwide listeriosis outbreak that occurred in the United States

117 a support the hypothesis that the 2000 human listeriosis outbreak was caused by a L. monocytogenes st

118 1988 case of sporadic listeriosis and a 2000 listeriosis outbreak, which had been linked to contamina

119 Sources of hospital-acquired listeriosis outbreaks can be difficult to identify.

120 Human listeriosis outbreaks in Canada have been predominantly

121 mple, a PFGE type that matched isolates from listeriosis outbreaks in Los Angeles and Switzerland occ

122 was used to analyze isolates from two major listeriosis outbreaks in the United States in 1998 and 2

123 ge I strains are overrepresented in epidemic listeriosis outbreaks, but the mechanisms underlying the

124 dustry may be the cause of these large-scale listeriosis outbreaks.

125 s associated with two recent U.S. multistate listeriosis outbreaks.

126 Relative to WT mice during primary listeriosis, P0 mice exhibited a reduced capacity to cle

127 ctions involving T-cell dysfunction, such as listeriosis, pneumocystosis, mycobacterial infections, a

128 e and acceptable to physicians and patients, listeriosis prevention strategies should be targeted bas

129 Osteoarticular listeriosis primarily involves prosthetic joints and occ

130 s report describes the investigations of two listeriosis pseudo-outbreaks caused by contaminated labo

131 e, the molecular mechanisms of cell death in listeriosis remain to be established.

132 We reviewed cases of listeriosis reported in France from 2001 to 2008.

133 We estimated that, in 2010, listeriosis resulted in 23,150 illnesses (95% credible i

134 years), pregnant women had a markedly higher listeriosis risk (RR, 114.6; 95% CI, 68.9-205.1) than no

135 Listeriosis risk should be considered in fresh produce s

136 Warfarin treatment exacerbates listeriosis, suggesting that fibrin is the key mediator

137 L/6J mice (AhR(-/-)) are more susceptible to listeriosis than AhR heterozygous (AhR(+/-)) littermates

138 ll mice were significantly more resistant to listeriosis than matched wild-type mice.

139 veloped a competitive index assay for murine listeriosis that tests the virulence of Listeria monocyt

140 We retrieved data on listeriosis through a systematic review of peer-reviewed

141 In a mouse model of listeriosis, uptake of bacteria by the liver at 10 min p

142 ociation in cases of nonpregnancy-associated listeriosis using registry data.

143 r 2004-2009, the overall annual incidence of listeriosis varied from 0.25 to 0.32 cases per 100,000 p

144 R for current use of PPIs and development of listeriosis was 2.81 (95% confidence interval [CI], 2.14

145 The RR of invasive listeriosis was evaluated by age, pregnancy status, and

146 Surveillance for invasive listeriosis was initiated in the states that receive mil

147 The number of DALYs due to listeriosis was lower than those due to congenital toxop

148 re, the resistance of P0L0 mice to secondary listeriosis was significantly reduced in their spleens a

149 The severity of listeriosis we observed in TRPM2(-/-) mice has not been

150 rophages are the principal effector cells in listeriosis, we found that immigrating neutrophils play

151 the causative agent of the foodborne disease listeriosis, we performed a genome comparison of the two

152 c underlying conditions on the occurrence of listeriosis were calculated.

153 and their responses to primary and secondary listeriosis were compared to those of wild-type (WT), Fa

154 From 2001 to 2008, 1959 cases of listeriosis were reported in France (mean annual inciden

155 The mouse model of listeriosis, which was developed in the 1960s, has been

156 trains isolated during epidemic outbreaks of listeriosis, while no human isolates were found in linea

157 In contrast, lethality to listeriosis, whose eradication is dependent upon monocyt

158 Our quantification of the global burden of listeriosis will enable international prioritisation exe

159 InlP is a novel virulence factor for listeriosis with a strong tropism for the placenta.