1 ectious cDNA clone of a genotype 3 strain of
hepatitis E virus adapted to growth in HepG2/C3A human h
2 elm mottle virus, in animal viruses like the
hepatitis E virus and the caprine encephalitis virus, an
3 ted in 75 of 108 (69%) patients, antibody to
hepatitis E virus (
anti-HEV) in three patients (3%), and
4 To evaluate antibody to
hepatitis E virus (
anti-HEV) seroreactivity, 5000 US blo
5 Baseline prevalence of antibody to
hepatitis E virus (
anti-HEV) was 22.5%.
6 mance of existing assays for antibody to the
hepatitis E virus (
anti-HEV).
7 If the occurrence of
hepatitis E virus antibody (anti-HEV) in regions where t
8 haracterized a novel virus, designated avian
hepatitis E virus (
avian HEV), from chickens with hepati
9 ulation: human T-cell leukemia virus type 1;
hepatitis E virus;
bocavirus; KI and WU polyomaviruses;
10 Based on a
hepatitis E virus capsid model, we performed homology mo
11 a-barrel structure that is also found in the
hepatitis E virus capsid protrusions, suggesting a close
12 owever, recent work on hepatitis A virus and
hepatitis E virus challenges this long-held tenet.
13 , the ICTV approved a proposal to remove the
hepatitis E virus from the Caliciviridae into an "unassi
14 Hepatitis E virus genotype 1 strain Sar55 replicated in
15 that sofosbuvir inhibits the replication of
hepatitis E virus genotype 3 both in subgenomic replicon
16 Infection with
hepatitis E virus genotype 3 may result in chronic hepat
17 Hepatitis E virus has been reported to result in chronic
18 odies against the emerging zoonotic pathogen
hepatitis E virus (
HEV) and enteropathogenic Yersinia sp
19 The thermal stability of virulent
hepatitis E virus (
HEV) and hepatitis A virus (HAV) was
20 he host responses to two dissimilar viruses,
hepatitis E virus (
HEV) and hepatitis C virus (HCV), wer
21 s have shown a relatively high prevalence of
hepatitis E virus (
HEV) antibody.
22 Hepatitis E virus (
HEV) can chronically infect immunocom
23 -strands similar to what was observed in the
hepatitis E virus (
HEV) capsid structure.
24 Hepatitis E virus (
HEV) causes both endemic and epidemic
25 Hepatitis E virus (
HEV) causes outbreaks of jaundice ass
26 The RNA genome of the
hepatitis E virus (
HEV) contains a hypervariable region
27 ntigen derived from the Meng strain of swine
hepatitis E virus (
HEV) differs from that of the Sar-55
28 All patients cleared the
hepatitis E virus (
HEV) except for 2 (nonresponders); 1
29 L) structure in the intergenic region of the
hepatitis E virus (
HEV) genome in virus replication were
30 Hepatitis E virus (
HEV) genotype 3 infections are freque
31 The prevalence of
hepatitis E virus (
HEV) genotype 3 infections in the Eng
32 ports of food-borne zoonotic transmission of
hepatitis E virus (
HEV) genotype 3, which causes chronic
33 We estimated the global burden of
hepatitis E virus (
HEV) genotypes 1 and 2 in 2005.
34 Hepatitis E virus (
HEV) has been recognized as a threat
35 Hepatitis E virus (
HEV) has emerged as a cause of chroni
36 Hepatitis E virus (
HEV) has recently been cloned and seq
37 Moreover, a high prevalence (17%) of
hepatitis E virus (
HEV) immunoglobulin G antibodies (ant
38 sceptible humans may serve as a reservoir of
hepatitis E virus (
HEV) in areas in which HEV is endemic
39 ce and molecular characterisation studies of
hepatitis E virus (
HEV) in England and Wales have been u
40 The recent identification of antibody to
hepatitis E virus (
HEV) in pigs, sheep, and cattle and c
41 amination and evaluate the dispersion of the
hepatitis E virus (
HEV) in the environment.
42 Hepatitis E virus (
HEV) induces acute hepatitis in human
43 Transplant recipients are at risk of
hepatitis E virus (
HEV) infection and could be vulnerabl
44 However,
hepatitis E virus (
HEV) infection can also be acquired i
45 Hepatitis E virus (
HEV) infection causes major epidemics
46 ntiviral immunity and immunopathology during
hepatitis E virus (
HEV) infection determines important c
47 Hepatitis E virus (
HEV) infection has been proposed as a
48 ical and laboratory features, and outcome of
hepatitis E virus (
HEV) infection in children.
49 nd a relatively high seroprevalence (21%) of
hepatitis E virus (
HEV) infection in the U.S. general po
50 Acute
hepatitis E virus (
HEV) infection is a leading cause of
51 BACKGROUND & AIMS:
Hepatitis E virus (
HEV) infection is a major cause of ac
52 Chronic
hepatitis E virus (
HEV) infection is a significant clini
53 Hepatitis E virus (
HEV) infection is an emerging disease
54 Hepatitis E virus (
HEV) infection is increasingly being
55 Hepatitis E virus (
HEV) infection is usually self-limite
56 nsitivity to exogenous type I IFN.IMPORTANCE
Hepatitis E virus (
HEV) infection typically causes self-
57 protective efficacy of a DNA vaccine against
hepatitis E virus (
HEV) infection was tested in cynomolg
58 Prevalence of antibody and risk factors to
hepatitis E virus (
HEV) infection were determined in a c
59 There is no established therapy for
hepatitis E virus (
HEV) infection.
60 Hepatitis E virus (
HEV) infections are a major cause of
61 Antiviral treatment options for chronic
Hepatitis E Virus (
HEV) infections are limited and immun
62 Among
hepatitis E virus (
HEV) infections diagnosed in 2011 by
63 lid-organ-transplant recipients with chronic
hepatitis E virus (
HEV) infections were given ribavirin
64 There is little knowledge about how
hepatitis E virus (
HEV) inhibits induction of host IFNs,
65 Hepatitis E virus (
HEV) is a causative agent of acute he
66 Hepatitis E virus (
HEV) is a human pathogen that causes
67 Hepatitis E virus (
HEV) is a major cause of acute viral
68 The ORF3 protein of
hepatitis E virus (
HEV) is a multifunctional protein imp
69 Hepatitis E virus (
HEV) is a new causative agent of chro
70 Hepatitis E virus (
HEV) is a single-strand positive-sens
71 Hepatitis E virus (
HEV) is an emerging virus causing epi
72 Hepatitis E virus (
HEV) is an important but extremely un
73 Hepatitis E virus (
HEV) is an important but extremely un
74 Hepatitis E virus (
HEV) is an important cause of enteric
75 Hepatitis E virus (
HEV) is an important human pathogen,
76 Hepatitis E virus (
HEV) is an important human pathogen.
77 Hepatitis E virus (
HEV) is an important public health co
78 Hepatitis E virus (
HEV) is an unclassified virus with a
79 Hepatitis E virus (
HEV) is believed to be transmitted by
80 Exposure to
hepatitis E virus (
HEV) is common in the United States,
81 Hepatitis E virus (
HEV) is considered a zoonotic infecti
82 Hepatitis E virus (
HEV) is endemic in many developing an
83 Hepatitis E virus (
HEV) is increasingly acknowledged as
84 ferent hosts in genotypes 3 and 4.IMPORTANCE
Hepatitis E virus (
HEV) is increasingly recognized as a
85 Hepatitis E virus (
HEV) is prevalent and causes disease
86 Although
hepatitis E virus (
HEV) is regarded as a self-limiting i
87 Hepatitis E virus (
HEV) is the causative agent of hepati
88 Hepatitis E virus (
HEV) is the leading cause of enterica
89 Hepatitis E virus (
HEV) is the major cause of entericall
90 Hepatitis E virus (
HEV) is the most common cause of acut
91 Hepatitis E virus (
HEV) is the most common cause of acut
92 The RNA virus,
hepatitis E virus (
HEV) is the most or second-most impor
93 Hepatitis E virus (
HEV) is yearly responsible for approx
94 To determine the initiation strategy of the
hepatitis E virus (
HEV) open reading frame 3 (ORF3), we
95 The
hepatitis E virus (
HEV) polyproline region (PPR) is an i
96 As a positive-strand RNA virus,
hepatitis E virus (
HEV) produces an intermediate negativ
97 The antigenic composition of the
hepatitis E virus (
HEV) protein encoded by open reading
98 Hepatitis E virus (
HEV) recently has been shown to be an
99 Hepatitis E virus (
HEV) replication is not well understo
100 The mechanism of
hepatitis E virus (
HEV) replication remains largely unkn
101 The
hepatitis E virus (
HEV) RNA concentrations were determin
102 Hepatitis E virus (
HEV) RNA replication occurred in seve
103 Hepatitis E virus (
HEV) seroprevalences of 0.3%-53% were
104 Here, we report that the macro domain from
hepatitis E virus (
HEV) serves as an ADP-ribose-protein
105 The
hepatitis E virus (
HEV) sheds into feces as nonenveloped
106 The classification of
hepatitis E virus (
HEV) variants is currently in transit
107 with HUE (58.3%) and the pooled library, and
hepatitis E virus (
HEV) was detected in 2 individuals wi
108 nst the ORF2 protein of the SAR-55 strain of
hepatitis E virus (
HEV) were isolated by phage display f
109 Avian
hepatitis E virus (
HEV), a novel virus identified from c
110 Hepatitis E virus (
HEV), a single-stranded positive-sens
111 Hepatitis E virus (
HEV), a small, non-enveloped RNA viru
112 ut how broadly enzootic its causative agent,
hepatitis E virus (
HEV), is remains controversial.
113 Hepatitis E virus (
HEV), rotavirus (RV), and astrovirus
114 Hepatitis E virus (
HEV), the causative agent of hepatiti
115 The effects of
hepatitis E virus (
HEV), the causative agent of hepatiti
116 s a striking resemblance to the structure of
hepatitis E virus (
HEV)-like particles, as previously pr
117 en-free pigs were inoculated with one of two
hepatitis E viruses (
HEV) (one recovered from a pig and
118 itis-B virus (HBV), hepatitis-C virus (HCV),
hepatitis-E virus (
HEV), dengue virus (DENV), and West N
119 gical and molecular techniques (detection of
hepatitis E virus [
HEV] RNA from stool and serum samples
120 Genotype 1
hepatitis E viruses (
HEVs) are restricted to primate hos
121 Hepatitis E virus IgM and IgG reactivity was determined.
122 Hepatitis E virus IgM and IgG reactivity.
123 The seroprevalence of antibody to
hepatitis E virus in this population was 13.6%; to Barto
124 ral blood and liver tissue revealed an acute
hepatitis E virus infection (genotype 3).
125 Hepatitis E virus infection causes an acute hepatitis wi
126 Ribavirin is efficient at treating chronic
hepatitis E virus infection in solid-organ transplant pa
127 ts with a solid-organ transplant and chronic
hepatitis E virus infection were given ribavirin for 3 m
128 Chronic
hepatitis E virus infection with rapid progression to ci
129 Hepatitis E virus is a nonenveloped RNA virus.
130 Hepatitis E Virus-
like particles self-assemble in to non
131 Hepatitis E virus recombinant genomes transcribed in vit
132 We also recruited non-
hepatitis E virus-
related pregnant (P), ALF-NE (n = 5) a
133 Hepatitis E virus replicons containing the neomycin resi
134 Hepatitis E virus RNA levels also remained detectable in
135 related to the P1 domain in calicivirus and
hepatitis E virus,
suggesting a possible evolutionary re
136 Prior to the recent discovery of the swine
hepatitis E virus (
swine HEV) in pigs from the midwester
137 Swine
hepatitis E virus (
swine HEV), the first animal strain o
138 A novel virus, designated swine
hepatitis E virus (
swine HEV), was identified in pigs.
139 In the case of
hepatitis E virus,
the adjacent viral helicase domain dr
140 ul new tool in the prevention and control of
hepatitis E virus transmission and disease.
141 ly efficiently transfected and infected with
hepatitis E virus was identified.
142 An infectious cDNA clone of
hepatitis E virus was mutated in order to prevent synthe