1 hat opportunistic blood feeding on humans by
sylvatic Ae. malayensis may occasionally contribute to b
2 uman odor, indicate a low potential for this
sylvatic Ae. malayensis population to act as an arboviru
3 It is essential to understand (a) both
sylvatic and domestic cycles and (b) the role of virus g
4 on network with extensive connectivity among
sylvatic and domestic host species.
5 yensis may occasionally contribute to bridge
sylvatic and human transmission cycles.
6 l agent of Chagas disease, but are generally
sylvatic and rarely infect humans in the USA.
7 es and capacity to transmit pathogens across
sylvatic and urban cycles.
8 These results suggest that the
sylvatic (
animal-infected) cycle of Chagas' disease was
9 Sylvatic carnivores, such as raccoons, have recently bee
10 cate that temperature stability promotes the
sylvatic circulation of the disease.
11 We find strong evidence of an important
sylvatic cycle for MAYV with most infections occurring n
12 This virus emerged from its
sylvatic cycle in Africa to cause an outbreak in Yap, Fe
13 the parasite demonstrate the existence of a
sylvatic cycle of neosporosis in North America.
14 sibility of future DENV reemergence from the
sylvatic cycle.
15 little is known about viral evolution in the
sylvatic cycle.
16 PE is sustained in Pan-Amazonia by a complex
sylvatic cycle.
17 EEEV HS binding domain may arise during EEEV
sylvatic cycles and that this variation may influence re
18 s underscores possible establishment of ZIKV
sylvatic cycles in primates indigenous to ZIKV endemic r
19 It is also widespread in
sylvatic cycles in the southeastern U.S. in which it typ
20 Similar canid-ruminant
sylvatic cycles might exist in other countries and, if s
21 entification of wildlife species maintaining
sylvatic cycles of rabies transmission permit better uti
22 maintaining the infection of the parasite in
sylvatic cycles, and human cases have been associated ma
23 and greater attention should be paid to the
sylvatic cycles.
24 illback' transmission from humans into novel
sylvatic cycles.
25 irus transmission, and by their domestic and
sylvatic cycles.
26 pening a path for spillback into Neotropical
sylvatic cycles.
27 fever and Mayaro, circulate among monkeys in
sylvatic cycles.
28 pictus are hypothesized to have evolved from
sylvatic DEN strains that are transmitted among nonhuman
29 an analysis of 14 complete coding regions of
sylvatic Dengue type 2 virus sampled over a 33-year peri
30 One barrier to understanding
sylvatic dengue virus biology is the scarcity of stocks
31 than mammalian cells, must be used to launch
sylvatic dengue virus replication from assembled genomes
32 human dengue viruses, which emerged from the
sylvatic dengue virus reservoir, it is important that we
33 With this method, theoretically, any
sylvatic dengue virus sequence deposited on GenBank can
34 netics method specifically for the rescue of
sylvatic dengue virus stocks from sequence data.
35 These
sylvatic dengue virus strains may have a greater potenti
36 the growth of sylvatic dengue viruses, some
sylvatic dengue virus strains showed significantly bette
37 Sylvatic dengue viruses (DENV) are transmitted in an enz
38 Occasionally, these
sylvatic dengue viruses infect humans, although there ar
39 we optimize a reverse genetics technique for
sylvatic dengue viruses, and we rescue stocks of seven s
40 are universally permissive for the growth of
sylvatic dengue viruses, some sylvatic dengue virus stra
41 pected to be the natural reservoir hosts for
sylvatic dengue viruses.
42 success of this technique by rescuing seven
sylvatic dengue viruses.
43 ural selection are similar among endemic and
sylvatic DENV, although the latter have a uniquely high
44 lieved to emerge via adaptation of enzootic (
sylvatic,
equine-avirulent) strains for high titer equin
45 Zika (ZIKV) viruses originated in Old World
sylvatic (
forest) cycles involving monkeys and canopy-li
46 on, the lack of a critical epitope(s) in the
Sylvatic genotype virus recognized by interdomain antibo
47 itical to monitor the potential emergence of
Sylvatic genotype viruses, since vaccine candidates unde
48 vaccine to combat emerging viruses, such as
Sylvatic genotype viruses.
49 other genotypes but not against virus of the
Sylvatic genotype, whose emergence and potential risk af
50 n 1) from lethal challenge with virus of the
Sylvatic genotype.
51 antibody 1B7-5-like epitope in DENV-2 of the
Sylvatic genotype.
52 le vector species and tightly connected with
sylvatic hosts in the SNSM region, rather than an isolat
53 The importance of the domestic and
sylvatic life cycles of Neospora, and the role of vertic
54 The basal position of
sylvatic lineages of DEN-1, -2, and -4 suggested that th
55 were attributed to spillover infections via
sylvatic mosquito transmission.
56 uted did not detect the presence of strictly
sylvatic mosquitoes.
57 romised persons, particularly with AIDS; and
sylvatic plague.
58 We colonized a
sylvatic population of Aedes malayensis from a forested
59 ree DEN serotypes evolved independently from
sylvatic progenitors.
60 Sylvatic rabies has been eradicated from most of Central
61 rom a complex transmission cycle including a
sylvatic reservoir and non-specific symptom set.
62 with a constant infection pressure from the
sylvatic reservoir.
63 nfection from an external source such as the
sylvatic reservoir.
64 al ecological changes allow the intrusion of
sylvatic reservoirs and triatomines to the domestic envi
65 We assessed the role of
sylvatic reservoirs in arboviral circulation by examinin
66 The potential role of
sylvatic reservoirs, such as macaques, in maintaining ar
67 ction of soft ticks and serum specimens from
sylvatic rodents.
68 American host species (squirrel monkey) with
sylvatic strains of DENV-2 or ZIKV via mosquito bite.
69 gene sequences of both endemic/epidemic and
sylvatic strains.
70 There are an unknown number of
sylvatic ("
sylvan" = "of the forest") dengue viruses cur
71 idering all possible transmission routes for
sylvatic T. cruzi.
72 of which TcI is most abundantly noted in the
sylvatic transmission cycle and considered the major cau
73 greater potential than DENV-2 to establish a
sylvatic transmission cycle in the Americas.
74 In Brazil, YFV is maintained by a
sylvatic transmission cycle involving non-human primates
75 and yellow fever virus (YFV), originated in
sylvatic transmission cycles involving wild animals and
76 To bridge urban and
sylvatic transmission cycles, mosquitoes must co-occur w
77 approach for elucidating vector behavior and
sylvatic transmission.
78 In regions of low prevalence and domestic or
sylvatic vectors, however, treatment seems to be detrime
79 regions with low prevalence and domestic or
sylvatic vectors, there is potential harm.
80 stic vectors, and low disease prevalence and
sylvatic vectors.
81 While the full-length genome sequences of 28
sylvatic viruses exist on GenBank, accessible infectious
82 cytopenia than the others, and West African (
sylvatic)
viruses produced the shortest periods of virem