ライフサイエンスコーパス: virulent

1 s, and the CnHal3b-deficient strain was less virulent.

2 natural selection to be more infectious and virulent.

3 either more- or less-pH-stable HA were less virulent.

4 e able to transmit faster and are hence more virulent.

5 bicans and P. aeruginosa are synergistically virulent.

6 uction was inhibited, P. aeruginosa was less virulent.

7 interference made the treated nematodes less virulent.

8 quired for IAV of the H9N2 subtype to become virulent.

9 -mouse-adapted DENV2 strains that are highly virulent.

10 or their vectored viruses are becoming more virulent.

11 etime and annual vaccination; filoviruses, a virulent, acute infection.

12 a murine SSTI challenge model with a highly virulent agr type I S. aureus isolate, PP7-AIP1S vaccina

13 nzymes S and T (ExoS/T/Y) generated the most virulent amyloids.

14 The first is E. coli PI-7, a virulent and antibiotic-resistant strain that was isolat

15 infectious conditions, with numerous highly virulent and antibiotic-resistant strains.

16 l-characterized antigenic difference between virulent and avirulent C. burnetii is they have smooth a

17 ere the only major variance detected between virulent and avirulent isolates, implicating its role in

18 Both virulent and avirulent L. major strains grew comparably

19 ive whole-blood transcriptomics profiling of virulent and avirulent malaria shows the validity of thi

20 g transmission dynamics and the emergence of virulent and avirulent strains and provides novel insigh

21 Inoculation with virulent and avirulent strains of the bacterial pathogen

22 Consistently, ZIKV-H41R is less virulent and does not inhibit neurogenesis in vitro or c

23 ormed with SK95 cps, the transformant became virulent and killed all mice.

24 responsible meningococci belong to a highly virulent and predominantly serogroup C lineage, includin

25 we show that airborne transmission is highly virulent and represents the dominant route to spread the

26 The virulent and the avirulent strains reciprocally modulate

27 impairs Plasmodium transmission that is non-virulent and vertically transmitted, Microsporidia MB co

28 ccus strains can make acapsular pneumococcus virulent, and interspecies cps transfer should be consid

29 outweigh the relatively minor impact of less-virulent antibiotic-resistant intestinal bacteria on the

30 Our results show that virulent Armenia/07 ASFV controls the cGAS-STING pathway

31 work, we show that the presently circulating virulent Armenia/07 virus blocks the synthesis of IFN-be

32 nstrate here that attenuated NH/P68, but not virulent Armenia/07, activates the cGAS-STING-IRF3 casca

33 taining a class II hgbA allele (FX548) is as virulent as 35000HP in humans.

34 ria infiltrated into the plant tissue are as virulent as the wild type, suggesting that this is due t

35 The virulent ASFV Armenia/07, E70 or the naturally attenuate

36 SFV vaccine that protects against the highly virulent ASFV Georgia 2007 isolate as early as 2 weeks p

37 n was found after infection by attenuated or virulent ASFV strains, respectively, thus reinforcing th

38 uncharacterized gene, I177L, from the highly virulent ASFV-G produces complete virus attenuation in s

39 intranasal challenge model with a moderately virulent ASFV.

40 cynomolgus monkeys challenged with the fully virulent B. anthracis Ames wild-type strain or the isoge

41 unocompromised MyD88-deficient mice, whereas virulent B. pertussis caused a severe pathological condi

42 were challenged with a high dose of a highly virulent B. pertussis isolate, they were fully protected

43 Finally, coadministration of virulent B. pertussis with BPZE1 did not cause exacerbat

44 20/40 Snellen and a positive culture of more virulent bacteria (gram-negative and other gram-positive

45 The reproducible delivery of aerosolized virulent bacteria in relevant animal models is essential

46 by proteases, even by those secreted by non-virulent bacteria such as B. subtilis, can shift the del

47 temic feedback that enables animals to avoid virulent bacteria.

48 ss of proteins implicated in a wide range of virulent bacterial infections and diseases.

49 t non-dauer C. elegans prefer to consume the virulent bacterial parasite, Serratia marcescens, when g

50 Although antibiotic resistance among virulent bacterial pathogens is a growing concern, the h

51 found that lcbk1 mutants are susceptible to virulent bacterial pathogens, such as Pseudomonas syring

52 h and brackish water where it interacts with virulent bacteriophages.

53 Here, we focus efforts on the highly virulent bacterium Francisella tularensis tularensis.

54 ed PAMP responses and resistance against the virulent bacterium Pseudomonas syringae pv tomato DC3000

55 resulted in increased resistance toward the virulent bacterium Pseudomonas syringae pv. tomato DC300

56 g an M. tuberculosis genomic dataset for the virulent Beijing strain-type (n = 3,574) with phenotypic

57 ere not protected against challenge with the virulent Benin 97/1 ASFV genotype I isolate at day 130 p

58 ninDeltaMGF followed by a challenge with the virulent Benin 97/1 isolate at day 130 postimmunization

59 PIV conferred significant protection against virulent C. burnetii as early as 7 days postvaccination,

60 nto the complex immune response triggered by virulent C. carbonum.

61 y was observed in those infected with a more virulent CagA+ strain of H. pylori.

62 pisthorchiasis exhibited higher frequency of virulent cagA-positive H. pylori than those free of fluk

63 munized mice and impaired protection against virulent challenge.

64 s potent CD8(+) T cells and protects against virulent challenges, similar to live L. monocytogenes va

65 bullfrog farms as reservoirs for diverse and virulent chytrid genotypes, we quantified Bd presence, p

66 uggest that even in endemic settings, highly virulent clones can rapidly emerge demanding constant mo

67 ective measurements of VOCs from their fully virulent counterparts, F. tularensis subspecies tularens

68 reviously shown to assist the development of virulent cytoadherence characteristics.

69 breaks related to introduction of relatively virulent drug-resistant strains or movements of vulnerab

70 e vectoring has resulted in the emergence of virulent DWV variants.

71 ared across hosts, with the potentially more virulent DWV-B overtaking DWV-A in prevalence in a curre

72 levant E. huxleyi host densities rather than virulent dynamics, with viruses switching from a long-te

73 ses (EhVs) are a model for density-dependent virulent dynamics.

74 toms, or act prophylactically to prevent the virulent effects of a cholera infection.

75 s that if adaptive immunity against the most virulent effects of malaria is gained rapidly by the hos

76 i) predict that immunity against some of the virulent effects of P. vivax malaria may be built up ove

77 the preferential removal of fast-infecting, virulent EhVs during active infection or by having acces

78 but they do not explain the success of less-virulent EhVs in natural EhV communities.

79 gical scenarios whereby slow-infecting, less-virulent EhVs successfully compete in North Atlantic pop

80 Atlantic derived from slower infecting, less virulent EhVs.

81 episode of febrile UTI is often caused by a virulent Escherichia coli strain, whereas recurrent infe

82 and P genes, were exchanged between a trout-virulent European VHSV strain (DK-3592B) and a trout-avi

83 Second, the more virulent EVOL20 strain, derived from Af293, is able to g

84 thologs, FtlC and SilC, present in the fully virulent F. tularensis Schu S4 strain for their contribu

85 bbits were challenged via aerosol with human-virulent F. tularensis SCHU S4 that had been cultivated

86 ularensis subsp. tularensis subtype A.I, the virulent F. tularensis subsp. tularensis subtype A.II, F

87 ed by Mycobacterium ulcerans, is the central virulent factor in the skin disease Buruli ulcer.

88 Virulent field strains and even commercially available m

89 mutational changes may be required to become virulent for pigs.IMPORTANCE Swine play an important rol

90 protozoan parasite responsible for the most virulent form of malaria, Plasmodium falciparum, invade

91 A particularly virulent form of this disease is castration-resistant pr

92 Once the more virulent forms enter the human population, transmission

93 ial H(2)O(2) in promoting differentiation of virulent forms in both L. major and L. amazonensis Our r

94 changes associated with differentiation into virulent forms.

95 ificantly higher titers of the presumed more virulent FSS13025 Cambodia (ZIKV(C)).

96 Here, using a highly virulent GBS strain and transposon-directed insertion si

97 Kentucky ST198 displayed MDR and virulent genetic backgrounds.

98 Currently, circulating virulent genotype II Armenia/07-like viruses cause fatal

99 nce and may be contributing to the spread of virulent genotypes in the natural environment.

100 gated, including recent work focusing on the virulent, globally disseminated, multidrug-resistant lin

101 understand whether this marker is related to virulent H pylori strains carried in these populations.

102 ng temperate dynamics in such an established virulent host-virus model system indicates that temperat

103 esistance in Plasmodium falciparum, the most virulent human malaria parasite.

104 molecular mechanism for cough induction by a virulent human pathogen via its production of a complex

105 ironment and drive their evolution to highly virulent human pathogens under the bovine-adapted geneti

106 ype known to drive inflammatory pathology in virulent IAV disease.

107 al to be used in the rational attenuation of virulent IBV for next-generation vaccine design.

108 in avian host tracheal mucosae infected with virulent, immunopathologic Mycoplasma gallisepticum; how

109 IKV recovered from these mice remained fully virulent in a second passage in mice.

110 r purR resulted in a strain that was acutely virulent in bloodstream infection models in mice and in

111 d genotypes isolated from bullfrogs are more virulent in native anuran hosts compared to genotypes is

112 train that produces both Stx1a and Stx2a was virulent in streptomycin- and ciprofloxacin-treated mice

113 he GSH biosynthesis mutant was slightly less virulent in the acute pneumonia infection model but was

114 VA2013, while highly virulent in the house finch, was significantly attenuate

115 nthesis, as the purR mutant was still highly virulent in the presence of mutations that disrupt PurR'

116 te pneumonia infection model but was equally virulent in the three other models.

117 unaffected in its growth in vitro and is as virulent in vivo as the wild-type (WT) virus.

118 Additionally, 17syn (+) is markedly more virulent in vivo than KOS.

119 erefore is that a population that harbours a virulent infection can be regulated at a similar density

120 Relative to virulent infection, host metabolic and immune gene respo

121 ranscriptomic signatures associated with the virulent infection, including signatures for platelet ag

122 e catalytic tetrad of the 2'-O-MTase using a virulent infectious cDNA clone, icPC22A, as the backbone

123 Infection with a sublethal dose of a less virulent influenza virus strain (A/WSN/33 [H1N1]) result

124 There is the notion that infection with a virulent intestinal pathogen induces generally stronger

125 rom AB5075, a recently characterized, highly virulent isolate, at 1.9 angstrom resolution and compare

126 the molecular basis for successful spread of virulent isolates of bovine tuberculosis among animals a

127 l pathogenic mechanisms used by particularly virulent isolates.

128 n environmental conditions, TM7x can exhibit virulent killing of its host bacterium.

129 KH-primed BALB/c mice were protected against virulent L. major challenge infection.

130 ed cytokine changes after challenge with the virulent La Reunion CHIKV strain.

131 M41-CK, a virulent lab-adapted strain of IBV, was egg passaged ove

132 , while the rest of isolates belonged to the virulent M. bovis clonal complex European 2 present in L

133 xpressed genes suggest that coinfection with virulent M. gallisepticum and LPAIV induces decreases in

134 were monoinfected or coinfected with either virulent M. gallisepticum strain R(low) or LPAIV H3N8 (A

135 e found that the loss of WhiB6 resulted in a virulent M. marinum strain with reduced ESX-1 secretion.

136 as not active in macrophages infected with a virulent M. tuberculosis mutant encoding a deletion in p

137 asmodium falciparum, the most widespread and virulent malaria parasite, persistence within its human

138 host's protection from disease induced by a virulent MAYV strain.

139 rovide critical information about the highly virulent MDR E. coli strain of poultry origin and warran

140 Although (+) mating type appeared to be more virulent, most of our clinical isolates presented belong

141 The virulent Mtb strain, Rv caused double strand breaks (DSB

142 G vaccination, macaques were challenged with virulent Mtb.

143 ed growing colonies of Escherichia coli to a virulent mutant of phage P1.

144 acteria, but did result in emergence of less-virulent mutants that were more susceptible to macrophag

145 cantly attenuated colonization caused by the virulent mutants.

146 We developed a 3-D system incorporating virulent mycobacteria, primary human blood mononuclear c

147 erized by severe infections caused by weakly virulent mycobacteria.

148 nd immunity against avirulent bacteria and a virulent necrotrophic fungus.

149 lete immunity against infection by otherwise virulent obligate biotrophic powdery mildew fungi such a

150 For Plasmodium falciparum, the most virulent of the human malaria parasites, this diversity

151 genome of V. dahliae Vd991, which is highly virulent on its original host, cotton, and performed com

152 We show that the origin of Pgt isolates virulent on Sr35 is associated with the nonfunctionaliza

153 Verticillium dahliae isolates are most virulent on the host from which they were originally iso

154 stant to several races of stem rust that are virulent on wild-type plants.

155 tal DEGs at any time point of infection with virulent or defense-inducing DC3000 strains.

156 H69 cleavage is elicited by certain virulent P. aeruginosa isolates in a quorum sensing (QS)

157 nhibition (CDI) system enriched among highly virulent P. aeruginosa isolates.

158 for health care systems in the backdrop of a virulent pandemic.

159 ent to convert the attenuated rZIKV-RGN in a virulent Paraiba-like virus (MLD(50) < 10 FFU).

160 ppus, consistently experience infection by a virulent parasite Ophryocystis elektroscirrha, and some

161 ycota, often referred to as chytrids, can be virulent parasites with the potential to inflict mass mo

162 e from that induced by the same doses of the virulent parental ASFV Georgia2010 isolate.

163 they were protected when challenged with the virulent parental strain ASFV-G.

164 sis of HSV-1 0DeltaNLS relative to its fully virulent parental strain in C57BL/6 mice.

165 onstrating that, while it is comparable to a virulent parental strain in terms of immunogenicity, HSV

166 from developing ASF after challenge with the virulent parental virus.

167 ONIC ANHYDRASE 3 (betaCA3) is induced by the virulent pathogen Pseudomonas syringae pv. tomato DC3000

168 Because virulent pathogen strains are often selected when growin

169 (routes, timing, outbreak sizes) under which virulent pathogen strains such as 'Ug99' (5,6) pose a th

170 ARS-CoV-2 for prevention and control of this virulent pathogen.

171 Filoviruses are highly virulent pathogens capable of causing severe disease.

172 Rapid identification of virulent pathogens is essential to strengthen the therap

173 in the organism.IMPORTANCE Baculoviruses are virulent pathogens of a number of important insect pest

174 e large double-stranded DNA viruses that are virulent pathogens of certain insect species.

175 Marburg virus (MARV) is among the most virulent pathogens of primates, including humans.

176 Bats are natural reservoir hosts of highly virulent pathogens such as Marburg virus, Nipah virus, a

177 Infections with virulent pathogens, in contrast, may activate receptors

178 ome organization and gene expression in more virulent pathogens.

179 e a within-host environment that favors more virulent pathogens.

180 in 3-D presents challenges, especially with virulent pathogens.

181 by some TNLs and in basal resistance against virulent pathogens.

182 major gaps in our ability to respond to new virulent pathogens.

183 from an infectious cDNA clone of the highly virulent PEDV PC22A strain (infectious clone PC22A, icPC

184 s-protection against challenge with a highly virulent PEDV strain, all the surviving piglets were cha

185 ive immunity.IMPORTANCE The emerging, highly virulent PEDV strains have caused substantial economic l

186 in the spike protein can attenuate a highly virulent PEDV, but the virus may lose important epitopes

187 These data suggest that this virulent Perkinsea clade is an important pathogen of fro

188 model strain S. thermophilus SMQ-301 and its virulent phage DT1, harboring the anti-CRISPR protein Ac

189 of Staphylococcus aureus strain FS159 with a virulent phage JK2 (=812K1/420) of the Myoviridae family

190 ch, we have identified an unrelated Acr in a virulent phage of Streptococcus thermophilus.

191 Two therapeutic virulent phages and 4 reference antibiotics were studied

192 To this end, we test a cocktail of three virulent phages in two animal models of cholera pathogen

193 Here, we used three virulent phages, ICP1, ICP2, and ICP3, commonly shed by

194 pticum leads to suppression of two unrelated virulent phages, TE and M1.

195 lus strain CRISPR-immunized against a set of virulent phages, we found one that evaded the CRISPR-enc

196 e-specific predation by V. cholerae-specific virulent phages, which complicates their use in predicti

197 tions are illustrated for both temperate and virulent phages.

198 ect since it excluded numerous temperate and virulent phages.

199 ted malaria (n = 448), using isolates with a virulent phenotype associated with severe malaria, and f

200 enomic mutations are required to revert to a virulent phenotype, which may result in vaccine breakdow

201 antibodies to IE surface antigens expressing virulent phenotypes were much better maintained (half-li

202 i infection is conferred by vaccination with virulent (PI-WCV), but not avirulent (PII-WCV) whole-cel

203 Very virulent plus Marek's disease (MD) virus (vv + MDV) indu

204 g systemic infection and transform into more virulent pneumococci.

205 COVID-19, caused by SARS-CoV-2, is a virulent pneumonia, with >4,000,000 confirmed cases worl

206 t, the plant is fully resistant to otherwise virulent powdery mildew fungi.

207 highly resistant to lethal infection with a virulent poxvirus strain and that depletion of CD8 T cel

208 The virulent proteins targeted by the drugs were located in

209 The subcellular localization of virulent proteins was assessed using PSORTb v3.0 and the

210 prediction revealed multiple epitopes in the virulent proteins which can be specifically focused on.

211 rectly tested the individual oxidants on the virulent Pseudomonas aeruginosa strain PA14.

212 cine (WCA), in conferring protection against virulent R. rickettsii infection challenge in a newly es

213 en embryonic fibroblasts, than the reference virulent (R_low) and attenuated (R_high) poultry strains

214 double strand breaks (DSBs), whereas the non-virulent Ra strain triggered single-stranded DNA generat

215 diminished in response to inoculation with a virulent race, CYR31.

216 are often overcome owing to evolution of new virulent races of the pathogen.

217 ne Sr13 confers resistance to Ug99 and other virulent races, and is more effective at high temperatur

218 onfers immunity against this pathogen's most virulent races, including Ug99.

219 nfection of rosette stage Arabidopsis with a virulent S. sclerotiorum strain led to the selective hyd

220 uences of CD4 T cell depletion in mice where virulent Salmonella establish chronic infection, similar

221 out after murine aerosol infection with the virulent SCHU S4 strain of the bacterium Francisella tul

222 ons for combating the widespread increase in virulent SCN.

223 ely protected from challenge with individual virulent serotypes, both in early challenge and after 5

224 of virulence reversion and emergence of new virulent serotypes.

225 Here, we demonstrate that in a highly virulent serovar 4b strain, two genes gtlB and gttB are

226 Nine macaques were infected with virulent SIVmac251 and started on DTG monotherapy during

227 In P. falciparum, the most virulent species, the equilibrative nucleoside transport

228 ivered during tick transmission, then a more virulent spotted fever group (SFG) Rickettsia species is

229 ce from transnasal challenge with the highly virulent ST2 strain NCTC 7466 by reducing the bacterial

230 rotein 2 (LAMP2)-positive lysosomes, whereas virulent Staphylococcus apparently exited from enlarged

231 Infection with virulent Staphylococcus strains induced formation of p62

232 n only be protected to a degree, because the virulent state may be asymptomatic.

233 lete loss of virulence in the chimeric trout-virulent strain (0% mortality).

234 ete loss of virulence for the chimeric trout-virulent strain (2% mortality).

235 berculosis indicated the emergence of a more virulent strain (MBE4) with a specific genotype.

236 aditionally generated by serial passage of a virulent strain in embryonated chicken eggs; however, th

237 re, we describe the recurrent evolution of a virulent strain of a DNA virus, which infects multiple D

238 ed with ampicillin-resistant bacteria with a virulent strain of C. difficile and monitored colonizati

239 sing C57BL/6 mice infected with a moderately virulent strain of Cryptococcus neoformans (52D), which

240 d genome and methylome variations in a fully virulent strain of H pylori during experimental infectio

241 We analyzed adaptation of a fully virulent strain of H pylori to 12 different volunteers t

242 evelop a metabolic model for KPPR1, a highly virulent strain of K. pneumoniae.

243 re deciphered by RNAseq analysis of a highly virulent strain of the R. solani grown in pectin medium.

244 and concerns that this could lead to a more virulent strain of variant Creutzfeldt-Jakob disease.

245 e currently developed by serial passage of a virulent strain on embryonated hen's eggs until attenuat

246 o and tracheal tissue ex vivo in response to virulent strain Rlow that contributes to the infiltratio

247 1 did not cause exacerbated outgrowth of the virulent strain, thereby adding to the safety profile of

248 the resistance and virulence of this highly virulent strain.

249 For NDV, mesogenic (intermediate virulent) strain used in previous studies is currently c

250 culture (high passage) of the corresponding virulent strains (low passage).

251 y nonpathogenic Gardnerella species, whereas virulent strains are involved in BV development.

252 ghting the importance of local prevalence of virulent strains in determining transmission dynamics.

253 (Low-path LP) AI in chickens caused by less virulent strains of AI viruses (AIVs)-when compared with

254 hogenesis of BV that centers on the roles of virulent strains of G. vaginalis, as well as Prevotella

255 SMalpha3) is a cytotoxic peptide secreted by virulent strains of Staphylococcus aureus.

256 Virulent strains of Streptococcus pyogenes (gram-positiv

257 Virulent strains of the bacterial pathogen Vibrio choler

258 oysters, whereas the successful infection of virulent strains relies on Vibrio species-specific molec

259 We showed that virulent strains were cytotoxic to hemocytes, oyster imm

260 Until recently, these virulent strains were mostly antibiotic-susceptible.

261 tionary paths result in genetically rare and virulent strains, which mostly evolve from a single tran

262 y several subtypes of VEEV, including highly virulent strains.

263 sule production and rapidly evolve into more virulent strains.

264 nucleotide identity, which is >99.2% for the virulent subspecies and >98% for all four subspecies, in

265 phenotype against a variety of temperate and virulent superinfecting phages.

266 uptake, without genetic manipulations of the virulent target organisms.

267 ake any particular S. sanguinis isolate more virulent than another or, indeed, whether significant di

268 disseminated candidiasis, C. auris was less virulent than C. albicans.

269 Our findings suggest that CP-CRE may be more virulent than non-CP-CRE and are associated with poorer

270 train HU-14 and exhibited a trend to be more virulent than parental strain HU-14.

271 We show that ST3081 is significantly more virulent than ST618 in models of invasive pneumonia, and

272 exual mating ability but appeared to be more virulent than the (-) mating type.

273 t MERSMA bearing mutant S proteins were more virulent than the parental virus in hDPP4 KI mice.

274 rains from 2014-2015 were significantly less virulent than the strains isolated in 2009-2010.

275 III parasites, which are supposed to be less virulent than the type II parasites, had a lower rate of

276 ruses in the Netherlands and Europe was more virulent; the number of dead or diseased wild birds foun

277 ergence of isolates found worldwide that are virulent to durum wheat, and then by isolates found on c

278 A spontaneous mutant of Pgt virulent to Sr50 contained a 2.5 mega-base pair loss-of-

279 Specifically, multiple virulent toxins from bacterial protein secretions are co

280 Haarlem sublineage commonly associated with virulent traits.

281 agnitude of mortality induced by an endemic, virulent trematode parasite (Ribeiroia ondatrae) on hund

282 Compared with the highly virulent U.S. PEDV strain PC21A, the tissue culture-adap

283 phthora infestans RXLR effector PITG20303, a virulent variant of AVRblb2 (PITG20300) that escapes rec

284 If the virulent variants dominate, then the individual is more

285 es hand, foot and mouth disease (HFMD), with virulent variants exhibiting polio-like acute flaccid pa

286 underpinning infection and colonization of 2 virulent Vibrio species in an ecologically relevant host

287 The emergence and re-emergence of highly virulent viral pathogens with the potential to cause a p

288 Following challenge with the parental virulent virus, all pigs immunized by the intramuscular

289 tion in domestic pigs against challenge with virulent virus.

290 encephalitis virus (EEEV) is one of the most virulent viruses endemic to North America.

291 rts to develop vaccines against these highly virulent viruses.

292 fficient to restrict attenuated BCG, but not virulent wild-type M. bovis or M. tuberculosis.

293 onal assays demonstrate that DlEPV is highly virulent within fly hosts, and wasps without DlEPV have

294 ed in protection from disease induced by the virulent wt MAYV strain.

295 These data support a model that virulent X. nematophila have a selective advantage and a

296 hwarts T cell-mediated defense against fully virulent Y. pestis Introducing a single point mutation i

297 active site of Pla suffices to render fully virulent Y. pestis susceptible to primed T cells.

298 challenge with 5 x 10(3) CFU (50 LD(50)) of virulent Y. pestis This protection was significantly sup

299 Nipah virus is a highly virulent zoonotic pathogen that can be transmitted betwe

300 Bats host virulent zoonotic viruses without experiencing disease.