ライフサイエンスコーパス: mobile genetic element

1 sion of the two domains is a potential novel mobile genetic element.

2 t the MSHA locus may have been acquired as a mobile genetic element.

3 eria and archaea, and are often specified by mobile genetic elements.

4 has been shown to contain multiple different mobile genetic elements.

5 f Escherichia coli, its phages, plasmids and mobile genetic elements.

6 or germ-cell genomes against the activity of mobile genetic elements.

7 extensive gene gains and a large content of mobile genetic elements.

8 and protect the germline genome by silencing mobile genetic elements.

9 ortunities for the horizontal acquisition of mobile genetic elements.

10 triguingly, can be catalyzed by domesticated mobile genetic elements.

11 s commonly function as components of selfish mobile genetic elements.

12 hout enterococci, via horizontal transfer of mobile genetic elements.

13 genome integrity, and to combat viruses and mobile genetic elements.

14 e the impetus for the evolution of composite mobile genetic elements.

15 oteins that appear to have been derived from mobile genetic elements.

16 ymorphisms that are commonly associated with mobile genetic elements.

17 omologues of immR and immA are found in many mobile genetic elements.

18 nd non-carrier strains suggesting a role for mobile genetic elements.

19 ated in telomeric regions along with diverse mobile genetic elements.

20 es in USA300 clustered in novel allotypes of mobile genetic elements.

21 pili occur in clusters, which may constitute mobile genetic elements.

22 by recycling of coding material from selfish mobile genetic elements.

23 re flanked by genes normally associated with mobile genetic elements.

24 compared with the entire genome and contain mobile genetic elements.

25 , nec1, a putative tomatinase gene, and many mobile genetic elements.

26 st retroviruses, retrotransposons, and other mobile genetic elements.

27 genomes will go to defend themselves against mobile genetic elements.

28 s and fungi except in the special context of mobile genetic elements.

29 in the abundance of spliceosomal introns and mobile genetic elements.

30 f-splicing RNA molecules that also behave as mobile genetic elements.

31 re considered to be exceptionally successful mobile genetic elements.

32 eal genes were also explained by homology to mobile genetic elements.

33 and endogenous retroviruses as well as other mobile genetic elements.

34 that encode such endonucleases, inteins are mobile genetic elements.

35 in both prokaryotes and eukaryotes behave as mobile genetic elements.

36 uence-tolerant DNA endonucleases that act as mobile genetic elements.

37 daries and determined their association with mobile genetic elements.

38 in diversity, accumulation of mutations, and mobile genetic elements.

39 l uptake of autonomously replicating foreign mobile genetic elements.

40 na and abroad for the dissemination of these mobile genetic elements.

41 the human genome that has been colonized by mobile genetic elements.

42 RNAs protect germ cells from the activity of mobile genetic elements.

43 function and are present on phages and other mobile genetic elements.

44 t vulnerabilities that are capitalized on by mobile genetic elements.

45 oviding protection against viruses and other mobile genetic elements.

46 Saccharomycetales, indicating that byps are mobile genetic elements.

47 A large fraction of our genome consists of mobile genetic elements.

48 wever, although SCCmec has been designated a mobile genetic element, a mechanism for its transfer has

49 ansion, as well as widespread circulation of mobile genetic elements across the bacterial population.

50 ass of endo-siRNAs may enforce repression of mobile genetic elements, acting together with Piwi-inter

51 Different arrangements of these mobile genetic elements among Francisella strains may co

52 e include a low occurrence of pseudogenes or mobile genetic elements, an unexpected complement of fla

53 dA and ORF4 constitute an approximately 7 kb mobile genetic element and that pldA was acquired horizo

54 vy metals due to resistance genes encoded on mobile genetic elements and also mutations in housekeepi

55 cquiring single nucleotide polymorphisms and mobile genetic elements and by recombination events.

56 cooperative traits are often propagated via mobile genetic elements and can be virulence factors fro

57 ructure elements of VirB8-like proteins from mobile genetic elements and chromosomally encoded T4SS f

58 at there is a partial duplication, involving mobile genetic elements and containing LPC exons 13-17 i

59 sion of genes involved in DNA metabolism, in mobile genetic elements and defective prophages.

60 se islands; evolutionary connections between mobile genetic elements and defense, whereby genes of mo

61 t are of considerable interest as ribozymes, mobile genetic elements and examples of folded RNA.

62 They were flanked by multiple mobile genetic elements and highly conserved among IPU-m

63 f a high degree of convergence influenced by mobile genetic elements and niche adaptation.

64 ommunity-associated pandemics represented by mobile genetic elements and nonsynonymous mutations affe

65 nsfer is mediated by a diverse complement of mobile genetic elements and occurs primarily by conjugat

66 efend prokaryotes against bacteriophages and mobile genetic elements and serve as the basis for revol

67 wed substantial variation in the carriage of mobile genetic elements and their associated virulence a

68 encoding a pap operon, iron-regulated genes, mobile genetic elements, and a large proportion of unkno

69 produced valuable data from microsatellites, mobile genetic elements, and accurate divergence time es

70 Retrotransposons are mobile genetic elements, and their mobility can lead to

71 the most part, within different agr groups; mobile genetic elements appear also to have diffused rec

72 re numerous; beta-lactamase genes carried on mobile genetic elements are a key mechanism for the rapi

73 , suggesting that the functional profiles of mobile genetic elements are associated with their enviro

74 residues, but some homologs associated with mobile genetic elements are larger and contain an extra

75 Mobile genetic elements are often employed for construct

76 Remnants of multiple mobile genetic elements are present in SHI-2.

77 antisense piRNAs decrease, many families of mobile genetic elements are reactivated, and DNA damage

78 Mobile genetic elements are ubiquitous.

79 from mainland China revealed the presence of mobile genetic elements associated with the expansion of

80 of resistance due to horizontal transfer of mobile genetic elements between species.

81 terial transposon Tn7 is distinguished among mobile genetic elements by its targeting abilities.

82 mes, indicating the relative ease with which mobile genetic elements can be captured.

83 Our results show that these mobile genetic elements can endow a bacterial symbiont w

84 Importantly, our data show that mobile genetic elements can persist within the bacterial

85 iments on a single-celled ciliate reveal how mobile genetic elements can shape a genome, even one whi

86 Inteins are mobile genetic elements capable of self-splicing post-tr

87 on and fit the guns-for-hire concept whereby mobile genetic elements capture host defense systems and

88 Finally, we constructed a synthetic mobile genetic element carrying both the degradation pat

89 Collectively, these results suggest that a mobile genetic element carrying iap/ibp has inserted ont

90 ic was driven by horizontal dissemination of mobile genetic elements carrying blaKPC-2, followed by t

91 fects of pollutants, which can co-select for mobile genetic elements carrying multiple resistant gene

92 ERVs belong to a diverse group of mobile genetic elements collectively termed transposable

93 LINE-1 (L1) retrotransposons are mobile genetic elements comprising ~17% of the human gen

94 These mobile genetic elements confer expression of superantige

95 he first instance of the identification of a mobile genetic element conferring biofilm-forming proper

96 Horizontal transfer of mobile genetic elements (conjugation) is an important me

97 ses from mutations or more importantly, from mobile genetic elements containing multiple resistance d

98 temporal-spatial structure with diversity in mobile genetic element content, features that are useful

99 Because of the mutagenic consequences of mobile genetic elements, elaborate defenses have evolved

100 The recent discovery of a mobile genetic element encoding a pilus-like structure i

101 is strongly influenced by the acquisition of mobile genetic elements encoding determinants involved i

102 ICEBs1 is a mobile genetic element found in the chromosome of Bacill

103 ive and conjugative elements (ICEs) are self-mobile genetic elements found in the genomes of some bac

104 This family of mobile genetic elements has an extraordinary ability to

105 Horizontal transfer of mobile genetic elements has played a central role in the

106 its progenitor indicates that acquisition of mobile genetic elements has played a limited role in the

107 Mobile genetic elements have a crucial role in spreading

108 To date, no mobile genetic elements have been reported for this path

109 rocess called generalized transduction, some mobile genetic elements have developed elegant and sophi

110 ikingly, recombinases derived from unrelated mobile genetic elements have essential roles in both pro

111 Mobile genetic elements have impacted biological evoluti

112 almonella and E. coli, suggesting that these mobile genetic elements have played a major role in driv

113 Mobile genetic elements have the ability to move between

114 Transposable elements (TEs) are mobile genetic elements, highly enriched in heterochroma

115 The mobile genetic element ICEBs1 is an integrative and conj

116 The mobile genetic element ICEBs1 is an integrative and conj

117 The mobile genetic element ICEBs1 is an integrative and conj

118 he expression, excision, and transfer of the mobile genetic element ICEBs1.

119 We characterized a mobile genetic element, ICEBs1, in the Gram-positive bac

120 hat inhibit the replication of HIV and other mobile genetic elements.IMPORTANCE Piwil proteins inhibi

121 ommonality of the mobilome (the total of all mobile genetic elements in a genome) between aquatic and

122 d piRNAs have overlapping roles in silencing mobile genetic elements in animals.

123 in an analogous manner to plasmids and other mobile genetic elements in bacteria.

124 es to the stability and maintenance of these mobile genetic elements in bacterial populations.

125 The enrichment of mobile genetic elements in heterochromatin may be due, i

126 NAs, two of the most prominent nonautonomous mobile genetic elements in human cells.

127 visualizes the custom annotation tracks for mobile genetic elements in public genome browsers.

128 Mobile genetic elements in the form of IS elements and t

129 TANCE Piwil proteins inhibit the movement of mobile genetic elements in the germ line.

130 (Piwil) proteins restrict the replication of mobile genetic elements in the germ line.

131 hey were unique, often due to differences in mobile genetic elements in the plasmids.

132 atives, including McClintock's archetypal Ac mobile genetic element, in many eukaryotic species.

133 eature of the evolutionary strategy of these mobile genetic elements, in addition to their carriage o

134 h acquire resistance genes from a variety of mobile genetic elements including conjugative transposon

135 introns revealed the presence of endogenous mobile genetic elements including SR2, the ASL-associate

136 the levels of abundance of ARGs and those of mobile genetic elements (including integrons and plasmid

137 Numerous mobile genetic elements, including a temperate bacteriop

138 resistance are carried by plasmids and other mobile genetic elements, including bacteriophages and th

139 rapidly since its introduction by exchanging mobile genetic elements, including integrative conjugati

140 s are evolutionarily connected to capsidless mobile genetic elements, including various plasmids and

141 omologues, the KlcA proteins from a range of mobile genetic elements; including an ArdB encoded on a

142 a.k.a. conjugative transposons) are modular mobile genetic elements integrated into a host genome an

143 (ICEs), a.k.a. conjugative transposons, are mobile genetic elements involved in many biological proc

144 ersed with transposons, integrons, and other mobile genetic elements is a significant but not univers

145 Therefore, the study of this family of mobile genetic elements is essential for a better unders

146 e proportion (11%) of the genome consists of mobile genetic elements, mainly in the form of conjugati

147 through type III secretion systems in highly mobile genetic elements may allow pathogens to adapt rap

148 We propose that such mobile genetic elements may have facilitated the spread

149 did not support WBT and two did not support mobile genetic element-mediated transmission.

150 types); and substantial bla KPC-associated, mobile genetic element (MGE) diversity (50% not within c

151 of different functional classes of genes and mobile genetic elements (MGE).

152 ation undergoing HDT through transmission of mobile genetic elements (MGEs) and genetic transformatio

153 d on the assembled genomic fragments include mobile genetic elements (MGEs) and metal resistance gene

154 Fitness costs associated with mobile genetic elements (MGEs) are thought to constrain

155 riation in resistance and virulence genes on mobile genetic elements (MGEs) between 40 isolates of me

156 ulation structure of Escherichia coli and of mobile genetic elements (MGEs) carrying the mcr-1 gene.

157 al methods for genome-wide identification of mobile genetic elements (MGEs) have become increasingly

158 ce of antibiotic-resistance genes (ARGs) and mobile genetic elements (MGEs) in farm environments can

159 of Streptococcus thermophilus revealed that mobile genetic elements (MGEs) likely contributed to gen

160 Retrospective studies clearly indicate that mobile genetic elements (MGEs) play a major role in the

161 Mobile genetic elements (MGEs) play an essential role in

162 Mobile genetic elements (MGEs) will make up much of thes

163 when regulating the expression of genes from mobile genetic elements (MGEs), LexA often does so in co

164 genome is the extraordinary proliferation of mobile genetic elements (MGEs), which contributes to a l

165 systems, protecting cells from infection by mobile genetic elements (MGEs).

166 ance, can spread horizontally by residing on mobile genetic elements (MGEs).

167 d animals differ in the presence of specific mobile genetic elements (MGEs).

168 due to recombination in regions adjacent to mobile genetic elements (MGEs).

169 Proteins encoded by mobile genetic elements occasionally assume cellular rol

170 The retrovirus-like mobile genetic element of Saccharomyces cerevisiae, Ty1,

171 of microorganisms, and assist in identifying mobile genetic elements or lateral gene transfer events.

172 A different composition of mobile genetic elements (plasmids and phages) or amino a

173 Mobile genetic elements play an important role in horizo

174 dles the 5' chromosomal junction of a 45-kbp mobile genetic element, pLP45, which can exist as an epi

175 d conjugative elements (ICEs) are ubiquitous mobile genetic elements present as "genomic islands" wit

176 Transposition of mobile genetic elements proceeds through a series of DNA

177 based on single nucleotide polymorphisms and mobile genetic element profiles, suggesting a single L.

178 acquire CRISPR-Cas immunity against invasive mobile genetic elements, prokaryotes must first integrat

179 The propagation of bacteriophages and other mobile genetic elements requires exploitation of the pha

180 rtant agents in limiting the transmission of mobile genetic elements responsible for spreading bacter

181 were known virulence factors, while several mobile genetic elements (SaPI5 and prophage SA3usa) were

182 he mecA gene, which is carried on a distinct mobile genetic element (SCCmec), the expression of which

183 ibiotic resistance genes via the transfer of mobile genetic elements, selective pressure in vivo resu

184 The EELs also contain mobile genetic element sequences and have a G + C conten

185 genome defense and antibiotic selection for mobile genetic elements shapes in vitro E. faecalis popu

186 studies of the Dissociation locus, the first mobile genetic element she identified.

187 Homologs of ImmA and ImmR are found in many mobile genetic elements, so the mechanisms that regulate

188 Mobile genetic elements, some of them possibly originate

189 n resistance determinant, mecA, resides on a mobile genetic element, staphylococcus cassette chromoso

190 Mobile genetic elements such as genomic islands (GIs) ha

191 ce and antibiotic-resistant genes located on mobile genetic elements such as genomic islands, prophag

192 cale bacterial genome rearrangements involve mobile genetic elements such as insertion sequence (IS)

193 nt in an environment and the contribution of mobile genetic elements such as plasmids.

194 uplication units to appear to resemble those mobile genetic elements such as transposons or insertion

195 Mobile genetic elements, such as conjugative transposons

196 Selfish and mobile genetic elements, such as phages, plasmids, and t

197 adaptive immune system that interferes with mobile genetic elements, such as plasmids and phages.

198 phage resistance and enable stabilization of mobile genetic elements, such as plasmids.

199 evidence of antibiotic resistance genes and mobile genetic elements, such as sulfamethoxazole-trimet

200 s aureus pathogenicity island 1 (SaPI1) is a mobile genetic element that carries genes for several su

201 ome is the horizontal acquisition of a novel mobile genetic element that encodes an arginine deiminas

202 ought to encode a transposase derived from a mobile genetic element that was inserted into the verteb

203 Transposons are mobile genetic elements that are an important source of

204 that Tlr elements comprise a novel family of mobile genetic elements that are confined to the Tetrahy

205 Transposons are mobile genetic elements that are found in nearly all org

206 Inteins are mobile genetic elements that are spliced out of proteins

207 Retrotransposons are mobile genetic elements that are ubiquitous components o

208 The Tn916 family is a group of mobile genetic elements that are widespread among many c

209 Group II intron RNPs are mobile genetic elements that attack and invade duplex DN

210 Transposons are mobile genetic elements that can relocate from one genom

211 , also known as conjugative transposons, are mobile genetic elements that can transfer from one bacte

212 Retrotransposons are mobile genetic elements that cause insertion mutations a

213 a widespread family of chromosomally located mobile genetic elements that contribute substantially to

214 somal islands (PICIs) are a family of highly mobile genetic elements that contribute substantively to

215 osis islands are integrative and conjugative mobile genetic elements that convert nonsymbiotic rhizob

216 e of a family of conjugative-transposon-like mobile genetic elements that encode multiple antibiotic

217 USA300 has acquired mobile genetic elements that encode resistance and virul

218 This system is also targeted by mobile genetic elements that integrate into chromosomal

219 Group II introns are mobile genetic elements that invade their cognate intron

220 They are mobile genetic elements that move via an RNA intermediat

221 Inteins are mobile genetic elements that self-splice at the protein

222 Retrotransposons are eukaryotic mobile genetic elements that transpose by reverse transc

223 Retrotransposons are mobile genetic elements that transpose through reverse t

224 Retrotransposons are mobile genetic elements that use a germline 'copy-and-pa

225 Recently, we identified two mobile genetic elements that were closely associated wit

226 nd a member of a previously unknown class of mobile genetic elements, the transpovirons.

227 resentative isolates were shown to carry the mobile genetic elements Tn1545 and mega, were negative f

228 ortant pathogenic species, allows associated mobile genetic elements to evade the ubiquitous Type I D

229 how that our method links plasmids and other mobile genetic elements to their host species in a real

230 at have evolutionarily conserved function in mobile genetic element (transposons) silencing and maint

231 quire guide strands derived from invading or mobile genetic elements, via an unknown pathway, to dire

232 Ribosomal frameshifting signals are found in mobile genetic elements, viruses and cellular genes of p

233 DNA (class 2) transposons are mobile genetic elements which move within their 'host' g

234 e and structural characterization of the new mobile genetic element, which was found in bacterial art

235 ies supported transmission of resistance via mobile genetic elements, which demonstrated greater dive

236 LINE-1 (L1) retrotransposons are mobile genetic elements whose extensive proliferation re

237 Mobile genetic elements with the ability to integrate ge

238 scaffolds identified ARGs likely located on mobile genetic elements, with up to 11 ARGs per plasmid-

239 hromosomal rap-phr genes are also present on mobile genetic elements, yet relatively little is known