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1 ne of the two genomic ends are formed on the concatemer.
2 g pathway that is initiated by cleavage of a concatemer.
3 sistent with the integration of het DNA as a concatemer.
4 on is introduced to the gamma2L-beta2-alpha1 concatemer.
5 molecular DNA packaging machine on the viral concatemer.
6 ystem for replication and maintenance of DNA concatemers.
7 n hepatocytes containing the double-stranded concatemers.
8 mediate cleavage of genomes from replicative concatemers.
9 zation) of T7 DNA and subsequent cleavage of concatemers.
10 cated product is in the form of long plasmid concatemers.
11 lling circle activity to generate the linear concatemers.
12 nome, arranged mainly as polydisperse linear concatemers.
13 ncatemers; and locus 7 yielded no identified concatemers.
14 ATR in "repair" of E4 mutant genomes to form concatemers.
15 of alpha3beta4alpha5 versus alpha3beta4-only concatemers.
16 plication and ligates the viral genomes into concatemers.
17 NA replication and ligate viral genomes into concatemers.
18 , and joining together of viral genomes into concatemers.
19 lly characterized by the formation of genome concatemers.
20 pports strong FRET in CFP-DsRed or GFP-DsRed concatemers.
22 milar pore properties of the hexameric Orai1 concatemer and native CRAC channels, we conclude that th
24 echanism, the packaging machinery cuts a DNA concatemer and packages a single unit length genome with
25 osome involves cutting the chromosome from a concatemer and translocating the DNA into a prohead.
26 d that it existed as a high-molecular-weight concatemer and underwent significant levels of homologou
28 We find a head-to-tail arrangement in the concatemers and circular permutation in both the monomer
29 Monomeric herpesvirus DNA is cleaved from concatemers and inserted into preformed capsids through
30 rpes simplex virus (HSV) DNA is cleaved from concatemers and packaged into capsids in infected cell n
31 stoichiometry, while studies of linked Orai1 concatemers and single-molecule photobleaching suggest t
32 gene expression (including the formation of concatemers and their subsequent cloning and sequencing)
33 sized linear molecules, head-to-tail genomic concatemers, and complex branched forms with ends at def
34 DNA genomes, in the form of complex branched concatemers, and unstable spherical precursor capsids te
35 2, and 5 produced head-to-head/tail-to-tail concatemers; and locus 7 yielded no identified concateme
37 o form several fragments is observed when T7 concatemers are incubated in an extract of T7-infected E
40 9-kb band, suggesting a head-to-tail genomic concatemer as the most prominent form in extracted mtDNA
41 and beta2 subunits and establish pentameric concatemers as a means to delineate interactions between
42 bunits increased the rate of inactivation of concatemers, as predicted for subunits that act independ
44 alpha5, or alpha5DN subunits with a dimeric concatemer (beta2alpha4) in a heterologous system, to ob
46 I, are able to produce normal amounts of DNA concatemers but they are not cut, or matured, into unit
47 region, the viral genomic DNA is joined into concatemers by cellular DNA repair factors, and this req
49 veral technical difficulties associated with concatemer cloning and purification have not been solved
50 d steps, such as purification and cloning of concatemers, colony picking and plasmid DNA purification
54 MutY were found to function processively on concatemers containing 7,8-dihydro-8-oxo-2'-deoxyguanosi
55 nstructed and characterized tetrameric hERG1 concatemers containing a variable number of wild-type su
56 on during replication can produce h-t linear concatemers containing an inversion of single copy seque
57 ed initiators triggered the formation of DNA concatemers containing hemin-binding aptamers through a
58 Poxvirus DNA replication generates linear concatemers containing many copies of the viral genome w
62 en proposed that the phage packages a linear concatemer created during rolling circle replication of
65 SOAR itself is a dimer, we constructed SOAR concatemer-dimers and introduced mutations at F394, whic
66 complex that mediates both the insertion of concatemer DNA into capsids and its subsequent cleavage
67 tein complex that mediates both insertion of concatemer DNA into capsids and its subsequent cleavage
70 from transient head-to-head and tail-to-tail concatemers during replication in the cytoplasm of infec
72 stent with a model in which pac2 elements at concatemer ends impart a directionality to concatemer pa
75 molecules to generate a head-to-tail linear concatemer, followed by recombination-dependent replicat
76 icating cleavage/packaging of viral DNA from concatemers for packaging into virions, but analyses of
77 Mre11, Rad50, and Nbs1 (MRN) is required for concatemer formation and full activation of damage signa
78 gated the cellular proteins involved in this concatemer formation and how they are inactivated by E4
79 of Nbs1 that are differentially required for concatemer formation and inhibition of Ad DNA replicatio
80 12 also failed to complement defects in both concatemer formation and late protein production of a vi
84 individual contributions of the MRN complex, concatemer formation, and damage signaling to viral DNA
88 junctions between genomes within replicative concatemers formed late in infection almost exclusively
89 ytes showed double-stranded and head-to-tail concatemer forms but failed to show integration of the A
91 d recombination may result in viral-host DNA concatemers, frequently disrupting genes involved in onc
93 1) excision of a unit length genome from the concatemer (genome maturation) and 2) translocation of t
94 n in equilibrium between circular and linear concatemer genomes caused by the lack of DNA-PKcs activi
96 o formation and accumulation of head-to-tail concatemers, in addition to the usual head-to-head and t
98 (6A(4)) or SP-A2(1A(3)) were integrated as a concatemer into the genome of each of the two hTG lines.
99 e copies of the transgene can integrate as a concatemer into the sperm genome, and more than one site
100 ay junction resolvase is required to process concatemers into unit-length genomes for packaging.
102 ired for the in vivo resolution of viral DNA concatemers into unit-length genomes with hairpin telome
103 ) is defective in both cleavage of viral DNA concatemers into unit-length monomers and packaging of v
105 near promoters and near the right end of the concatemer junction almost certainly must relate to lyso
112 -field gel electrophoresis, (iv) cleavage of concatemer junctions was inhibited, and (v) virion morph
113 mechanism, we used a series of V. riparia K2 concatemers (K4, K6, K8, and K10) and natural dehydrins
115 wed that packaged phage had not been part of concatemers made by recombination or by annealing at cos
116 suggesting that both circular and linear AAV concatemers may have contributed to the trans-splicing-m
123 ents lie near the ends formed on replicative concatemers of four herpesviruses: herpes simplex virus
124 rain stoichiometry, fusion proteins encoding concatemers of human alpha3, beta4, and alpha5 (D and N
125 hannel stoichiometry by expressing hexameric concatemers of human Orai1 and comparing in detail their
126 ese models, we have designed and synthesized concatemers of Rev-binding elements (RBEs) that fold to
127 hat the presence of two ER export motifs (in concatemers of SERT and GABA transporter-1) supported re
130 ce found at the junction of the head-to-tail concatemers of T7 genomic DNA generated during T7 DNA re
133 adenovirus E4 mutants accumulate end-to-end concatemers of the viral genome that are assembled from
139 ment formed at the junction of HHV-6B genome concatemers (pac2-pac1) is necessary and sufficient for
140 t concatemer ends impart a directionality to concatemer packaging by binding proteins that initiate i
141 mical evidence of a requirement for gp55 for concatemer packaging to assemble active wild-type phage
142 ation intermediates the loci produced, while concatemer processing gave rise to the circularized DNAs
143 donucleolytic cleavage of immature viral DNA concatemer recognized by TerS, assembles into a pentamer
144 us genome mediated formation of pac2 ends on concatemers regardless of the orientation of their inser
145 ion and maintenance in Escherichia coli; DNA concatemer resolution was inhibited leading to formation
146 and roles in DNA replication, recombination, concatemer resolution, and transcription were suggested.
147 ry high frequency: up to 60% of the amplicon concatemers retrieved from virion particles underwent in
148 nisms in the same or alternate subunits of a concatemer revealed that both intra- and intersubunit co
151 ADsubTRS1 exhibited normal cleavage of DNA concatemers, so the defect in C-capsid production must o
152 s with Y- or X-structures in the replicative concatemer substrate by employing a portal-bound Hollida
153 e used a linear multi-abasic site substrate (concatemer), synthesized by ligating together identical
154 ontinuing around the other end to generate a concatemer that is subsequently resolved into unit genom
158 es replicate their linear genomes by forming concatemers that must be resolved into monomeric units t
159 minase introduces staggered nicks to cut the concatemer to generate unit-length virion chromosomes.
163 ual head-to-head and tail-to-tail forms; the concatemers were circularized by homologous or Cre-loxP-
169 mined that the 25-mer monomer from which the concatemers were prepared was nicked by AP endo in a fas
171 umulate high-molecular-weight linear plasmid concatemers when transformed with plasmids carrying the
172 ges and herpes viruses replicate genome as a concatemer which is cut by a 'headful' nuclease upon com
173 tranded DNA genomes as high-molecular-weight concatemers which are subsequently cleaved into unit-len
174 y ligation of the digestion products yielded concatemers which migrated as a single band in agarose g
175 the host genome, forming mainly head-to-tail concatemers with occasional deletions of the inverted te
176 hage T4-like networks of highly branched mp1 concatemers with up to 20 monomer units were mapped and
177 near genomic monomers and head-to-tail (h-t) concatemers within inverted repeat sequences (IRs) near
178 e event begins with a single repeat within a concatemer yet produces two repeats, one at each of the
179 is that RCR should generate tandem Helitron concatemers, yet almost all Helitrons identified to date
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