<p>(A) Kunkel −UDG, (B) Kunkel + UDG, (C) Kunkel −UDG +RCA, (D) Kunkel +UDG +RCA with exoresistant random primers, (E) Kunkel +UDG +RCA with normal random primers, (−) SacII resistant control, (+) SacII sensitive control, (L) 1 kb Fermentas DNA Ladder.</p
ABSTRACT The genomic DNAs of tailed bacteriophages are commonly modified by the attachment of chemic...
<p>Phage DNA from MSSA68111 (Lanes designated “6”) and from strain ATCC49775 (Lanes “A”) was digeste...
The growing concern about multi-drug resistant pathogenic bacteria has led to a renewed interest in ...
<p>Agarose gel (0.8%) showing electrophoretic patterns of S1 Nuclease restriction digestion of phage...
<p>Lanes 1 and 20, phage λ DNA ladder (concatemers of 48.5 kb); lane 2, K47-25; lane 3, K48-58; lane...
<p>Lanes: 1 – ArV2 gDNA (nonrestricted); 2 – EcoRII; 3 – NotI; 4 – MboI; 5 – BamHI; 6 – Marker GeneR...
<p>(A) Plasmid map of an in-lab created pBBR-FOSGAT and strategy for creating the fosmid library. <i...
<p>(<b>a</b>) Sso10b and its triple mutant. and (<b>b</b>) Mth10b and its triple mutant: Lane 1, pla...
pUC19 plasmid was denatured using 0.5 N NaOH, pH was neutralized using 0.5 M HCl, and DNA was incuba...
To counteract bacterial defense systems, bacteriophages (phages) make extensive base modifications (...
<p>(A) A schematic representation of the fitness profiling experiment is shown. A 240 bp insert was ...
<div><p>Lambda phage DNA was incubated with different concentrations of WT and mutant M.SssI in the ...
<p>In each panel, lane 1 is unmethylated plasmid DNA (pUC18) isolated from <i>E. coli</i> (<i>dam<su...
<p>Lane 1: The blank plasmid pET28a(+). Lane 2: The recombinant plasmid pET28a(+)–SjPGM or pET28a(+)...
<p>Diagram of the variably phosphorothioated (VPT) cassette series. Homology arms to <i>lacZ</i> are...
ABSTRACT The genomic DNAs of tailed bacteriophages are commonly modified by the attachment of chemic...
<p>Phage DNA from MSSA68111 (Lanes designated “6”) and from strain ATCC49775 (Lanes “A”) was digeste...
The growing concern about multi-drug resistant pathogenic bacteria has led to a renewed interest in ...
<p>Agarose gel (0.8%) showing electrophoretic patterns of S1 Nuclease restriction digestion of phage...
<p>Lanes 1 and 20, phage λ DNA ladder (concatemers of 48.5 kb); lane 2, K47-25; lane 3, K48-58; lane...
<p>Lanes: 1 – ArV2 gDNA (nonrestricted); 2 – EcoRII; 3 – NotI; 4 – MboI; 5 – BamHI; 6 – Marker GeneR...
<p>(A) Plasmid map of an in-lab created pBBR-FOSGAT and strategy for creating the fosmid library. <i...
<p>(<b>a</b>) Sso10b and its triple mutant. and (<b>b</b>) Mth10b and its triple mutant: Lane 1, pla...
pUC19 plasmid was denatured using 0.5 N NaOH, pH was neutralized using 0.5 M HCl, and DNA was incuba...
To counteract bacterial defense systems, bacteriophages (phages) make extensive base modifications (...
<p>(A) A schematic representation of the fitness profiling experiment is shown. A 240 bp insert was ...
<div><p>Lambda phage DNA was incubated with different concentrations of WT and mutant M.SssI in the ...
<p>In each panel, lane 1 is unmethylated plasmid DNA (pUC18) isolated from <i>E. coli</i> (<i>dam<su...
<p>Lane 1: The blank plasmid pET28a(+). Lane 2: The recombinant plasmid pET28a(+)–SjPGM or pET28a(+)...
<p>Diagram of the variably phosphorothioated (VPT) cassette series. Homology arms to <i>lacZ</i> are...
ABSTRACT The genomic DNAs of tailed bacteriophages are commonly modified by the attachment of chemic...
<p>Phage DNA from MSSA68111 (Lanes designated “6”) and from strain ATCC49775 (Lanes “A”) was digeste...
The growing concern about multi-drug resistant pathogenic bacteria has led to a renewed interest in ...