<p>(a) The assembly efficiency and fragment count to assemble a 2000 bp gene using different fragment sizes. (b) The assembly reactions required to assemble sequences up to a million bps from 200 bp fragments under different Gibson Assembly capacities up to 30 fragments at once. In both figures the junction length between fragments is fixed at 20 bps and it is assumed that any sequence to assemble can be evenly divided by the fragments.</p
<p><i>Esox lucius</i> genome assembly statistics. Minimum contig and scaffold size ≥200 bp.</p
<p>Kelp biofilm (KBF) assemblies are shown on the left and Marburg forest soil (MFS) assemblies on t...
<p>(A) Gel-eluted fragments from C-fragment libraries after restriction digestion (10% PAGE). The ra...
<p>(<b>A</b>) A large number of DNA fragments can be assembled in a single reaction. The order of th...
<p>Comparison of the assembly accuracy between PMAG and its greedy version. The number of genomes is...
<p>(a) The Gibson Assembly reagent includes three enzymes. The 5’ exonuclease erodes the 5’ ends on ...
<p>Comparison of assembly accuracy between PMAG and SCJ under different expected numbers of evolutio...
In molecular biology, the polymerase chain reaction (PCR) is a tool that allows for the selective am...
DNA sequence assembly is one of the fundamental areas of bioinformatics. It involves the correct for...
<p>Comparison of genome assembly results derived from different sequencing technologies and assembly...
Relationship between speed-up and assembly variables analyzed by YORO and BLAST: (A) speed-up vs gen...
<p><b>A</b>: NG(X) contig length for full and down-sampled coverage data sets. This metric represent...
<p>(A) Cloning efficiency of the MXS-chaining approach measured as the fraction of positive recombin...
<p>In the Gibson assembly, single-stranded 3’-overhangs are produced using T5 exonuclease. After ins...
<p>Results from 44 genome assemblies produced by 7 different assemblers measured by 2 metrics:</p> <...
<p><i>Esox lucius</i> genome assembly statistics. Minimum contig and scaffold size ≥200 bp.</p
<p>Kelp biofilm (KBF) assemblies are shown on the left and Marburg forest soil (MFS) assemblies on t...
<p>(A) Gel-eluted fragments from C-fragment libraries after restriction digestion (10% PAGE). The ra...
<p>(<b>A</b>) A large number of DNA fragments can be assembled in a single reaction. The order of th...
<p>Comparison of the assembly accuracy between PMAG and its greedy version. The number of genomes is...
<p>(a) The Gibson Assembly reagent includes three enzymes. The 5’ exonuclease erodes the 5’ ends on ...
<p>Comparison of assembly accuracy between PMAG and SCJ under different expected numbers of evolutio...
In molecular biology, the polymerase chain reaction (PCR) is a tool that allows for the selective am...
DNA sequence assembly is one of the fundamental areas of bioinformatics. It involves the correct for...
<p>Comparison of genome assembly results derived from different sequencing technologies and assembly...
Relationship between speed-up and assembly variables analyzed by YORO and BLAST: (A) speed-up vs gen...
<p><b>A</b>: NG(X) contig length for full and down-sampled coverage data sets. This metric represent...
<p>(A) Cloning efficiency of the MXS-chaining approach measured as the fraction of positive recombin...
<p>In the Gibson assembly, single-stranded 3’-overhangs are produced using T5 exonuclease. After ins...
<p>Results from 44 genome assemblies produced by 7 different assemblers measured by 2 metrics:</p> <...
<p><i>Esox lucius</i> genome assembly statistics. Minimum contig and scaffold size ≥200 bp.</p
<p>Kelp biofilm (KBF) assemblies are shown on the left and Marburg forest soil (MFS) assemblies on t...
<p>(A) Gel-eluted fragments from C-fragment libraries after restriction digestion (10% PAGE). The ra...