Publication date
November 2016
DOIAbstract
Consensus alignment generated by removing nucleotide positions for which the alignment differed when comparing three alignments generated via ClustalX (with gap costs of 10, 15, and 20)
Consensus alignment generated by removing nucleotide positions for which the alignment differed when comparing three alignments generated via ClustalX (with gap costs of 10, 15, and 20)
[[abstract]]The common-use gap penalty strategies, constant penalty and affine gap penalty, have bee...
CLUSTAL W: improving the sensitivity of progressive multiple sequence alignment through sequence wei...
Nucleotide alignment for the 508-sequence 16S rRNA tree, derived from merging non-redundant sequence...
Consensus alignment generated by removing nucleotide positions for which the alignment differed when...
Alignment generated using ClustalX (gap cost = 15) of mitochondrial DNA sequences
<p>Non-identical nucleotides for genotypes A, D, F1b and F4 are shown. Nucleotides shared between ge...
Given a set of homologous protein/DNA/RNA sequences, finding their multiple alignment means arrangin...
Recall from previous lecture we can find the alignment between two DNA sequences by either performin...
<p>The initial alignment consists of five aligned regions to . is the longest region and serves as...
International audienceThe Clustal series of programs are widely used in molecular biology for the mu...
<p>Resolved sequence is selected by alignment of the candidate sequences for each of the thresholds....
Consensus is a server developed to produce high-quality alignments for comparative modeling, and to ...
Nucleotide alignment for the 613-sequence amoA tree (codon positions 1 and 2), derived from merging ...
<p>For calculating the gap contribution to the prior, <i>F</i><sub>3</sub>(<i>A</i>), we decompose t...
The alignments were calculated using ClustalOmega for 127 MMseqs2 clusters with at least 20 member s...
[[abstract]]The common-use gap penalty strategies, constant penalty and affine gap penalty, have bee...
CLUSTAL W: improving the sensitivity of progressive multiple sequence alignment through sequence wei...
Nucleotide alignment for the 508-sequence 16S rRNA tree, derived from merging non-redundant sequence...
Consensus alignment generated by removing nucleotide positions for which the alignment differed when...
Alignment generated using ClustalX (gap cost = 15) of mitochondrial DNA sequences
<p>Non-identical nucleotides for genotypes A, D, F1b and F4 are shown. Nucleotides shared between ge...
Given a set of homologous protein/DNA/RNA sequences, finding their multiple alignment means arrangin...
Recall from previous lecture we can find the alignment between two DNA sequences by either performin...
<p>The initial alignment consists of five aligned regions to . is the longest region and serves as...
International audienceThe Clustal series of programs are widely used in molecular biology for the mu...
<p>Resolved sequence is selected by alignment of the candidate sequences for each of the thresholds....
Consensus is a server developed to produce high-quality alignments for comparative modeling, and to ...
Nucleotide alignment for the 613-sequence amoA tree (codon positions 1 and 2), derived from merging ...
<p>For calculating the gap contribution to the prior, <i>F</i><sub>3</sub>(<i>A</i>), we decompose t...
The alignments were calculated using ClustalOmega for 127 MMseqs2 clusters with at least 20 member s...
[[abstract]]The common-use gap penalty strategies, constant penalty and affine gap penalty, have bee...
CLUSTAL W: improving the sensitivity of progressive multiple sequence alignment through sequence wei...
Nucleotide alignment for the 508-sequence 16S rRNA tree, derived from merging non-redundant sequence...
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