Multiple sequence alignment (MSA) is essential for understanding genetic variations controlling phenotypic traits in all living organisms. The post-analysis of MSA results is a difficult step for researchers who do not have programming skills. Especially those working with large scale data and looking for potential variations or variable sample groups. Generating bi-allelic data and the comparison of wild and alternative gene forms are important steps in population genetics. Customising MSA visualisation for a single page view is difficult, making viewing potential indels and variations challenging. There are currently no bioinformatics tools that permit post-MSA analysis, in which data on gene and single nucleotide scales could be combined...
Background: Variable minisatellites count among the most polymorphic markers of eukaryotic and proka...
The alignment of biological sequences is crucial for the transfer of annotation from model organisms...
Multiple sequence alignment plays a key role in the computational analysis of biological data. Diffe...
Multiple sequence alignment (MSA) is essential for understanding genetic variations controlling phen...
The figures include (A) MSA analysis results for a low number of sequences (15 sequences) and (B) fo...
This user-friendly platform employs interactive forms to facilitate the entire analysis pipeline. Us...
Abstract Background Multiple sequence alignment (MSA) plays a central role in nearly all bioinformat...
Multiple sequence alignment (MSA) is the heart of comparative sequence analysis. Recent studies demo...
Background An important aspect of cancer research is identifying inherited genetic variants that cau...
Background: Alternative sequence alignment algorithms yield different results. It is therefore usefu...
The sequence alignment visualization of large gene sets analyzed with the AlignStatPlot package.</p
With the rapid development of genome sequencing, an ever-increasing number of molecular biology anal...
Summary: Large numbers of genomes are being sequenced regularly and the rate will go up in future du...
Summary: Although the R platform and the add-on packages of the Bioconductor project are widely used...
Large numbers of genomes are being sequenced regularly and the rate will go up in future due to avai...
Background: Variable minisatellites count among the most polymorphic markers of eukaryotic and proka...
The alignment of biological sequences is crucial for the transfer of annotation from model organisms...
Multiple sequence alignment plays a key role in the computational analysis of biological data. Diffe...
Multiple sequence alignment (MSA) is essential for understanding genetic variations controlling phen...
The figures include (A) MSA analysis results for a low number of sequences (15 sequences) and (B) fo...
This user-friendly platform employs interactive forms to facilitate the entire analysis pipeline. Us...
Abstract Background Multiple sequence alignment (MSA) plays a central role in nearly all bioinformat...
Multiple sequence alignment (MSA) is the heart of comparative sequence analysis. Recent studies demo...
Background An important aspect of cancer research is identifying inherited genetic variants that cau...
Background: Alternative sequence alignment algorithms yield different results. It is therefore usefu...
The sequence alignment visualization of large gene sets analyzed with the AlignStatPlot package.</p
With the rapid development of genome sequencing, an ever-increasing number of molecular biology anal...
Summary: Large numbers of genomes are being sequenced regularly and the rate will go up in future du...
Summary: Although the R platform and the add-on packages of the Bioconductor project are widely used...
Large numbers of genomes are being sequenced regularly and the rate will go up in future due to avai...
Background: Variable minisatellites count among the most polymorphic markers of eukaryotic and proka...
The alignment of biological sequences is crucial for the transfer of annotation from model organisms...
Multiple sequence alignment plays a key role in the computational analysis of biological data. Diffe...