The alignment operation between many protein sequences or DNA sequences related to the
scientific bioinformatics application is very complex. There is a trade-off in the objectives in …

Certain functional, structural and evolutionary relationships among the protein sequences
can be inferred by protein Multiple Sequence Alignment (MSA). There are many algorithms …

One of the most fundamental operations in biological sequence analysis is multiple
sequence alignment (MSA). The basic of multiple sequence alignment problems is to …

Multiple nucleic acid or amino acid sequences alignment is one of the most commonly used
techniques in bioinformatics. It helps find out homology between new sequences and …

Multiple sequence alignment (MSA) represents a basic task for many bioinformatics
applications. MSA allows finding common conserved regions among various sequences of …

A Multiple sequence alignment (MSA) gives insight into the evolutionary, structural and
functional relationships among the protein sequences. Here, the initial MSAs are chosen as …

Multiple biological sequences alignment like protein sequences or DNA/RNA in order to
discover the functions, structures and evolutionary relationships among species and also …

Discovering structural, functional and evolutionary information in biological sequences have
been considered as a core research area in Bioinformatics. Multiple Sequence Alignment …

Analyzing and comparing the string representations of sequences reveals a lot of useful
information about the sequences. As new biological sequences are being generated at …

Multiple biological sequence alignment is a challenging task due to its high demands for
computational power, memory capacity and bandwidth and a number of novel algorithms …