Protein remote homology detection (PRHD) is crucial for identifying proteins with similar
functions and structures despite low sequence identity. Traditional methods, such as the …

Accurate prediction of β-sheet topology is one of the most important open problems of
modern computational biology. B-sheet topology prediction is an intermediate step toward …

Background To assign structural and functional annotations to the ever increasing amount of
sequenced proteins, the main approach relies on sequence-based homology search …

The sequence-based prediction of beta-residue contacts and beta-sheet structures contain
key information for protein structure prediction. However, the determination of beta-sheet …

To assign structural and functional annotations to the ever increasing amount of sequenced
proteins, the main approach relies on sequence-based homology search methods, eg …

ABSTRACT Background: Protein Remote Homology Detection (PRHD) is used to find the
homologous proteins which are similar in function and structure but sharing low sequence …

Protein sequence alignment is a fundamental problem in computational structure biology
and popular for protein 3D structural prediction and protein homology detection. Most of the …

A protein is a long one-dimensional amino acid sequence. Some subsequences of this
sequence are given names and β-strand in one such subsequence. β-strands are very …

Homology detection plays a major role in bioinformatics. Different type of methods is used
for Homology detection. Here we extract the information from protein sequences and then …

sheet topology prediction is a major unresolved problem in modern computational biology. It
is a challenging intermediate step toward the protein tertiary structure prediction. Different …