With the large amount of biological data generated due to DNA sequencing of various organisms, it is becoming necessary to identify techniques that can help in finding useful information amongst all the data. Finding motifs involves determining meaningful short sequences that may be repeated over many sequences in various species. Various approaches for the motif discovery problem have been proposed in the literature. One method suggests using genetic algorithms. In this project, an evolutionary approach for motif discovery has been explored. The population is clustered during every generation of the algorithm and then evolved locally within the clusters to allow the search space to maintain solution diversity
The discovery of motifs in biological sequence is a much explored and still exploring area of resear...
Deoxyribonucleic acid (DNA) motif finding (discovery/mining) in biological chains is the most recent...
Abstract Background Discovering approximately repeated patterns, or motifs, in biological sequences ...
This thesis submitted in partial fulfillment of the requirements for the degree of Bachelor of Scien...
A significant growth in the volume of bio-molecular sequence data (DNA, RNA and protein sequences) o...
A significant growth in the volume of bio-molecular sequence data (DNA, RNA and protein sequences) o...
A significant growth in the volume of bio-molecular sequence data (DNA, RNA and protein sequences) o...
OBJECTIVE: The human genome project has resulted in the generation of voluminous biological data. No...
OBJECTIVE: The human genome project has resulted in the generation of voluminous biological data. No...
The field of Bioinformatics is gaining much attention these days due to advancement of computer prog...
This master thesis is a Ph.D. research plan for motif discovery in biological sequences, and consist...
AbstractAnalysis of DNA Sequence motifs is becoming increasingly important in the study of gene regu...
Motif discovery is an important problem in bio-informatics that involves the search for approximate ...
The problem of detecting DNA motifs with functional relevance in real biological sequences is diffic...
The motif discovery problem is becoming increasingly important for molecular biologists as new seque...
The discovery of motifs in biological sequence is a much explored and still exploring area of resear...
Deoxyribonucleic acid (DNA) motif finding (discovery/mining) in biological chains is the most recent...
Abstract Background Discovering approximately repeated patterns, or motifs, in biological sequences ...
This thesis submitted in partial fulfillment of the requirements for the degree of Bachelor of Scien...
A significant growth in the volume of bio-molecular sequence data (DNA, RNA and protein sequences) o...
A significant growth in the volume of bio-molecular sequence data (DNA, RNA and protein sequences) o...
A significant growth in the volume of bio-molecular sequence data (DNA, RNA and protein sequences) o...
OBJECTIVE: The human genome project has resulted in the generation of voluminous biological data. No...
OBJECTIVE: The human genome project has resulted in the generation of voluminous biological data. No...
The field of Bioinformatics is gaining much attention these days due to advancement of computer prog...
This master thesis is a Ph.D. research plan for motif discovery in biological sequences, and consist...
AbstractAnalysis of DNA Sequence motifs is becoming increasingly important in the study of gene regu...
Motif discovery is an important problem in bio-informatics that involves the search for approximate ...
The problem of detecting DNA motifs with functional relevance in real biological sequences is diffic...
The motif discovery problem is becoming increasingly important for molecular biologists as new seque...
The discovery of motifs in biological sequence is a much explored and still exploring area of resear...
Deoxyribonucleic acid (DNA) motif finding (discovery/mining) in biological chains is the most recent...
Abstract Background Discovering approximately repeated patterns, or motifs, in biological sequences ...