This bachelor thesis deals with the search for DNA motifs in non-model organisms. The first part explains the process of transcription, the concept of mutual information and an algorithm using mutual information. The second part describes the distribution of motif searching methods and examples of algorithms. The third part contains an overview of transcription motif databases. The practical part contains a description of the creation of a dataset for a non-model organism, a description of the proposed algorithm and its testing on the dataset. Then, the results of the proposed algorithm were compared with the results of FIRE and MEME algorithms
This bachelors thesis deals with the visualization techniques of the secondary structures of DNA. It...
Gene detection in DNA sequences is one of the most difficult problems, which have been currently sol...
This Bachelor thesis is focused on analyse and design an algorithm for searching specific structure ...
This bachelor thesis deals with finding transcription motifs in DNA sequences. The first part descri...
Tato bakalářská práce se zabývá vyhledáváním transkripčních motivů u nemodelových organismů. V první...
This master thesis is a Ph.D. research plan for motif discovery in biological sequences, and consist...
BACKGROUND:Unraveling the mechanisms that regulate gene expression is a major challenge in biology. ...
This thesis submitted in partial fulfillment of the requirements for the degree of Bachelor of Scien...
This diploma thesis deals with the description of homologous genes and molecular biological database...
This bachelor thesis deals with methods of gene prediction in prokaryotic genomes. First part of the...
Deoxyribonucleic acid (DNA) motif finding (discovery/mining) in biological chains is the most recent...
Motivation: Finding common patterns, motifs, from a set of promoter regions of coregulated genes is ...
The problem of detecting DNA motifs with functional relevance in real biological sequences is diffic...
The problem of detecting DNA motifs with functional relevance in real biological sequences is diffic...
DNA barcoding is a molecular method of species identification based on short regions of DNA sequence...
This bachelors thesis deals with the visualization techniques of the secondary structures of DNA. It...
Gene detection in DNA sequences is one of the most difficult problems, which have been currently sol...
This Bachelor thesis is focused on analyse and design an algorithm for searching specific structure ...
This bachelor thesis deals with finding transcription motifs in DNA sequences. The first part descri...
Tato bakalářská práce se zabývá vyhledáváním transkripčních motivů u nemodelových organismů. V první...
This master thesis is a Ph.D. research plan for motif discovery in biological sequences, and consist...
BACKGROUND:Unraveling the mechanisms that regulate gene expression is a major challenge in biology. ...
This thesis submitted in partial fulfillment of the requirements for the degree of Bachelor of Scien...
This diploma thesis deals with the description of homologous genes and molecular biological database...
This bachelor thesis deals with methods of gene prediction in prokaryotic genomes. First part of the...
Deoxyribonucleic acid (DNA) motif finding (discovery/mining) in biological chains is the most recent...
Motivation: Finding common patterns, motifs, from a set of promoter regions of coregulated genes is ...
The problem of detecting DNA motifs with functional relevance in real biological sequences is diffic...
The problem of detecting DNA motifs with functional relevance in real biological sequences is diffic...
DNA barcoding is a molecular method of species identification based on short regions of DNA sequence...
This bachelors thesis deals with the visualization techniques of the secondary structures of DNA. It...
Gene detection in DNA sequences is one of the most difficult problems, which have been currently sol...
This Bachelor thesis is focused on analyse and design an algorithm for searching specific structure ...