<p>The figure shows examples of the motifs produced by each method and the corresponding JASPAR motif. For three proteins, the PWM logos produced by each method and the experimentally and independently established motif in the JASPAR database are shown. AM was trained on motif length 8, while for BE, RM and SW only the most informative contiguous positions were kept. We chose TFs whose motifs had information content most similar to the averages of the different methods.</p
This master thesis is a Ph.D. research plan for motif discovery in biological sequences, and consist...
Structural motifs encapsulate local sequence-structure-function relationships characteristic of rela...
Many important interactions of proteins are facilitated by short, linear motifs (SLiMs) within a pro...
This chapter overviews the topic of protein motif discovery. It presents current ap-proaches to know...
We use methods from Data Mining and Knowledge Discovery to design an algorithm for detecting motifs ...
Generating motifs from known active sites and matching those motifs to an uncharacterized protein is...
We use methods from data mining and knowledge discovery to design an algorithm for detecting motifs ...
<p>Gray boxes between dendrogram and matrix names indicate motif clusters. The dotted line points ou...
<p>(1) Given a set of protein sequences, (2) we enumerate all possible n-mers or motifs (3≤n≤12) pre...
The ability to predict a protein's function from its structure is becoming more important with the i...
Several algorithms have been recently designed to identify motifs in biological networks, particular...
Abstract: Protein motifs, which are specific regions and conserved regions, are found by comparing m...
<p>a) true motif given by the JASPAR database, b) predicted motif from SVM+POIM+motifPOIM (MRQ = 97....
Linear motifs are short protein subsequences that mediate protein interactions. Hundreds of motif cl...
<p>(A) Motifs were determined using MEME suite version 4.12. Grey lines represent the non-conserved ...
This master thesis is a Ph.D. research plan for motif discovery in biological sequences, and consist...
Structural motifs encapsulate local sequence-structure-function relationships characteristic of rela...
Many important interactions of proteins are facilitated by short, linear motifs (SLiMs) within a pro...
This chapter overviews the topic of protein motif discovery. It presents current ap-proaches to know...
We use methods from Data Mining and Knowledge Discovery to design an algorithm for detecting motifs ...
Generating motifs from known active sites and matching those motifs to an uncharacterized protein is...
We use methods from data mining and knowledge discovery to design an algorithm for detecting motifs ...
<p>Gray boxes between dendrogram and matrix names indicate motif clusters. The dotted line points ou...
<p>(1) Given a set of protein sequences, (2) we enumerate all possible n-mers or motifs (3≤n≤12) pre...
The ability to predict a protein's function from its structure is becoming more important with the i...
Several algorithms have been recently designed to identify motifs in biological networks, particular...
Abstract: Protein motifs, which are specific regions and conserved regions, are found by comparing m...
<p>a) true motif given by the JASPAR database, b) predicted motif from SVM+POIM+motifPOIM (MRQ = 97....
Linear motifs are short protein subsequences that mediate protein interactions. Hundreds of motif cl...
<p>(A) Motifs were determined using MEME suite version 4.12. Grey lines represent the non-conserved ...
This master thesis is a Ph.D. research plan for motif discovery in biological sequences, and consist...
Structural motifs encapsulate local sequence-structure-function relationships characteristic of rela...
Many important interactions of proteins are facilitated by short, linear motifs (SLiMs) within a pro...