This research develops approaches and strategies in Bioinformatics with explicit attention to applications of Computational Biology. The plan is to develop structural motifs retrieval into the protein database (PDB). The aim here is of exploiting the Generalized Hough Transform for the comparison and the search of structural similarity. Note that, if the searched structure is just a component of a protein (like a structural motif or a domain) the same method supports the detection and the statistical distribution of these components, possibly answering questions of permanence among different species and phylogenetic questions related to biological homology
The Generalized Hough Transform (GHT) allows to recognize general patterns once defined a model to b...
Structural biology is a branch of life science concerned with the study of the structure of biologic...
Abstract: Protein motifs, which are specific regions and conserved regions, are found by comparing m...
The structure of a protein gives more insight about the protein function than its amino acid sequenc...
The Generalized Hough Transform (GHT) allows to recognize general patterns once defined a model to b...
This paper presents an approach for protein motif retrieval founded on protein secondary structures ...
The Generalized Hough Transform (GHT) allows to recognize general patterns once defined a model to b...
This paper presents an approach to detect the presence of a given motif in proteins or in protein da...
This paper presents an approach to detect the presence of a given motif in proteins or in protein da...
This paper describes a new approach to the analysis of protein 3D structure based on the Secondary S...
This paper describes a new approach to the analysis of protein 3D structure based on the Secondary S...
The Generalized Hough Transform (GHT) allows to recognize general patterns once defined a model to b...
This chapter overviews the topic of protein motif discovery. It presents current ap-proaches to know...
The Generalized Hough Transform (GHT) allows to recognize general patterns once defined a model to b...
Structural biology is a branch of life science concerned with the study of the structure of biologic...
The Generalized Hough Transform (GHT) allows to recognize general patterns once defined a model to b...
Structural biology is a branch of life science concerned with the study of the structure of biologic...
Abstract: Protein motifs, which are specific regions and conserved regions, are found by comparing m...
The structure of a protein gives more insight about the protein function than its amino acid sequenc...
The Generalized Hough Transform (GHT) allows to recognize general patterns once defined a model to b...
This paper presents an approach for protein motif retrieval founded on protein secondary structures ...
The Generalized Hough Transform (GHT) allows to recognize general patterns once defined a model to b...
This paper presents an approach to detect the presence of a given motif in proteins or in protein da...
This paper presents an approach to detect the presence of a given motif in proteins or in protein da...
This paper describes a new approach to the analysis of protein 3D structure based on the Secondary S...
This paper describes a new approach to the analysis of protein 3D structure based on the Secondary S...
The Generalized Hough Transform (GHT) allows to recognize general patterns once defined a model to b...
This chapter overviews the topic of protein motif discovery. It presents current ap-proaches to know...
The Generalized Hough Transform (GHT) allows to recognize general patterns once defined a model to b...
Structural biology is a branch of life science concerned with the study of the structure of biologic...
The Generalized Hough Transform (GHT) allows to recognize general patterns once defined a model to b...
Structural biology is a branch of life science concerned with the study of the structure of biologic...
Abstract: Protein motifs, which are specific regions and conserved regions, are found by comparing m...