FF (Fragment Finder) is a web-based interactive search engine developed to retrieve the userdesired similar 3D structural fragments from the selected subset of 25 or90%non-homologous protein chains. The search is based on the comparison of the main chain backbone conformational angles $(\phi and \varphi)$. Additionally, the queried motifs can be superimposed to find out how similar the structural fragments are, so that the information can be effectively used in molecular modeling. The engine has facilities to view the resultant superposed or individual 3D structure(s) on the client machine. The proposed web server is made freely accessible at the following URL:http://cluster.physics.iisc.ernet.in/ff/ or http://144.16.71.148/ff/
Abstract Background Protein structures have conserved features – motifs, which have a sufficient inf...
We present an algorithm to find fragments in a set of molecules that help to discriminate between di...
A new polarized force field BioEFP for modeling process in biology is far superior in accuracy to th...
FF (Fragment Finder) is a web-based interactive search engine developed to retrieve the userdesired ...
FF (Fragment Finder) is a web-based interactive search engine developed to retrieve the userdesired ...
Fragment Finder 2.0 is a web-based interactive computing server which can be used to retrieve struct...
Protein modeling and design activities often require querying the Protein Data Bank (PDB) with a str...
Protein modeling and design activities often require querying the Protein Data Bank (PDB) with a str...
Predicting accurate fragments from sequence has recently become a critical step for protein structur...
Resources to mine the large amount of protein struc-tures available today are necessary to better un...
International audienceSA-Search is a web tool that can be used to mine for protein structures and ex...
This paper compares several fragment-based measures that can be used to quantify the degree of simil...
Abstract. This paper discusses methods to discover frequent, discriminative connected subgraphs (fra...
We present an algorithm to find fragments in a set of molecules that help to discriminate between di...
We present an algorithm to find fragments in a set of molecules that help to discriminate between di...
Abstract Background Protein structures have conserved features – motifs, which have a sufficient inf...
We present an algorithm to find fragments in a set of molecules that help to discriminate between di...
A new polarized force field BioEFP for modeling process in biology is far superior in accuracy to th...
FF (Fragment Finder) is a web-based interactive search engine developed to retrieve the userdesired ...
FF (Fragment Finder) is a web-based interactive search engine developed to retrieve the userdesired ...
Fragment Finder 2.0 is a web-based interactive computing server which can be used to retrieve struct...
Protein modeling and design activities often require querying the Protein Data Bank (PDB) with a str...
Protein modeling and design activities often require querying the Protein Data Bank (PDB) with a str...
Predicting accurate fragments from sequence has recently become a critical step for protein structur...
Resources to mine the large amount of protein struc-tures available today are necessary to better un...
International audienceSA-Search is a web tool that can be used to mine for protein structures and ex...
This paper compares several fragment-based measures that can be used to quantify the degree of simil...
Abstract. This paper discusses methods to discover frequent, discriminative connected subgraphs (fra...
We present an algorithm to find fragments in a set of molecules that help to discriminate between di...
We present an algorithm to find fragments in a set of molecules that help to discriminate between di...
Abstract Background Protein structures have conserved features – motifs, which have a sufficient inf...
We present an algorithm to find fragments in a set of molecules that help to discriminate between di...
A new polarized force field BioEFP for modeling process in biology is far superior in accuracy to th...