We present several algorithms for identification of new proteins in superfamilies with low primary sequence conservation. The low conservation of primary sequence in protein superfamilies such as Thioredoxin-fold (Trx-fold) makes conventional methods such as hidden Markov models (HMMs) difficult to use. Therefore, we use structural properties to build our classifiers. These structural properties include secondary structure patterns as well as various properties of the residues in the protein sequences. We use this information to model proteins via hidden Markov models, support vector machines and algorithms in the multiple-instance learning model. In 20-fold jack-knife tests, some of our models performed well, with relatively high true posi...
Structural genomics is a field of study that strives to derive and analyze the structural characteri...
Understanding and predicting protein structures depends on the com-plexity and the accuracy of the m...
Abstract Background Most profile and motif databases ...
We present several algorithms for identification of new proteins in superfamilies with low primary s...
We present several algorithms for identification of new proteins in superfamilies with low primary s...
Motivation: Development of tools for identification of new thioredoxin-fold proteins as well as othe...
We present several algorithms for identifying thioredoxin (Trx)-fold proteins containing a conserved...
Abstract: Computational analysis of proteins can be used for structure prediction of newly identifie...
Three-dimensional protein structures can be divided into classes in which proteins demonstrate high ...
Hidden Markov models are ideal tool for sequence analysis therefore they are used also for protein s...
New results are presented for the prediction of secondary structure information for protein sequence...
Plötz T, Fink GA. Pattern recognition methods for advanced stochastic protein sequence analysis usin...
An important open problem in molecular biology is how to use computational methods to understand the...
Detecting similarity in biological sequences is a key element to understanding the mechanisms of lif...
Accurately predicting phosphorylation sites in proteins is an important issue in postgenomics, for w...
Structural genomics is a field of study that strives to derive and analyze the structural characteri...
Understanding and predicting protein structures depends on the com-plexity and the accuracy of the m...
Abstract Background Most profile and motif databases ...
We present several algorithms for identification of new proteins in superfamilies with low primary s...
We present several algorithms for identification of new proteins in superfamilies with low primary s...
Motivation: Development of tools for identification of new thioredoxin-fold proteins as well as othe...
We present several algorithms for identifying thioredoxin (Trx)-fold proteins containing a conserved...
Abstract: Computational analysis of proteins can be used for structure prediction of newly identifie...
Three-dimensional protein structures can be divided into classes in which proteins demonstrate high ...
Hidden Markov models are ideal tool for sequence analysis therefore they are used also for protein s...
New results are presented for the prediction of secondary structure information for protein sequence...
Plötz T, Fink GA. Pattern recognition methods for advanced stochastic protein sequence analysis usin...
An important open problem in molecular biology is how to use computational methods to understand the...
Detecting similarity in biological sequences is a key element to understanding the mechanisms of lif...
Accurately predicting phosphorylation sites in proteins is an important issue in postgenomics, for w...
Structural genomics is a field of study that strives to derive and analyze the structural characteri...
Understanding and predicting protein structures depends on the com-plexity and the accuracy of the m...
Abstract Background Most profile and motif databases ...