Computational Biology
Elevate Discoveries, Empower Innovations, Excel in Solutions
Operon Technologies pioneers computational biology services, merging data science and life sciences to unravel complex biological insights. Our cutting-edge algorithms and analyses empower researchers and industries to decode biological phenomena, from genomics to drug discovery. Join us in harnessing the power of computation for groundbreaking discoveries.
Key Computational Biology Services offered by Operon Technologies:
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Protein structure prediction
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Deep learning library-based protein structure prediction
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Prediction of sequence/structural topology based continuous/discontinuous domains and domain boundaries
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Conserved motif analysis
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Sequence/predicted secondary structure-based sequence alignment
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Sequence conservation mapping of a protein sequence alignment/protein structure
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Construction of the biologically credble phylogeny for a sequence dataset
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Clade distribution/grouping analysis within a phylogeny
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Sequence dataset construction
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Sequence dataset culling
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Protein subcellular localization
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Prediction of disordered regions
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Prediction of signal peptides
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Per-residue energy analysis of a protein structure
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B-factor analysis of a protein structure
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Prediction of molecular interaction networks/Protein-protein interaction network
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Prediction of protein topology maps
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Prediction of coevolving residues in a protein sequence/structure
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Prediction of physicochemical properties of a protein sequence
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Predicting the promiscous nature of an enzyme
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Predicting the Relative Surface Accessibility
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Repacking of protein side chains into a model to improve its accuracy
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Building of Ramachandran map
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Prediction of active site
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Analysing the protein cavity for all the structural features
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Prediction of ligand binding site
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Docking analysis/ligand using all of the robust and reliable scoring measures
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Protein-protein docking
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Analysis of ligand interactions and finding the top-ranked lead compounds/substrate
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MD simulation
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Ligand structure construction
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Prediction of protein stability and stabilizing/destabilizing mutations
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Surface analysis of a protein structure
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Prediction of APBS surface for a protein structure
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Prediction of protein hinges
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Building oligomer of a protein structure
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Anisotropic network modelling of a protein structure
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Gaussion network modelling of a protein structure
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Flexibility analysis of a protein structure
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Collective motion and functional dynamics of a protein structure
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Assessment of the credibility of a predicted protein model
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Building the heatmap for an input data