We have also provided live web-server facility in OSDDlinux. Following are the currently available live web-servers in the OSDDlinux:
| APSSP2 | Advanced Protein Secondary Structure Prediction Server |
| PSA | Analysis of Protein Sequence and Multiple Alignment |
| BetatPred2 | Prediction of betaturns in proteins |
| CHpredict | Prediction of CH..O and CH..Pi interactions |
| AR_NHPred | Prediction of aromatic backbone NH interaction in proteins |
| TBBPred | Prediction of Transmembrane Beta Barrel in Proteins |
| BetaTurns | Prediction of betaturn types in protein |
| BhairPred | Prediction of Beta Hairpins |
| GammaPred | Prediction of Gamma turns in protein |
| AlphaPred | Prediction of Alpha turns in protein |
| PepStr | 3D structure prediction of bioactive peptides |
| SarPred | A neural network based method predicts the real value of surface acessibility (SA) by using multiple sequence alignment |
| PROPRED1 | prediction of promiscuous MHC Class-I binding sites |
| nHLApred | A neural network based MHC Class-I Binding Peptide Prediction Server |
| MMBpred | Prediction of mutated high affinity and promiscuous MHC class-I binding peptides from protein sequence |
| Pcleavage | An SVM based method for proteosome cleavage prediction |
| TAPpred | TAPPred is a tool for predicting binding affinity of peptides toward the TAP transporter |
| CTLpred | CTLpred: Prediction of cytotoxic T cell epitopes |
| PROPRED | Prediction of HLA-DR binding sites |
| HLADR4pred | SVM based method for predicting HLA-DRB1 binding peptides in an antigen sequence |
| CBtope | Conformational B-cell epitope prediction |
| LBtope | Prediction of linear B-cell epitopes |
| BCEpred | Bcepred: Prediction of linear B-cell epitopes, using physico-chemical properties |
| ABCpred | Prediction of B-cell epitopes in antigen sequence |
| Tmhcpred | Prediction of MHC Class I and II binding peptides |
| IFNepitope | A server for predicting and designing interferon-gamma inducing epitopes |
| IL4pred | A tool to predict interleukin-4 inducing epitopes |
| NRpred | A server for classification of nuclear receptors |
| GPCRpred | Prediction of families and subfamilies of G-protein coupled receptors |
| GPCRsclass | Classification of amine type of G-protein-coupled receptors |
| ESLpred | ESLpred: SVM Based Method for Subcellular Localization of Eukaryotic Proteins |
| PSLpred | Prediction of subcellular localization of bacterial proteins |
| BTXpred | Prediction of Bacterial Toxins |
| Mitpred | Prediction of mitochondrial proteins using support vector machine and hidden Markov model |
| SRTpred | SVM-based method for the classification of protein sequence as secretory or non-secretory protein |
| Oxypred | Prediction of the oxygen-binding proteins |
| VGIchan | Voltage gated ion channel prediction server |
| HSLpred | HSLpred: A server for the prediction of the subcellular localization of human protein |
| GSTpred | Prediciton of Glutathione S-transferase protein |
| NTXpred | Prediction of Neurotoxins and its source and probable function from primary amino acid sequence |
| VICMpred | Prediction of Virulence factors, Information molecule, Cellular process and Metabolism molecule in the Bacterial proteins |
| ALGpred | Prediction of allergenic proteins and mapping of IgE epitopes |
| PseaPred | Prediction of proteins secreted by malarial parasite P.falciparum into infected-erythrocyte |
| RSLPred | A SVM based method for subcellular localization prediction of rice proteins |
| ESLPred2 | ESLpred2 is an improved version of ESLpred, for predicting eukaryotic sub cellular localization |
| ChemoPred | A tool to predict chemokine and their receptor |
| PFMpred | Predicting mitochondrial proteins of P.falciparum |
| TBPred | Support Vector Machine-based method for predicting subcellular localization of mycobacterial proteins using evolutionary information and motifs |
| ProPrint | Prediction of physical or functional interactions between protein molecules |
| ISSpred | Intein Splice Site Prediction |
| Cancer_Pred | A method for the prediction of Cancer lectins |
| ATPint | Prediction of ATP interacting protein residues |
| ADPint | Prediction of ADP interacting protein residues |
| FADpred | A webserver for the prediction of FAD interacting residues |
| GTPbinder | Prediction of GTP interacting residues, dipeptides and tripeptides in a protein from its evolutionary information |
| NADbinder | Prediction of NAD interacting residues in proteins |
| PreMieR | A webserver for the prediction of Mannose Interacting residue |
| Pprint | A tool for predicting RNA-binding residues of a protein |
| GlycoPP | A webserver for predicting potential N-and O-glycosites in prokaryotic protein sequence(s) |
| GlycoEP | In silico platform for prediction of N-, O- and C-Glycosites in eukaryotic protein sequences |
| tRNAmod | Prediction of transfer RNA (tRNA) modifications |
| VitaPred | Prediction method for the vitamin-interacting residues in protein sequences |
| RNApin | Support Vector Machines (SVMs) based web-server for the prediction of Protein Interacting Nucleotides (PINs) in RNA sequences |
| RNAint | A tool for the prediction of RNA interacting mono-residues (RIMRs), di-residues (RIDRs), tri-residues (RITRs), tetra-residues (RITTRs) and penta-residues (RIPRs) from protein sequences |
