Journal of Bioinformatics and Proteomics Review

ISSN: 2381-0793 Impact Factor: 0.565

About Journal

Journal of Bioinformatics and Proteomics Review (JBPR) aims to disseminate new frontiers of its focused research fields, to publish high-quality discoveries in a fast-pace, and to promote open access and prompt online publication for efficient publishing. JBPR also uniquely helps users by publishing reviews on databases and analytical tools in contemporary genetics, molecular and systems biology. All scientific manuscripts are peer-reviewed by expert reviewers and the most eminent editors in our editorial board member to improve the quality of the article and journal.We follows the Creative Commons Attribution License and scholars open access publishing policies, readers can freely access the published articles through online with unique Digital Objective Identifier (DOI) provided by Cross Ref.

Aim & Scope

All scientific manuscripts are peer-reviewed by expert reviewers and the most eminent editors in our editorial board member to improve the quality of the article and journal.We follows the Creative Commons Attribution License and scholars open access publishing policies, readers can freely access the published articles through online with unique Digital Objective Identifier (DOI) provided by Cross Ref. The manuscripts to be submitted to Journal should follow the ICMJE guidelines (CONSORT) for conducting and reporting of clinical trials. The authors must ensure that proper protocol has been followed for conducting the clinical trials and written informed consent form should be obtained from each trial subject before initiating the trial. The IRB or ethics committee approval should be obtained and proper monitoring of the trial should be ensured. All the case studies or clinical trial reports must follow guidelines for statistical analysis and reporting of trial results (SAMPL). The authors must be willing to provide the editorial board with the informed consent form and other ethical approval forms, if required.

Classification

Structural biology
Mass Spectroscopy
Protein Assays
Protein chemistry
Signal Transduction & Physiology
Protein analysis & function
Spatio-temporal proteomics
Metabonomics and metabolomics
Clinical and agricultural proteomics
Microbial and animal proteomics
Genome assembling & annotation
Large data curation and mining
Sequence-based & matrix-based phylogeny
Proteomics technology developments
Protein expression profiling
Homology modeling
Biomarker discovery
Molecular interaction
Molecular docking and computational evolutionary biology
Toxicogenomics
Pharmacoproteomics
Non-conventional and non-model organism proteomics Datamining
Integrative biology
Epitope identification

Keywords

Structural biology, Mass Spectroscopy, Protein Assays, Protein chemistry, Signal Transduction & Physiology, Protein analysis & function, Spatio-temporal proteomics, Metabonomics and metabolomics, Clinical and agricultural proteomics, Microbial and animal proteomics, Genome assembling & annotation, Large data curation and mining, Sequence-based & matrix-based phylogeny, Proteomics technology developments, Protein expression profiling, Homology modeling, Biomarker discovery, Molecular interaction, Molecular docking and computational evolutionary biology, Toxicogenomics, Pharmacoproteomics, Non-conventional and non-model organism proteomics Datamining, Integrative biology, Epitope identification