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Research & Reviews: A Journal of Bioinformatics

199.00 US $ 8,880.00 US $Price range: 199.00 US $ through 8,880.00 US $

Research & Reviews: A Journal of Bioinformatics (RRJoBI) is a peer-reviewed journal publishing advanced research in bioinformatics, computational biology, genomics, proteomics, systems biology, and algorithmic modeling. Designed for researchers, data scientists, biotechnologists, and computational biologists, the journal delivers high-quality studies, innovative tools, and data-driven biological insights. RRJoBI supports scientific discovery through cutting-edge analyses, emerging methodologies, and interdisciplinary bioinformatics applications.

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Research & Reviews: A Journal of Bioinformatics

Research & Reviews: A Journal of Bioinformatics (RRJOBI) is a peer-reviewed, hybrid open-access journal dedicated to advancing innovation and scholarly research at the intersection of biology, computer science, and statistics. Launched in 2014 and published tri-annually, RRJoBI provides a global platform for researchers, computational biologists, bioinformaticians, data scientists, academicians, and industry professionals to share high-quality original research, review articles, methodological advances, and applied studies in the rapidly evolving field of bioinformatics.

What This Journal Covers: Key Focus Areas

RRJoBI publishes original research across a broad spectrum of bioinformatics and computational biology, including but not limited to:

  • Sequence Analysis & Database Mining — Sequence alignment, sequence mining and profiling, genome and transcriptome assembly, clustering, mapping, and sequence database research.

  • Systems Biology & Biological Networks — Systems-level analyses, biological networks, protein–protein interaction networks, signaling pathways, network modeling, and systems-level computational biology.

  • Phylogeny & Evolutionary Algorithms — Phylogeny reconstruction, evolutionary computation, comparative genomics, and algorithmic tools for evolutionary biology.

  • Structural Bioinformatics & Protein Modeling — Protein structure prediction, computational modeling, in-silico prediction tools, structural biology analyses, and computational proteomics.

  • Computational Genomics, Transcriptomics & Omics Data Analysis — Genomic data analysis, transcriptome sequencing pipelines, omics data mining, big-data analytics, and statistical bioinformatics methods.

Who Should Read / Use RRJoBI?

RRJoBI is ideal for:

  • Researchers, academicians, and students in bioinformatics, computational biology, genomics, proteomics, systems biology, and related life-science disciplines.

  • Data scientists, computational biologists & bioinformaticians working on sequence analysis, omics data, structural modeling, and algorithm development.

  • Industry professionals in biotech, genomics, drug discovery, computational biology, and data-driven research environments.

  • Educators and academic institutions teaching bioinformatics, computational biology, genomics, and statistical biology.

  • Interdisciplinary collaborators bridging biology, computer science, statistics, and data science to solve complex biological problems with computational methods.

Why RRJoBI Matters

In an era dominated by big-data biology, genomics breakthroughs, and computational approaches — RRJoBI plays a vital role by:

  • Publishing peer-reviewed, high-impact research that advances computational biology, genomics, structural bioinformatics, and systems biology.

  • Fostering interdisciplinary collaboration between biology, computer science, and statistics — enabling novel computational solutions to biological challenges.

  • Offering global visibility and wide indexing — allowing researchers from around the world to access cutting-edge bioinformatics studies.

  • Providing a diverse and comprehensive resource — supporting sequence analysis, omics data interpretation, algorithm development, structural modeling, and systems-level biology research.

  • Promoting methodological innovation and scientific rigor, accelerating progress in genomic science, computational biology, and biological data science.

Subscription & Access Options

RRJoBI offers flexible access models suitable for individuals, academic institutions, and research organizations:

  • Digital Access — Online access to current issues, archives, and a fully searchable database of peer-reviewed bioinformatics papers.

  • Print Editions — High-quality printed versions available for libraries, research centers, universities, and individual subscribers.

Why Choose STM Journals

STM Journals ensures high academic standards and broad reach by offering:

  • A rigorous peer-review process ensuring scientific quality, originality, and ethical publication practices.

  • Global indexing & discoverability The journal is indexed in major databases and accessible to researchers worldwide.

  • Comprehensive and interdisciplinary coverage from sequence analysis to systems biology, structural bioinformatics, and omics data science.

  • Flexible formats and publication models digital, print, hybrid open-access designed to meet academic, institutional, and professional needs.

  • A trusted platform for academia, industry, and researchers to publish, access, and apply bioinformatics knowledge globally.

Subscription Year

2024, 2025, 2026

Type of Journal

Online Journal, Print + Online, Print Journal

Issue

1(Jan-Apr), 2(May-Aug), 3(Sep-Dec), All(Jan-Dec)

About Journal

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About Journal

[2393-8722(e)] is an interdisciplinary peer-reviewed open access journal launched in 2014 serving in fields involving Biology, Computer Science and Statistics. This Journal focuses on the Research, Review works, and recent developments in the area of Bioinformatics, and its applications.

Journal Information

Title: Research & Reviews: A Journal of Bioinformatics Abbreviation: RRJoBI
Issues Per Year: 3 Issues E-ISSN: 2393-8722
Publisher: STM Journals, An imprint of Consortium e-Learning Network Pvt. Ltd.
DOI: 10.37591/RRJoBI Starting Year: 2014
Language: English Publication Format: Hybrid Open Access
Subject: Bioinformatics Type: Peer-reviewed Journal (Refereed Journal)
Copyright Policy: CC BY-NC-ND

Indexing & Metrics

Indexing: Advanced Science Index (ASI), Citefactor, Scientific Literature (SCILIT), Journal TOCs, Google Scholar, Scientific Indexing Services (SIS)

ICV Value: 2024: 64.37, 2022: 62.72

Impact Factor (SJIF): 2024: 6.004, 2023: 6.012, 2022: 6.01, 2021: 6.06, 2020: 6.25

Focus & Scope

Focus & Scope

An advanced computational bioscience framework—integrating bioinformatics tools and molecular modeling with AI-driven drug discovery, network analysis, and medical informatics.

Tools & Software Engineering

Deployment of BLAST, Clustal W, and NGS tools for sequence alignment and structural prediction. Research focuses on biological software design using BioPython, R-programming, and BWA for genome assembly and variant analysis.

Algorithms & Systems Biology

Development of evolutionary and swarm-intelligence algorithms (Grey Wolf, Whale Optimization). Applied to interactomes, protein-protein interaction networks, and gene regulatory pathways to simulate biological perturbations.

Multi-Omics & Evolution

Comparative genomics and SNP analysis for disease gene mapping. Research covers pan-genomics, protein folding simulations, and phylogenetic analysis using BEAST and RaxML to study horizontal gene transfer and speciation.

Computer-Aided Drug Design

Applying Lipinski’s Rule of Five and molecular docking for ligand design. Utilizing Monte Carlo simulations, Ab initio methods, and homology modeling to investigate chemical space and metabolic transformations in drug discovery.

Clinical & Cancer Informatics

Use of single-cell analysis and neoantigen prediction for CAR-T therapies. Integrating electronic health records (EHR), medical robotics, and brain-computer interfaces with machine learning for clinical diagnostics.

Data Engineering & Synthetic Bio

Curation of GenBank, UniProt, and PDB databases. Research involves genetic circuit design, viral engineering, and metabolic pathway construction within the “in-silico” synthetic biology assembly platforms.

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