Journal of Bioinformatics and Life Sciences

Peer-Reviewed | Open Access | International Journal

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Welcome to JBLS

The Journal of Bioinformatics and Life Sciences publishes original research articles, reviews, and short communications in all areas of bioinformatics and life sciences.

Aims & Scope

Latest Publications

Advances in Genome Sequencing

Author: Dr. Sarah Johnson

Published: January 2026

Free Access

Machine Learning in Proteomics

Author: Prof. Michael Chen

Published: December 2025

₹499

About the Journal

This journal follows a double-blind peer review process and aims to promote high-quality research in bioinformatics and life sciences.

All published articles are available under our open-access policy. Premium articles require a small fee to support ongoing research and publication costs.

Editor-in-Chief: Satyam Singh

Browse Published Journals

Advances in Genome Sequencing

Author: Dr. Sarah Johnson

Published: January 2026

Downloads: 1,234 | Citations: 45

Free Access

Machine Learning in Proteomics

Author: Prof. Michael Chen

Published: December 2025

Downloads: 892 | Citations: 32

₹499

CRISPR Applications in Gene Editing

Author: Dr. Emily Rodriguez

Published: November 2025

Downloads: 2,156 | Citations: 78

₹649

Systems Biology and Network Analysis

Author: Dr. James Park

Published: October 2025

Downloads: 567 | Citations: 21

Free Access

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💰 Earnings & Analytics

Track your article performance and earnings from published research

📊 How Researcher Earnings Work

đŸ’ĩ Base Rates (Market Standard)

Per Read: ₹4

Per Download: ₹40

These are industry-standard rates based on current market values

📖 Earnings from Reads

Your Share: 60% of platform earnings

Threshold: 250 reads

Once your article reaches 250 reads, you become eligible for payout

âŦ‡ī¸ Earnings from Downloads

Your Share: 70% of platform earnings

Threshold: 30 downloads

Once your article reaches 30 downloads, you become eligible for payout

💡 Example Calculation

Article with 300 reads and 40 downloads:

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đŸ’ŗ Payout Information

Payment Schedule: Monthly (processed on the 1st of each month)

Minimum Payout: ₹800 cumulative earnings

Payment Methods: Bank transfer, PayPal, or UPI

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🎓 Bioinformatics Learning Center

Master bioinformatics tools and techniques with hands-on tutorials and assessments

📚 Bioinformatics Tools & Tutorials

Learn industry-standard tools used in modern bioinformatics research

BLAST 🔓 Free

Basic Local Alignment Search Tool

Sequence similarity searching for DNA, RNA and proteins

âąī¸ 45 mins | 📊 Beginner

ClustalW 🔓 Free

Multiple Sequence Alignment

Align multiple DNA or protein sequences to identify patterns

âąī¸ 60 mins | 📊 Intermediate

PyMOL 🔓 Free

Molecular Visualization

3D visualization and analysis of protein structures

âąī¸ 90 mins | 📊 Intermediate

Geneious 🔓 Free

Sequence Analysis Platform

Comprehensive toolkit for molecular biology and NGS data

âąī¸ 120 mins | 📊 Advanced

R/Bioconductor 🔓 Free

Statistical Analysis

Genomic data analysis and visualization with R

âąī¸ 180 mins | 📊 Advanced

Galaxy 🔓 Free

Web-based Platform

Accessible genomics analysis without coding

âąī¸ 75 mins | 📊 Beginner

📝 Weekly MCQ Assessments

Test your knowledge and earn certificates

🏆 This Week's Challenge: Sequence Alignment

10 questions | 15 minutes | Certificate on 70% score

Topics: BLAST, ClustalW, Alignment algorithms, E-values

📚 Previous Week: Protein Structure Analysis

10 questions | 15 minutes | Practice Mode

Your Score: Not attempted

đŸ”Ŧ Hands-On Projects

Apply your skills with real-world bioinformatics projects

Project 1: Gene Expression Analysis Pipeline

Intermediate âąī¸ 2-3 weeks

Build a complete RNA-seq analysis pipeline to identify differentially expressed genes in cancer vs normal tissue samples.

Skills: R/Bioconductor, DESeq2, Data visualization

Dataset: Provided (TCGA breast cancer data)

Project 2: Protein Structure Prediction & Analysis

Advanced âąī¸ 3-4 weeks

Predict 3D structure of an unknown protein using homology modeling, analyze binding sites, and perform molecular docking with potential drug candidates.

Skills: PyMOL, MODELLER, AutoDock, Structural bioinformatics

Dataset: Target protein sequence provided

Project 3: Phylogenetic Tree Construction

Beginner âąī¸ 1 week

Construct phylogenetic trees from multiple sequence alignments to study evolutionary relationships between COVID-19 viral strains.

Skills: ClustalW, MEGA, Tree interpretation

Dataset: Viral genome sequences provided

Project 4: GWAS Data Analysis

Advanced âąī¸ 4 weeks

Perform genome-wide association study to identify genetic variants associated with Type 2 Diabetes using PLINK and R.

Skills: PLINK, R, Statistical genetics, Manhattan plots

Dataset: Simulated SNP data (1000 samples)