The Journal of Genomics and Precision Medicine publishes original research articles, review articles, short communications, clinical studies, case reports and studies, technical contributions, perspectives, and other scholarly submissions covering genomics, molecular biology, bioinformatics, molecular diagnostics, and precision healthcare.

The journal welcomes submissions across the following thematic areas, including but not limited to:

Genomics, Human Genetics & Genome Sciences

• Human genomics, genetic variation, and inherited disorders
• Genome organization, structure, and function
• Whole-genome sequencing (WGS) and whole-exome sequencing (WES)
• Comparative genomics and evolutionary genomics
• Population genomics and genetic epidemiology
• Functional genomics, regulatory elements, and gene networks
• Genome annotation, mapping, and variant detection

Molecular Biology, Gene Regulation & Cellular Mechanisms

• Molecular mechanisms of gene expression and transcriptional control
• RNA biology, non-coding RNAs, and RNA–protein interactions
• Epigenetics, chromatin remodeling, and DNA methylation
• Post-translational modifications and protein signaling pathways
• Molecular pathways in health, disease, and therapeutic response

Omics Technologies & Systems Biology

• Transcriptomics, proteomics, and metabolomics
• Integrative multi-omics and network biology
• Structural genomics and interactome mapping
• Systems biology approaches for disease modeling
• Spatial omics and single-cell omics

Bioinformatics, Computational Genomics & AI

• Bioinformatics tools, pipelines, algorithms, and workflows
• Large-scale data analytics in genomics and clinical datasets
• Machine learning and AI-driven genomic prediction models
• Computational approaches for variant interpretation
• Digital health tools and clinical decision-support systems
• Cloud genomics, high-performance computing, and data visualization

Gene Editing, Biotechnology & Molecular Tools

• CRISPR/Cas, TALEN, ZFN, and emerging gene-editing platforms
• Gene silencing, gene activation, and synthetic biology
• Viral and non-viral gene delivery technologies
• Genome engineering for therapeutic research
• Molecular cloning, vector design, and advanced laboratory methodologies

Precision Medicine, Clinical Genomics & Therapeutic Applications

• Personalized medicine approaches for disease management
• Clinical genomics and genomic diagnostics
• Biomarkers for diagnosis, prognosis, and treatment response
• Disease-risk prediction and susceptibility profiling
• Precision oncology, including tumor genomics, immunogenomics, and targeted therapy
• Pharmacogenomics and personalized drug response
• Targeted drug delivery and nanotherapeutic approaches
• Translational medicine and clinical-trial genomics

Cancer Genomics & Disease-Specific Genomics

• Somatic mutations, tumor heterogeneity, and cancer evolution
• Blood-based genomic assays for disease detection and treatment monitoring
• Genomic research in rare diseases, metabolic disorders, and immune diseases
• Infectious-disease genomics and pathogen sequencing

Public Health Genomics & Genomic Epidemiology

• Population-based sequencing and genetic surveillance
• Outbreak investigation using genomic tools
• Public-health decision-making using genomic evidence
• Community genetics and inherited-disease screening programs

Genomic Data Science & Healthcare Informatics

• Data integration, interoperability, and clinical implementation
• Electronic health record (EHR)-linked genomics
• Predictive analytics for patient stratification
• Real-world data, cohort studies, and health-technology evaluation

Ethical, Legal & Social Issues (ELSI)

• Ethical implications of human genome research
• Data privacy, security, and responsible genomics
• AI ethics in healthcare and genomics
• Regulatory policies, governance, and consent frameworks

Emerging & Interdisciplinary Technologies in Genomic Research

• Three-dimensional genomics, chromatin architecture, and genome folding
• Nanotechnology for genomic and clinical applications
• Digital twins in precision medicine
• Wearable health technologies integrated with genomic research
• Policy, guidelines, and global standards relevant to genomic medicine

The journal also welcomes interdisciplinary research connecting genomics and precision medicine with medicine, bioinformatics, public health, digital health, data science, biotechnology, healthcare policy, and related disciplines where such integration is relevant to the research question.