Covid-19 Research

Special Issue

Cells to Systems: Molecular Mechanisms with Translational Value

A JBRES Special Issue dedicated to rigorous, outcome-oriented research bridging molecular mechanisms to systems-level understanding—linking cellular insights, multi-omics data, and translational strategies to drive biomedical discovery and clinical impact.

Home Special Issues Cells to Systems
JBRES Special Issue • Molecular & Cellular Biology
Special Issue Title

Cells to Systems: Molecular Mechanisms with Translational Value

This Special Issue of the Journal of Biomedical Research & Environmental Sciences (JBRES) invites high-quality submissions that strengthen the evidence base for molecular-to-systems biology. We welcome work that elucidates molecular mechanisms, integrates systems-level insights, and demonstrates translational potential & real-world applications across disease models and therapeutic development.

Molecular Mechanisms
Signaling pathways, gene regulation, epigenetics, proteomics, post-translational modifications, cellular dynamics.
Systems & Translational Integration
Multi-omics integration, network biology, systems modeling, biomarkers, drug discovery, precision medicine applications.

About this Special Issue

Biomedical research is strongest when it connects detailed molecular insights with systems-level understanding and practical outcomes. This Special Issue focuses on cells to systems biology—from molecular mechanisms and cellular processes to integrative models, multi-omics approaches, and translational value in disease and therapy. We especially welcome submissions that report transparent methods, robust endpoints, and insights that can accelerate biomarker discovery, drug development, and precision medicine.

Preference is given to studies with clear outcomes (mechanistic validation, therapeutic relevance, model predictions), robust analysis, and a concise “What this changes in practice” statement.

Topics of interest

Submissions may address (but are not limited to):

Molecular Signaling Pathways Epigenetic Regulation & Chromatin Dynamics Multi-Omics Integration (Genomics, Proteomics, Metabolomics) Cellular Stress Responses & Adaptation Gene Regulatory Networks Systems Biology Modeling & Simulation Translational Biomarkers & Diagnostics Drug Target Discovery & Validation Precision Medicine Applications Post-Translational Modifications Cellular to Tissue-Level Transitions Mechanistic Insights in Disease Models

Article types accepted

  • Original Research Articles
  • Clinical Trials & Intervention Studies
  • Observational & Population Studies
  • Review Articles
  • Systematic Reviews & Meta-Analyses
  • Mini-Reviews
  • Short Communications
  • Case Studies (where appropriate)
Tip: Include (1) primary/secondary outcomes, (2) a brief methods transparency note (preregistration/data availability if applicable), and (3) a “Translational Relevance” paragraph.

Why submit to this Special Issue?

  • Mechanism-forward visibility: your work is presented alongside leading molecular mechanisms and translational systems biology research.
  • Efficient editorial pathway: JBRES targets rapid peer review (7–14 days where applicable).
  • Permanent DOI: accepted articles receive DOI for strong citation continuity.
  • Open access reach: broad discoverability for researchers, clinicians, and biotech teams.
  • Author support: clear guidance through review, proofing, and publication.
Ready to submit?
Submit online, or share an abstract for an editorial scope check (methods + outcomes summary preferred).
Alternative submission emails: [email protected] | [email protected]
License (upon publication): Creative Commons CC BY 4.0

Guest Editor

Dr. Ling Yin

Ling Yin

Guest Editor

Affiliation: Department of Hortscience, South China Agricultural University

Location: China

Email: [email protected]

Research Focus: Molecular mechanisms in plant science with translational applications in agriculture and biotechnology.

South China Agricultural University Logo

Publish with JBRES — Peer-reviewed, multidisciplinary Open Access with rapid review, DOI, and global visibility.
Double-Blind CrossRef DOI Discoverable