Dr. Samuel Adebayo, PhD

Professional Title: Senior Lecturer & Group Leader in Molecular Biology
Affiliation: Department of Molecular Life Sciences, University of Pretoria, South Africa

Profile Summary:

Dr. Samuel Adebayo is a respected molecular biologist and academic scholar with over a decade of experience in gene regulation, molecular diagnostics, and cellular signaling pathways. His research centers on transcriptional control mechanisms, post-transcriptional modifications, and biomolecular interactions in infectious diseases and cancer.

Dr. Adebayo has authored and co-authored over 60 peer-reviewed scientific publications and regularly reviews for reputable international journals. He is also an active research mentor and advocate for capacity-building in molecular sciences across Africa and the global South.

As an Associate Editor at MJMB, Dr. Adebayo brings a commitment to maintaining scientific integrity, fostering global collaboration, and ensuring equitable representation of emerging researchers in the molecular biology community.

Areas of Expertise:

• Gene Expression & Regulation

• Molecular Pathogenesis

• RNA Biology

• Signal Transduction Pathways

• Molecular Diagnostics & Biomarkers

• Host-Pathogen Interactions

Editorial Philosophy:

“To support MJMB’s mission by promoting high-quality, reproducible research and encouraging cross-disciplinary contributions that advance both fundamental and applied molecular biology.”

Associate Editor Profile

Mogito Open Access Journals of Molecular Biology (MJMB)

About (MJMB)

Welcome to the Mogito Open Access Journal of Molecular Biology (MJMB) — a high-impact, peer-reviewed platform dedicated to publishing innovative and transformative research at the molecular level of life sciences. MJMB is committed to advancing molecular biology as a foundational pillar of biomedical discovery, biotechnology, and therapeutic innovation.

Whether exploring the structure and function of nucleic acids, investigating gene regulation mechanisms, or decoding protein interactions and signaling pathways, MJMB serves as a vital space for uncovering the molecular codes that govern life.