Journal of Biochemical Technology

ISSN: 0974-2328
DOI Prefix: 10.51847

Welcome to the Journal of Biochemical Technology, a prestigious international double-blind peer-reviewed journal dedicated to advancing excellence in biochemical, biotechnological, and bioinformatics research with direct applications in biology and medicine. We are committed to maintaining the highest standards of scientific integrity, providing authors with a trusted platform to publish high-quality, impactful research. Our quarterly publication schedule ensures the timely dissemination of important discoveries, promoting the exchange of innovative ideas and developments among researchers worldwide.
Focusing on critical areas such as enzymatic mechanisms, protein engineering, molecular genetics, medical biotechnology, computational biology, genomics, and proteomics, our journal serves as a specialized platform for researchers working at the intersection of biochemistry and biotechnology. The journal is particularly interested in research with biomedical and therapeutic applications, including drug discovery, gene therapy, and cancer research.
Our dedicated editorial team offers full support throughout the submission and publication process, providing guidance on experimental design, data analysis, formatting, and submission procedures. We invite researchers, scholars, and practitioners to contribute to the advancement of biochemical technology, as we collectively work toward solving complex medical and scientific challenges. Our archiving policy includes both the publisher and a secondary database.

Publication Schedule: Quarterly (4 issues per year).

Announcement and Advertisement 
Announcements regarding scientific activities such as conferences, symposium, are published for free. Advertisements can be either published or placed on website as banners.

 

Publisher:

Deniz Publication
Guzelyali Mah. Sahilyolu Cad.Defne Sok. No: 7, 34903 Pendik, Istanbul, Turkey.

Email: [email protected]

Tell: +905344990778

Latest Articles
Anti-Inflammatory Activity of Gastrik Pet (Candioli Srl) on Gastric Epithelium Cells
Anti-Inflammatory Activity of Gastrik Pet (Candioli Srl) on Gastric Epithelium Cells
Written by Natascia Bruni   Published on Issue 4 Vol 17, 2026
Gastritis and mucosal erosions are common clinical challenges in veterinary medicine. While conventional treatments manage acidity, there is a growing demand for nutraceuticals that directly address gastric inflammation. This study investigated the anti-inflammatory potential of the multi-component formulation, using an in vitromodel of human gastric epithelial cells (AGS). Cell viability was first assessed via MTT assay to identify non-cytotoxic dosages. Subsequently, AGS cells were challenged Read More

Interpreting Gene Essentiality across Biological Contexts: A Causal Framework for Separating Perturbation Effects, Compensatory Responses, and Environmental Dependencies in Functional Genomics
Interpreting Gene Essentiality across Biological Contexts: A Causal Framework for Separating Perturbation Effects, Compensatory Responses, and Environmental Dependencies in Functional Genomics
Written by Michael Tan   Published on Issue 4 Vol 17, 2026
Gene essentiality is often summarized as whether disruption of a gene reduces cellular or organismal fitness, yet functional-genomic evidence shows that this phenotype depends on the perturbation applied, the biological background in which it is imposed, the compensatory capacity of the system, and the environment in which fitness is measured. This article develops a causal account for interpreting context-dependent essentiality without treating screen-derived dependency scores as intrinsic, con Read More

Defining Durability in Somatic Gene Therapy: A Conceptual Framework Separating Vector Persistence, Transgene Expression, Cellular Turnover, and Maintenance of Therapeutic Function
Defining Durability in Somatic Gene Therapy: A Conceptual Framework Separating Vector Persistence, Transgene Expression, Cellular Turnover, and Maintenance of Therapeutic Function
Written by Emily Carter   Published on Issue 4 Vol 17, 2026
Durability has become a central descriptor of somatic gene-therapy performance, yet the term is frequently applied to biologically different observations. Persistent vector DNA, continued transgene expression, long-lived corrected cells, and sustained therapeutic function can coincide, but none is an automatic surrogate for the others. This conceptual framework separates these layers and examines the biological and measurement conditions under which each can support a claim of durable therapeuti Read More

Issue 1 Volume 18 - 2027