Journal of Transgenics

Aims and Scope

Journal of Transgenics (JTR) is an international, open-access, peer-reviewed journal dedicated to publishing innovative and timely research in the field of transgenics, the science of gene manipulation across species. We serve as a global platform for academics, researchers, and practitioners committed to transforming our understanding of genetic engineering and its vast applications.
 

Scope & Focus Areas: JTR welcomes high-quality submissions that span the full spectrum of transgenic research, including but not limited to:

• Cutting-edge studies on CRISPR, TALENs, and other gene-editing technologies.  
• Innovative research on gene transfer, transformation techniques, and mutation breeding across plant and animal models.
• Research exploring the physiological, biochemical, and genetic outcomes of transgenesis.
• Development of transgenic strategies for novel therapeutic treatments and disease prevention.  
• Applications in agriculture, environmental management, and industrial biotechnology.
• Reviews, perspectives, and commentaries that discuss recent advances, emerging trends, and future directions in transgenics.  
• Studies that bridge fundamental research with clinical or agricultural applications, fostering collaboration across disciplines.
   

JTR is interested in research that explores the use of artificial intelligence (AI) in gene editing, and transgenic technology, as well as its impact on the development of transgenic organisms. Outlined few keywords that suits the scope of the journal, not strictly restricted.

• Epigenetics
• GMO
• Regenerative Medicine
• Transposon
• RNA interference
• Gene splicing
• T cell receptor
• Cloning plants
• Cdna Library
• Cloning vector
• Polymerase chain reaction (PCR)
• Plant Transgenesis
• Animal Transgenesis
• Plant viruses
• Genetically engineered animals
• Selective breeding
• Gene Targeting
• Genome engineering
• Plant transformation
• Genetically modified trees
• Transgenic Mouse Models
• Transgenic species
• Transgenic animals
• Transgenic plants
• DNA sequencing
• Genetic modification
• Genetically modified organisms (gmos)
• CRISPR-Cas9 technology
• Human cloning
• Transgenic mice
• Transgenic rats
• Transgenic pigs
• Transgenic fish
• Transgenic insects
• Transgenic bacteria
• Transgenic yeast
• Transgenic crops
• Transgenic fruits
• Transgenic vegetables
• Transgenic livestock
• Transgenic aquaculture
• Transgenic pharmacology
• Transgenic biotechnology
• Transgenic medicine
• Transgenic vaccines
• Transgenic gene therapy
• Transgenic stem cells
• Transgenic cancer research
• Transgenic neuroscience
• Transgenic immunology
• Transgenic metabolic disorders
• Transgenic cardiovascular research
• Transgenic respiratory research
• Transgenic infectious diseases research
• Transgenic microbiome research
• Transgenic gene expression
• Transgenic DNA sequencing
• Transgenic proteomics
• Transgenic metabolomics
• Transgenic bioinformatics