Journal of DNA And RNA Research

Aims and Scope

Journal of DNA and RNA Research (JDRR) is an open-access, peer-reviewed publication dedicated to exploring the vast landscape of nucleic acid research. Our mission is to disseminate pioneering discoveries and innovative methodologies that enhance our understanding of the regulation, structure, and function of DNA and RNA across biological and synthetic systems.
 

Scope & Focus Areas

• Investigations into the molecular mechanisms governing the regulation, coding, and expression of genetic material.  
• Studies on the dynamic behavior of RNA molecules within cellular processes and artificial systems.
• Development and application of novel assays, analytical techniques, and computational tools for studying nucleic acids.  
• Advancements in techniques for the synthesis and modification of artificial DNA and RNA.
• Research on the role of DNA and RNA in controlling genetic and cellular processes.  
• Exploration of the behavior of nucleic acids in diverse contexts, from fundamental biology to innovative synthetic biology applications.
• Cutting-edge studies that reveal new insights into nucleic acid function, structure, and interaction.  
• Reviews and perspectives on the latest trends and future directions in DNA and RNA research.
   

Journal of DNA and RNA Research welcomes articles related to the scope of artificial intelligence (AI) in the field of genetics and genomics. Contributions from the following research areas are invited but not limited to the following branches:

• DNA
• Evolution
• Dna origami
• Chemistry of dna
• Dna in biology
• Epigenetics
• Gene
• DNA replication
• RNA
• Insects dna
• Enzymes
• Genetics
• Chromosomes
• Nucleic acid
• Dna structure
• Dna testing
• Bioinformatics
• Forensics
• Genetic engineering
• Nucleotides
• Nanotechnology
• Genetic disorders
• Genomics
• Hybridization
• Gene expression
• Dna diagnostics 
• Encoding dna
• Dna methylation
• Dna profiling
• Gene editing
• Mitochondrial dna
• Dna modification
• Genetic recombination
• Gene regulation
• DNA mutations
• Recombinant dna technology
• Single nucleotide polymorphisms
• Dna branching
• Nuclear DNA
• Retrotransposition
• Cell fusion
• Chromosomal aberrations
• Mping
• Genome annotation
• Sleep beauty transposon system
• Exon shuffling
• Rna-sequencing
• Insertional mutagenesis
• Chloroplast dna
• Line-1
• Horizontal transfer
• Long terminal repeat
• Sequencing technologies
• Stress granule
• Surface modification
• Retroelements
• Cytidine deaminase activity
• Cytosine deaminase
• Binding proteins