Journal of DNA And RNA Research

Aims And Scope

The Journal of DNA and RNA Research (JDRR) is an Open Access peer-reviewed publication that focuses on the broad field of DNA and RNA research. JDRR aims to be a leading publication, disseminating knowledge on the regulation and behavioral aspects of nucleic acids through the critical evaluation of scientific research.

JDRR covers a wide range of topics that are related to nucleic acid research, from the regulation and coding of genetic material to the behavior of RNA molecules in cellular and artificial processes. In addition, it also focuses on the development, application, and advancement of methods for the study of RNA and DNA. JDRR seeks to publish the latest advances and breakthroughs in the field, from the development of novel assays to the latest advances in artificial nucleic acids.

The journal also provides a platform for exchanging novel data and information about the role of DNA and RNA in the regulation of genetic and cellular processes, with a focus on the behavior of nucleic acids in a variety of biological and synthetic contexts. Additionally, it emphasizes the importance of interdisciplinary collaboration, ranging from theoretical work to practical applications of the knowledge in the field.

JDRR is open to a wide range of authors and manuscripts, including original research articles, reviews, and short reports. The publication is committed to increasing the visibility of research and promoting academic exchange by encouraging collaborations and providing open access to published authors and readers. Additionally, the journal seeks to provide a comprehensive solution to authors, researchers and institutions by providing innovative informatics and analysis tools to help them in their work.

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 replication 
• 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