Journal of Chromosomes

Aims and Scope

The Journal of Chromosomes (JC) is an open access, peer-reviewed international journal committed to providing a source of information and research on all aspects of chromosomes and related fields. The JC focuses on the most current research in the chromatin, cytogenetics, gene regulation, cancer and epigenetics and related disciplines. It encourages research papers, review articles, critical reviews, commentaries and letters to the editor.

The JC encourages researchers to submit the highest quality of data and manuscripts that are scientifically valid and relevant to the field of chromatin and related disciplines. All manuscripts are subject to rigorous peer-review before being accepted for publication. The journal provides a comprehensive platform for researchers to share and discuss their findings and opinions in the field of research.

The aim of the journal is to bring together all relevant research in the field of chromatin and related disciplines. It serves as a platform for researchers to present their findings in a clear and concise manner while ensuring accuracy of their work.

The journal covers all aspects of chromatin including genome organisation, transcriptional regulation, epigenetic modifications, gene regulation, cancer, chromatin remodelling, genetics, cell biology, genomics, epigenetics, developmental biology and proteomics. In addition, the journal also publishes commentaries and letters to the editor.

The JC welcomes manuscripts from all parts of the world and from all branches of research. It encourages authors to submit manuscripts that present novel findings, discuss recent achievements and led to new insights into understanding and processing of chromatin. 

JC publishes manuscripts from work based on all organisms and encourages submissions in the following areas including, but not limited, to

• Cytokinesis
• Chromatin
• X Chromosome
• Philadelphia chromosome
• Cytogenetics
• Human chromosomes
• Sex chromosome
• Chromosome 1
• Y chromosomes
• Phylogenetic analysis
• Chromosome number
• Chromosomal rearrangement
• Inversion chromosome
• Chromosome segregation
• Ring chromosome
• Chromosome identification
• Chromosome cohesion
• Chromosome conformation
• Chromosome instability
• Genes chromosomes cancer
• Chromosome biology
• Chromosomal abnormalities
• Chromosome structure
• Karyotype analysis
• Chromosomal rearrangements
• Chromosome mutations
• Chromosome mapping
• Chromosome evolution
• Chromosomal disorders
• Chromosome dynamics
• Chromosomal instability
• Chromosome segregation
• Chromosomal aberrations
• Chromosome abnormalities in cancer
• Chromosome stability
• Chromosome analysis
• Chromosome engineering
• Chromosome biology and technology
• Chromosome organization
• Chromosome segregation errors
• Chromosome research
• Chromosome replication
• Chromosome segregation mechanisms
• Chromosome inheritance
• Chromosome number variations
• Chromosome-associated diseases
• Chromosome biology and genetics
• Chromosome structure and function
• Chromosome imaging
• Chromosome segregation defects
• Chromosome biology and disease
• Chromosome biology and medicine
• Chromosome biology and development
• Chromosome biology and evolution
• Chromosome biology and reproduction
• Chromosome biology and genomics
• Chromosome biology and epigenetics
• Chromosome biology and aging
• Chromosome biology and cancer
• Chromosome biology and neurobiology
• Chromosome biology and immunology
• Chromosome biology and stem cells
• Chromosome biology and cell cycle
• Chromosome biology and apoptosis
• Chromosome biology and metabolism
• Chromosome biology and differentiation
• Chromosome biology and signal transduction
• Chromosome biology and gene expression
• Chromosome biology and protein synthesis
• Chromosome biology and proteomics