Why Researchers Choose Human Molecular Genetics for High-Impact Publications
Human Molecular Genetics stands as a cornerstone in the field of biotechnology genetics, offering researchers a premier platform to disseminate cutting-edge discoveries in human genetics and molecular biology. Published by Oxford University Press since 1992, this journal has built a reputation for excellence by focusing on the molecular basis of human disease, genetic variation, and functional genomics. With an impact factor of 5.1, it attracts submissions from top global institutions, ensuring that published work reaches a wide audience of geneticists, biologists, and clinicians.
The journal's scope encompasses a broad spectrum of topics, from gene regulation and epigenetics to population genetics and disease modeling. Researchers value its rigorous peer-review process, which upholds the highest standards of scientific integrity. Articles in Human Molecular Genetics often feature innovative methodologies, such as CRISPR-based editing and single-cell sequencing, contributing to advancements in personalized medicine and therapeutic development. Its hybrid publication model allows authors to choose open access, enhancing visibility and citation potential.
Over the years, Human Molecular Genetics has chronicled pivotal shifts in the field, including the integration of big data in genomics and the ethical implications of genetic research. This makes it an essential resource for staying abreast of trends in biotechnology genetics. For those navigating academic careers, publishing here signals expertise and can open doors to collaborations and funding opportunities. Explore related resources like genetics faculty positions to advance your professional journey.
In an era where interdisciplinary approaches dominate, Human Molecular Genetics bridges basic science with clinical applications, fostering discoveries that translate into real-world health benefits. Whether investigating rare genetic disorders or common complex traits, the journal provides a forum for high-quality, impactful research. Its editorial board, comprising renowned experts, ensures that only the most novel and reliable studies see publication.
As biotechnology genetics evolves rapidly, submitting to Human Molecular Genetics offers researchers the chance to contribute to landmark findings. The journal's commitment to rapid dissemination— with accepted manuscripts available online shortly after revision—keeps pace with the field's dynamism. For aspiring authors, understanding its guidelines can streamline the process, increasing chances of success. Delve deeper into academic timelines with our academic calendar to plan submissions effectively.
Overview & History
Human Molecular Genetics was launched in 1992 by Oxford University Press to address the growing need for a dedicated outlet in human genetics research. Initially focusing on mapping and cloning genes associated with inherited diseases, it quickly expanded to include functional studies and genomic technologies. By the early 2000s, as the Human Genome Project concluded, the journal shifted emphasis toward post-genomic analyses, such as transcriptomics and proteomics.
Today, it remains a vital publication, with over 200 articles per volume covering diverse subfields. Its evolution mirrors the biotechnology genetics landscape, from Mendelian disorders to polygenic risk scores. Key milestones include special issues on epigenetics in 2010 and CRISPR applications in 2018, which garnered significant citations. The journal's United Kingdom base underscores its international scope, with contributions from authors worldwide.
Scope and Disciplines Covered
| Discipline | Description |
|---|---|
| Genetics | Studies on gene structure, function, and inheritance in humans. |
| Molecular Biology | Mechanisms of gene expression, regulation, and protein interactions. |
| Genomics | Genome-wide analyses, sequencing, and variant discovery. |
| Biotechnology | Applications of genetic tools in disease modeling and therapy. |
| Epigenetics | Heritable changes in gene activity without DNA sequence alterations. |
These disciplines highlight the journal's interdisciplinary approach, welcoming manuscripts that integrate computational biology with experimental genetics.
Key Journal Metrics
| Metric | Value | Source |
|---|---|---|
| Impact Factor (2022) | 5.1 | Clarivate Journal Citation Reports |
| CiteScore (2022) | 8.7 | Scopus |
| Acceptance Rate | Not publicly disclosed | Publisher |
| Time to First Decision | 4 weeks | Journal Data |
| Articles per Year | ~300 | Publisher |
These metrics position Human Molecular Genetics as a competitive venue in biotechnology genetics.
Indexing and Abstracting
Human Molecular Genetics is indexed in major databases, ensuring broad discoverability. It appears in PubMed/MEDLINE for biomedical relevance, Web of Science for citation tracking, and Scopus for global metrics. Additional coverage includes Embase, Google Scholar, and Biological Abstracts. This indexing supports researchers in biotech research positions, facilitating literature reviews and grant applications.
- PubMed: Full-text access for health sciences.
- Scopus: Comprehensive abstracting for interdisciplinary searches.
- Web of Science: Impact factor calculations and h-index.
Visit the official journal homepage for indexing details.
Publication Model and Fees
As a hybrid journal, Human Molecular Genetics offers subscription-based access with an open access option via Oxford Open. The article processing charge (APC) for gold open access is £3,430 (approximately $4,500 USD), waivable for low-income countries. No fees apply for traditional subscription publication. This model balances accessibility with sustainability, allowing wide dissemination of biotechnology genetics research.
Authors retain copyright under Creative Commons licenses for OA articles, enhancing reuse in educational settings like those linked to rate my professor resources.
Submission Process and Guidelines
Submissions are handled through the ScholarOne platform. Manuscripts must follow specific formatting: double-spaced text, 5,000-word limit, and figures in TIFF format. Ethical standards require IRB approval for human studies and declaration of conflicts. The process involves initial screening, peer review by 2-3 experts, and revisions. Track progress via the portal, detailed on the publisher guidelines page.
Prepare using tools from our academic calendar for genetics conferences to align with deadlines.
Editorial Board Highlights
The editorial team includes Editor-in-Chief Prof. David Fitzpatrick, a leader in developmental genetics from the University of Edinburgh. Associate Editors cover expertise in neurogenetics (Dr. Evan Eichler, University of Washington) and cancer genomics (Dr. Nazneen Rahman, Institute of Cancer Research). This diverse board ensures balanced, high-quality oversight in biotechnology genetics.
- Prof. Fitzpatrick: Focus on congenital disorders.
- Dr. Eichler: Structural variation in genomes.
- Dr. Rahman: Genetic susceptibility to cancer.
Why Publish in Human Molecular Genetics?
Publishing in Human Molecular Genetics elevates a researcher's profile due to its prestige and readership. With a 5.1 impact factor, articles gain rapid citations, boosting h-index and funding prospects. The journal's focus on translational research appeals to those in clinical genetics, while its open access option amplifies global reach. Compared to peers, it offers faster review times and supportive editorial feedback.
For career growth, consider exploring molecular biology postdoc opportunities post-publication.
Comparison with Similar Journals
| Journal | Impact Factor | Publisher | Focus |
|---|---|---|---|
| American Journal of Human Genetics | 11.0 | Cell Press | Population and clinical genetics |
| Genetics in Medicine | 8.7 | Nature Publishing | Translational medical genetics |
| European Journal of Human Genetics | 4.6 | Springer Nature | Ethical and policy aspects |
| Human Genetics | 5.2 | Springer | Basic human genetic research |
Human Molecular Genetics excels in molecular mechanisms, distinguishing it from more clinically oriented peers.
Researcher Tips for Successful Submission
To succeed, ensure novelty by highlighting gaps in current biotechnology genetics knowledge. Use clear visuals and robust statistics. Address reviewer comments thoroughly. Collaborate internationally for diverse perspectives. Finally, proofread for clarity. Leverage genetics faculty reviews for mentorship insights.
Timing submissions around key events via academic calendar can optimize visibility.