BIBLIOMETRIC SNAPSHOTThe Numbers Behind Nature Reviews Molecular Cell Biology

When Clarivate released the 2025 Journal Citation Reports in June 2026, Nature Reviews Molecular Cell Biology reaffirmed its position at the apex of cell biology publishing with an impact factor of 62.4. This figure, derived from citation data across a two-year window, reflects the journal’s extraordinary ability to commission and publish review articles that define research directions for years to come.

EDITORIAL PROFILEWhy Nature Reviews Molecular Cell Biology Commands 62.4

Since its founding in 2000, Nature Reviews Molecular Cell Biology has pursued a singular editorial mission: to publish authoritative, accessible, and visually compelling review articles that synthesize the most important advances in molecular and cellular biology. Under the editorial stewardship of Springer Nature, the journal has cultivated a reputation for commissioning reviews from the field’s most accomplished researchers — individuals whose perspectives actively shape how the community thinks about fundamental biological processes.

The journal’s impact factor of 62.4 is not an accident. Review articles, by their nature, accumulate citations more rapidly than primary research papers because they serve as entry points for researchers entering new subfields. Nature Reviews Molecular Cell Biology has mastered the art of publishing reviews that are both comprehensive enough to serve as reference works and forward-looking enough to guide future research. Its ISSN is 1471-0072.

CITATION DYNAMICSInside the 62.4 Impact Factor

The impact factor calculation for Nature Reviews Molecular Cell Biology involves dividing the total number of citations received by articles published in 2021 and 2022 by the total number of citable items (primarily reviews and perspectives) published in those same years. A resulting value of 62.4 means that, on average, each article published in Nature Reviews Molecular Cell Biology during that two-year span attracted 62.4 citations in the subsequent two years.

For a review journal, this number is especially telling. Review articles in molecular cell biology are frequently cited by researchers across diverse subdisciplines — from genetics and biochemistry to developmental biology and cancer research. The breadth of Nature Reviews Molecular Cell Biology’s citation base, combined with the depth of its individual articles, creates a powerful multiplier effect that sustains its exceptionally high impact factor year after year.

SCOPUS PERSPECTIVECiteScore 85.5 and SJR 28.5

Scopus offers an important complementary view. The CiteScore of 85.5 uses a four-year citation window and includes all document types in the denominator, providing a more conservative but also more stable metric. That Nature Reviews Molecular Cell Biology’s CiteScore (85.5) substantially exceeds its impact factor (62.4) confirms the journal’s enduring citation relevance well beyond the standard two-year impact factor window.

The SJR score of 28.5 is perhaps the most impressive of all. This metric weights citations by the prestige of the citing journal, meaning that a citation in Nature or Cell contributes more to SJR than a citation in a lower-tier journal. An SJR of 28.5 indicates that Nature Reviews Molecular Cell Biology is cited extensively by the most selective and influential journals in the field — a testament to the authority and trust that the research community places in its published reviews.

PUBLICATION STRATEGYGetting Published in Nature Reviews Molecular Cell Biology

Unlike primary research journals, Nature Reviews Molecular Cell Biology publishes exclusively commissioned review articles. Prospective authors cannot submit unsolicited manuscripts; instead, the editorial team actively identifies leading researchers and invites them to contribute reviews on topics of emerging importance. This commission-based model ensures that every article addresses a timely and significant question.

Researchers who receive an invitation to write for Nature Reviews Molecular Cell Biology should approach the task as an opportunity to define the future of their field. The most successful reviews combine historical context with bold predictions, integrate data from multiple experimental systems, and present complex ideas through clear, visually striking illustrations. Authors are encouraged to contact the editorial office with proposals, though unsolicited pitches are evaluated on a case-by-case basis.

FREQUENTLY ASKED QUESTIONSFAQ About Nature Reviews Molecular Cell Biology