What is the impact factor of Cell?

Cell has an impact factor of 42.5 (2024). This places it among the top-tier journals in its field with Cell publishes findings of unusual significance in any area of experimental biology.

How long does Cell take to review?

Cell typically takes ~14 days to first decision. The full review process involves 5 main stages: presubmission inquiry (optional), full submission, and peer review.

Is Cell peer reviewed?

Yes, Cell is fully peer reviewed. All submissions undergo rigorous peer review by 2-3 expert reviewers in your specific field. Detailed technical assessment expected..

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Journal Guide

Cell Impact Factor 42.5: Publishing Guide

Q: What is the acceptance rate of Cell?

Cell has an acceptance rate of <8%. A common reason for rejection is submitting a 'first observation' without mechanism. Showing that A affects B without explaining how is not a Cell paper. Cell readers expect the full molecular pathway.

Q: What does Cell look for in submissions?

Mechanistic completeness: Cell wants to know HOW things work, not just THAT they work. If you've discovered a phenotype, you need to trace the mechanism. If you've identified a pathway, you need to dissect it.

Q: What should I know before submitting to Cell?

Cell papers are marathons, not sprints. Most Cell papers represent 3-5 years of work from a full team. If you're a year in with interesting observations, you're probably 2 years from a Cell paper.

The gold standard for mechanistic biology: understanding what makes a 'Cell paper'

42.5

Impact Factor (2024)

<8%

Acceptance Rate

~14 days to first decision

Time to First Decision

What Cell Publishes

Cell publishes findings of unusual significance in any area of experimental biology. Where Nature emphasizes broad accessibility, Cell prizes mechanistic depth. A Cell paper doesn't just show that something happens. It explains exactly how and why at molecular resolution.

thorough mechanistic studies that explain biological processes at molecular detail
Multi-system validation combining in vitro, in vivo, and often human data
Technical innovations that enable new biological understanding
Resource papers (datasets, tools, methods) with exceptional validation
Studies that connect multiple biological scales or systems

Editor Insight

“Cell is where you go when you've done the complete study, not the first exciting observation, but the full mechanistic dissection. If you're asking 'is this enough for Cell?' it probably isn't. Cell papers usually feel obviously complete to the authors.”

What Cell Editors Look For

Mechanistic completeness

Cell wants to know HOW things work, not just THAT they work. If you've discovered a phenotype, you need to trace the mechanism. If you've identified a pathway, you need to dissect it.

Complete experimental coverage

Cell papers typically have 7-10 figures with extensive supplementary material. Every reasonable alternative explanation should be addressed experimentally.

Multi-system validation

Findings in cell lines should be validated in vivo. Mouse data should be connected to human relevance. Single methods should be complemented by orthogonal approaches.

Technical rigor at every level

Cell reviewers are specialists who will scrutinize your methods in detail. Controls must be thorough, statistics appropriate, and quantification rigorous.

Conceptual advance

Beyond technical excellence, Cell wants papers that advance how we think about biology. What's the new principle? What can we now understand that we couldn't before?

Beautiful data presentation

Cell has high visual standards. Figures should be clear, logically organized, and tell the story without requiring the text. The graphical abstract matters.

Why Papers Get Rejected

These patterns appear repeatedly in manuscripts that don't make it past Cell's editorial review:

Submitting a 'first observation' without mechanism

Showing that A affects B without explaining how is not a Cell paper. Cell readers expect the full molecular pathway.

Single model system without validation

If your conclusion comes from one cell line or one mouse strain, reviewers will ask about generalizability. Multiple systems strengthen claims dramatically.

Correlation without causation

Association studies without intervention experiments (knockouts, knockdowns, rescue) don't establish the causal relationships Cell requires.

Incomplete figures

Missing quantification, unlabeled axes, inconsistent scales, or unclear statistics. Cell has high production standards; sloppy figures suggest sloppy science.

Underestimating revision scope

Cell revision requests are extensive. Expect 3-6 months of additional experiments. If you can't commit to this, consider whether Cell is the right venue.

Weak graphical abstract

The graphical abstract is the first thing readers see. A confusing or ugly graphical abstract creates a negative first impression that affects how everything else is read.

Does your manuscript avoid these patterns?

The quick diagnostic reads your full manuscript against Cell's criteria and flags the specific issues most likely to cause rejection.

Run Free Readiness Scan →

Insider Tips from Cell Authors

Cell papers are marathons, not sprints

Most Cell papers represent 3-5 years of work from a full team. If you're a year in with interesting observations, you're probably 2 years from a Cell paper.

The graphical abstract can make or break initial impression

Invest significant time in this. It should tell your story at a glance. Show it to people outside your field. If they can't get the main point, redesign it.

Resource papers have a different bar

If you're submitting a new tool, dataset, or method, technical validation becomes critical. Show it works in multiple contexts with rigorous benchmarking.

Cell loves unexpected connections

If your work bridges two fields that don't usually talk, emphasize this. Discovering that a cancer pathway regulates neurodegeneration, for example, is inherently Cell-appropriate.

Revision requests will be extensive

Cell typically asks for 2-4 new figures worth of experiments. Budget 3-6 months and significant resources. If this isn't feasible, submit elsewhere.

Reviewer 3 exists at Cell too

You may get one reviewer who asks for experiments that seem tangential. Build relationships with editors through thoughtful responses explaining what's feasible and valuable.

PaperFlicks and graphical abstracts are mandatory

Cell invests heavily in multimedia presentation. Your paper needs to work as a visual story, not just text.

Consider the SnapShot format for educational content

If you have expertise that would make a great teaching resource, SnapShots are a way into Cell without a full research paper.

The Cell Submission Process

Presubmission inquiry (optional)

Response within 1-2 weeks

Brief pitch with key findings and 2-3 figures. Useful for gauging editor interest, especially for unconventional topics.

Full submission

Initial decision ~14 days

Complete manuscript with graphical abstract, cover letter, and reviewer suggestions. Highlight mechanism and conceptual advance.

Editorial assessment

~2 weeks

Editors assess fit for Cell vs. Cell family journals. May suggest transfer to Cell Reports, Molecular Cell, etc.

Peer review

4-8 weeks

2-3 expert reviewers in your specific field. Detailed technical assessment expected.

Revision

3-6 months typical

Extensive revision requests typical. May require significant new experiments.

Cell by the Numbers

2024 Impact Factor(Clarivate JCR)	42.5
Submissions per year	~8,000
Desk rejection rate	~65%
Post-review acceptance	~35-40% of reviewed
Average figures per paper	7-8 main + extensive supplements
Median review time	~40 days
Biweekly publication	26 issues/year

Before you submit

Cell accepts a small fraction of submissions. Make your attempt count.

The pre-submission diagnostic runs a live literature search, scores your manuscript section by section, and gives you a prioritized fix list calibrated to Cell. ~30 minutes.

Run Free Readiness Scan See a sample report

Article Types

Article

No strict limit; typically 7-10 figures

Full research reports with thorough mechanistic insight

Resource

Variable; emphasis on technical validation

New tools, datasets, or methods with extensive validation

Short Article

Shorter with fewer figures

Focused findings of exceptional importance requiring rapid publication

SnapShot

1-2 page visual summaries

Educational summaries of important topics (by invitation usually)

Landmark Cell Papers

Papers that defined fields and changed science:

The Hallmarks of Cancer (Hanahan & Weinberg, 2000; updated 2011) - defined principles governing cancer biology and therapy
Reprogramming somatic cells to pluripotency (Yamanaka, 2006) - demonstrated adult cells could be reset to embryonic state, Nobel Prize 2012
Cyclin regulation of the cell cycle (Nurse, Hunt, Evans, 1989) - explained how cells control division through conserved proteins, Nobel Prize 2001
Green fluorescent protein as biological imaging tool (Prasher, Tsien, 2008) - revolutionized cell biology visualization, Nobel Prize 2008
CRISPR-based epigenetic editing (Nuñez et al., 2017) - extended CRISPR beyond cutting to precise gene activation and repression

Preparing a Cell Submission?

Get pre-submission feedback from reviewers who've published in Cell and know exactly what editors look for.

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Primary Fields

Molecular BiologyCell BiologyGenetics & GenomicsImmunologyNeuroscienceCancer BiologyStem CellsStructural BiologySystems Biology

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