Nucleic Acids Research SJR and Scopus Metrics: What the Numbers Actually Tell Authors
Nucleic Acids Research has a strong Scopus profile for reasons that go beyond pure glamour: tools, databases, RNA biology, and durable community utility.
Senior Researcher, Molecular & Cell Biology
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Specializes in molecular and cell biology manuscript preparation, with experience targeting Molecular Cell, Nature Cell Biology, EMBO Journal, and eLife.
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Quick answer: Nucleic Acids Research has a strong Scopus profile, but it earns that authority through a different editorial mix than a standard glamour journal. Current Scopus-linked browser data reports a 2024 SJR of 4.472, a CiteScore of 18.2, and top-tier Q1 standing. That confirms real prestige, but the submission decision still depends more on whether the paper has durable community utility and a clear journal identity than on the metrics alone.
The core metric picture
Metric | 2024 value | What it tells you |
|---|---|---|
SJR | 4.472 | Prestige-weighted influence remains strong |
CiteScore | 18.2 | Four-year citation performance is high |
SNIP | 3.122 | Field-normalized impact remains strong |
Quartile | Q1 | The journal stays in the top tier of molecular biology and bioinformatics |
JCR context | Impact factor 13.1 | Web of Science tells the same upper-tier story |
The useful reading is that NAR is genuinely strong, but its strength is tied to long-run usefulness as much as novelty.
What the metrics actually help with
They help answer the right authority question:
- is NAR still a serious venue in the current citation network?
- do its tool, database, and methods-heavy article types still translate into real prestige-weighted influence?
- does the journal still sit in the upper tier of molecular biology and bioinformatics?
The answer is yes. The metrics confirm that NAR remains a journal other strong journals and working scientists keep using.
What the metrics do not answer
They do not tell you:
- whether the manuscript's article identity is clear enough
- whether the tool or database has enough benchmarking and maintenance logic
- whether the biology paper has the right nucleic-acid consequence
- whether another journal is a cleaner fit for a narrower computational or experimental story
Those are still the real submission questions.
Why the profile matters for authors
At this SJR level, NAR is buying authors:
- real authority in genomics, RNA, DNA repair, tools, and databases
- a journal whose papers often keep getting cited because they remain useful
- strong open-access discoverability
- a field signal built as much on infrastructure and reuse as on novelty alone
That is why NAR is easy to misread. It is not a generic prestige bucket. Its authority comes from publishing work people keep returning to.
What should drive the submission decision instead
The better question is whether the manuscript is truly a NAR paper.
That is why the better next reads are:
- Is Nucleic Acids Research a good journal?
- Nucleic Acids Research submission guide
- Nucleic Acids Research submission process
- Nucleic Acids Research impact factor
If the work is genuinely useful, benchmarked, and likely to stay relevant, the metrics support the choice. If the paper's identity is fuzzy, the same metrics are warning you that the journal's bar is higher than the mixed article types may suggest.
Practical verdict
Nucleic Acids Research has a strong Scopus-style profile and remains one of the most durable upper-tier journals in molecular biology and bioinformatics.
But the useful takeaway is still fit, not prestige alone. If the paper will not remain useful to the community, the numbers do not help. A free Manusights scan is the fastest way to pressure-test that before submission.
- Nucleic Acids Research impact factor, Manusights.
- Nucleic Acids Research submission guide, Manusights.
Sources
- 1. Nucleic Acids Research journal browser entry, University of Twente.
- 2. Nucleic Acids Research instructions for authors, Oxford University Press.
Reference library
Use the core publishing datasets alongside this guide
This article answers one part of the publishing decision. The reference library covers the recurring questions that usually come next: how selective journals are, how long review takes, and what the submission requirements look like across journals.
Dataset / reference guide
Peer Review Timelines by Journal
Reference-grade journal timeline data that authors, labs, and writing centers can cite when discussing realistic review timing.
Dataset / benchmark
Biomedical Journal Acceptance Rates
A field-organized acceptance-rate guide that works as a neutral benchmark when authors are deciding how selective to target.
Reference table
Journal Submission Specs
A high-utility submission table covering word limits, figure caps, reference limits, and formatting expectations.
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