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README.md
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---
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license: cc-by-4.0
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task_categories:
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- question-answering
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- text-retrieval
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language:
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- en
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tags:
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- scientific-literature
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- citation-prediction
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- biochemistry
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- chemistry
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- biotechnology
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size_categories:
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- n<1K
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---
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# BioChemCite
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**120 citation-prediction questions in biochemistry, chemistry and
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biotechnology.** Given a sentence from a paper with its citation blanked out,
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name the paper being cited.
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Built in the shape of [CiteME](https://huggingface.co/datasets/bethgelab/CiteME),
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for the same reason and in a different literature.
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## Why this exists
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CiteME measures *finding* rather than *reading*, which is the harder and less
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measured half of a research agent. But its excerpts are machine-learning papers,
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the densest region of any frontier model's training. A model can recognise the
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citation and search only to confirm it, which measures recall dressed as
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retrieval.
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These questions sit in wet-lab and process literature, where that advantage is
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much weaker and where the answer has to be found rather than remembered.
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## Where the answers come from
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Nowhere expensive. JATS articles link every in-text citation to its reference,
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and the reference carries a DOI:
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```xml
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<xref rid="B30" ref-type="bibr">30</xref> → <ref id="B30"> … 10.1016/j.…
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```
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So the ground truth ships with the question. No annotation, no LLM judge, no
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human labelling — and therefore nothing to disagree with.
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## Fields
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| | |
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|---|---|
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| `id` | `dq0000` … |
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| `excerpt` | the sentence, with the citation replaced by `[CITATION]` |
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| `target_doi` | DOI of the cited paper — the answer |
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| `target_title` | title of the cited paper |
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| `source_pmcid` | the article the excerpt came from |
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| `source_license` | always `cc by` |
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## How each question was filtered
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Roughly one sentence in twenty survives:
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- **Exactly one citation.** *"as shown previously [4,7,12]"* has three right
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answers and no way to say which was meant.
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- **No author named.** *"Li et al. [CITATION]"* hands over the answer. CiteME
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obfuscates these; here they are dropped.
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- **Makes a claim.** Methods sections cite reagent suppliers in passing. An
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early build produced *"polymerase was obtained from Vazyme [CITATION]"*
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pointing at a Gibson assembly paper — unfindable, and worthless as a question.
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Methods, Materials and Protocol sections are excluded outright.
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- **120–600 characters.** Long enough to carry a specific claim, short enough to
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stay a citation task rather than a reading one.
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- **Resolves to a DOI**, so scoring is exact rather than a title-matching
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argument.
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Capped at four questions per source article, so no single paper dominates.
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## Licensing
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**Every source article is CC BY**, verified individually against Europe PMC
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rather than assumed. This matters: about half the open-access literature in
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these fields is CC BY-NC-ND, and lifting a sentence out of an article and
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blanking its citation makes a derivative, which ND forbids. Filtering happens at
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source selection, not afterwards.
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`source_pmcid` is on every row so each excerpt traces back to the article it
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came from.
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## Known limitations
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- **Recency.** Source articles are recent Europe PMC deposits, so the cited
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papers skew toward work published before them. Nothing here tests finding very
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new work.
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- **Europe PMC only**, which means life-sciences-indexed venues. Chemistry
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published outside PMC is under-represented, and conference proceedings are
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absent entirely.
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- **Difficulty is not calibrated.** Some excerpts describe the cited work
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precisely; others gesture at it. There is no per-question difficulty label and
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no human baseline — unlike CiteME, which has one at 69.7%.
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- **One citation per question** by construction, so nothing here tests
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disentangling a multi-citation claim.
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## Building it yourself
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The generator is at
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[`benchmarks/build_domainqa.py`](https://github.com/jmbarrancoidener/vela) in
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the Vela repository. Re-running it produces a different draw from current
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Europe PMC content rather than this exact set.
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Built for [Vela](https://github.com/jmbarrancoidener/vela), a research agent at
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[Idener](https://idener.ai).
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