A paper published in the journal Science and Justice — “Systems fail people: dry labbing as a distinct category of scientific fraud,” by Max M. Houck, surfaced in early August 2026 in volume 66, issue 5 — makes the case that dry labbing should be treated as its own named category of research fraud rather than folded into the general definition of falsification. The paper is available via Elsevier ScienceDirect at DOI 10.1016/j.scijus.2026.101491.
What “dry labbing” means
Dry labbing is forensic- and bench-science shorthand for a specific fraudulent act: an analyst reports a test result for a sample, procedure, or assay that was never actually run. Instead of performing the analysis, the analyst records a plausible-looking result — sometimes copied from a different sample, sometimes invented outright, sometimes based on pattern-matching what a “normal” result usually looks like — and submits it as though the work were done. The term has circulated in forensic laboratories and quality-assurance circles for decades; what the 2026 Science and Justice paper argues is that it deserves formal recognition as a distinct fraud category, not just an informal label.
Note the terminology trap here: “dry lab” is also a completely unrelated, legitimate space-planning term for a computational or non-wet-bench research space (see CASRAI’s own wet lab vs. dry lab space planning guide). “Dry labbing” — the verb form describing the act of fabricating results — is a different concept entirely, and the overlap in wording is coincidental. This page concerns the misconduct sense of the term.
Why the classification question matters: fabrication, not falsification
Under the U.S. Public Health Service’s research-misconduct regulation, fabrication and falsification are separately defined, adjacent sections of 42 CFR Part 93, Subpart B. Section 93.211 defines fabrication as “making up data or results and recording or reporting them.” Section 93.212 defines falsification as manipulating research materials, equipment, or processes, or changing or omitting data or results, such that the research is not accurately represented in the research record. The distinction is not academic: falsification presupposes an underlying experiment or process that actually happened and was then altered or misrepresented; fabrication presupposes that nothing happened at all. See CASRAI’s Falsification vs. Fabrication comparison for the full side-by-side.
Dry labbing sits squarely on the fabrication side of that line: there is no real test to falsify, because no test was run. The Houck paper’s argument, as its title signals, is that treating dry labbing as an unremarkable subset of general fabrication understates both how it is detected and what remedy it calls for. A falsified result can sometimes be caught by re-examining the same underlying data or materials; a dry-labbed result has no underlying materials to re-examine at all, which changes what an audit, a proficiency-testing regime, or a chain-of-custody review actually needs to check for.
The systemic-harm framing
The paper’s title — “Systems fail people” — signals a framing broader than any single analyst’s conduct: the argument, per the abstract published alongside the article, is that dry labbing in a forensic setting is a systems failure with cascading victims, not an isolated bad actor. In a forensic-testing context specifically, that cascade can include the analyst who was pressured or chose to cut corners, their coworkers and the accrediting laboratory, the defendants whose cases relied on the fabricated result, anyone wrongfully convicted on that basis, and — more diffusely — public confidence in forensic evidence as an institution. CASRAI has not independently verified the full text or the paper’s case analysis beyond the publicly available abstract and bibliographic record at the DOI above; readers who need the complete argument and its supporting case material should consult the paper directly via ScienceDirect or their institutional access.
Historical context: forensic dry-labbing scandals are not new
Forensic dry labbing has produced real, well-documented scandals well before this paper. The best-known U.S. example is chemist Annie Dookhan, who worked at the Massachusetts Department of Public Health’s Hinton drug-testing laboratory and was convicted in 2013 of evidence tampering and obstruction of justice after admitting she fabricated test results and skipped required testing steps over several years. Reporting at the time put the number of criminal cases affected in the thousands. Coverage of the case is available via the Science History Institute and contemporaneous science-press reporting. CASRAI cites the Dookhan case here as independently documented historical context for why forensic dry labbing draws sustained scholarly attention — it is not one of the specific cases analyzed in the 2026 Houck paper, which CASRAI has not confirmed beyond its abstract and metadata.
Why this matters beyond forensic science
Research-integrity offices outside forensic science should still take note. Any lab environment where an analyst records a result for a procedure they did not run — a missed control, a skipped assay, a “should be fine” value entered without the instrument run — is dry labbing in the Houck paper’s sense, whether or not the setting is a criminal investigation. Under federal research-misconduct rules, this is fabrication, and it is adjudicated as such: institutions still apply the same three-part test under 42 CFR 93.103 (a significant departure from accepted practice, committed intentionally, knowingly, or recklessly, and proven by a preponderance of the evidence) regardless of whether the fabricated result concerns a forensic sample or a research assay. A Research Integrity Officer handling a fabrication allegation should ask, early, whether any underlying procedure was actually performed at all — the Houck paper’s core point is that this question changes the entire shape of the investigation, since there is no altered original to compare a fabricated result against.
Further reading
- Fabrication (dictionary)
- Falsification (dictionary)
- Falsification vs. Fabrication (comparison)
- Research Misconduct (dictionary)
- Research Integrity Officer (RIO) (dictionary)
- How a Research Misconduct Investigation Works (guide)
- Research Misconduct Case Studies (guide)
- Wet Lab vs. Dry Lab Space Planning (guide) — a different, unrelated sense of “dry lab”
Sources
- Houck, M.M. “Systems fail people: dry labbing as a distinct category of scientific fraud.” Science and Justice, vol. 66, issue 5 (2026). DOI: 10.1016/j.scijus.2026.101491.
- 42 CFR Part 93.211 (Fabrication) and 93.212 (Falsification), via Cornell Law School’s Legal Information Institute eCFR mirror.
- Science History Institute, “Why Did Annie Dookhan Lie?” — sciencehistory.org.
