Ethics of biosocial criminology examines the specific professional and institutional ethical infrastructure that this research paradigm has developed, extending beyond the historical and methodological criticisms examined in the companion criticisms of biological theories of crime article toward the concrete institutional review practices, informed consent standards, and professional guidelines that contemporary biosocial researchers have built specifically to prevent recurrence of biological criminology’s documented historical harms. This article, situated within Biosocial Criminology and the broader Criminology Theories silo, examines why biosocial research required ethical frameworks extending beyond general research ethics, informed consent challenges specific to genetic and neuroscientific research, institutional review and professional oversight practice, dual-use concerns and responsible publication standards, the specific ethical frameworks scholars have proposed for the field, and the remaining gaps this ethical infrastructure must continue to address.
Biosocial criminology’s ethical infrastructure represents a distinctive institutional response among criminological subfields, since few other criminological research traditions carry biosocial criminology’s specific historical burden, examined throughout this category’s discussion of eugenics and other historical misuse, requiring correspondingly more explicit and specific ethical attention than general social science research ethics frameworks typically provide. This article examines that specific institutional response as a distinct topic from the broader scholarly criticism examined in the companion criticisms article, focusing on concrete professional practice rather than historical and methodological critique.
This article proceeds through six sections: why biosocial research required ethical frameworks extending beyond general research ethics standards, the informed consent challenges specific to genetic and neuroscientific research, institutional review board and professional society oversight practice, dual-use concerns and responsible publication standards, the specific ethical frameworks scholars have proposed for biosocial criminology, and the remaining gaps this developing ethical infrastructure must continue to address.
The Need for a Biosocial-Specific Ethics Framework
Why General Research Ethics Proves Insufficient
Standard social science research ethics frameworks, developed substantially to address the informed consent, confidentiality, and harm-avoidance concerns arising from interview-based, survey, and observational criminological research, do not adequately anticipate the specific ethical considerations that genetic, neuroimaging, and hormonal research raise, including genetic information’s implications for biological relatives who have not themselves consented to research participation and neuroimaging’s potential for incidental clinical findings requiring specific disclosure protocols (Rothstein, 2005). Mark Rothstein’s influential analysis of genetic research ethics specifically identified genetic information’s distinctive familial implications, since a research participant’s genetic data reveals information relevant to biological relatives regardless of whether those relatives themselves provided consent, a consideration entirely absent from traditional individual-focused research ethics frameworks.
This gap between general research ethics standards and biosocial research’s specific ethical considerations motivated biosocial criminologists and affiliated bioethicists to develop supplementary ethical guidance specifically addressing genetic and neuroscientific research’s distinctive considerations, building upon rather than replacing the foundational research ethics principles, including informed consent and harm avoidance, that general social science research ethics already establishes.
Early Calls for Biosocial Ethical Guidelines
Early biosocial criminology theorists, examined throughout the companion genetics article’s discussion of the paradigm’s founding, incorporated explicit ethical discussion into their foundational theoretical writing from the field’s earliest development, reflecting recognition that biosocial criminology’s disciplinary acceptance project required demonstrating ethical seriousness alongside scientific rigor given the field’s historical burden (Walsh & Beaver, 2009). This early ethical attention distinguishes biosocial criminology’s disciplinary development from fields where ethical guideline development followed scientific establishment by a considerable interval, reflecting biosocial criminology’s founders’ explicit recognition that ethical credibility represented a precondition for, rather than merely a subsequent addition to, the field’s broader disciplinary legitimacy project.
Table 1. Ethical Considerations Distinctive to Biosocial Criminology Research
| Consideration | General Research Ethics | Biosocial-Specific Extension |
|---|---|---|
| Informed Consent | Individual participant consent | Familial implications of genetic data |
| Confidentiality | Protecting participant identity | Genetic data’s re-identification risk even when anonymized |
| Harm Avoidance | Avoiding direct research harm | Avoiding downstream stigmatization from findings |
| Incidental Findings | Generally not applicable | Neuroimaging may reveal unrelated clinical findings |
| Historical Context | Standard ethical review | Explicit attention to eugenic and racial misuse history |
Informed Consent in Genetic and Neuroscientific Research
Consent Challenges Specific to Genetic Data
Genetic research consent raises distinctive challenges beyond standard informed consent practice, including whether participants can meaningfully consent to future, currently unspecified research uses of their genetic data given genetic information’s durability and its relevance to research questions that may not yet exist at the time of original data collection, a challenge that has motivated development of specific broad consent and dynamic consent models within genetic research ethics more broadly (Rothstein, 2005). This future-use consent challenge carries particular relevance for the large biobank and registry infrastructure examined throughout this category’s discussion of Scandinavian population registries, since these infrastructures generally support research uses considerably broader than any single original research consent could have specifically anticipated.
Genetic research consent additionally requires addressing participants’ right not to know certain findings, since genetic research occasionally reveals unexpected information, including misattributed parentage or unrelated disease risk, that participants may not have anticipated or wanted to learn when providing original research consent, requiring careful consent process design that allows participants to specify their preferences regarding such incidental findings in advance (Wolf, Lawrenz, Nelson, Kahn, Cho, Clayton, Fletcher, Georgieff, Hammerschmidt, Hudson, Illes, Kapur, Keane, Koenig, LeRoy, McFarland, Paradise, Parker, Terry, Van Ness, & Wilfond, 2008). Susan Wolf and colleagues’ widely cited consensus recommendations on managing incidental findings in genetic and neuroimaging research established a framework distinguishing findings of clear clinical significance, which most ethical frameworks recommend disclosing regardless of original research consent scope, from findings of uncertain significance, where disclosure decisions require more careful individualized consideration.
Neuroimaging research raises a parallel incidental findings challenge, since structural brain scans conducted for research purposes occasionally reveal previously undetected clinical abnormalities entirely unrelated to the research question under investigation, requiring biosocial neurocriminology researchers, examined in the companion brain structure article, to establish clear protocols for clinical follow-up and referral when such incidental findings occur.
Vulnerable Populations in Biosocial Research
Biosocial criminology research frequently involves populations carrying heightened vulnerability considerations, including incarcerated individuals whose capacity for genuinely voluntary consent within a coercive institutional setting requires particular scrutiny, and children, whose participation in genetic or neuroimaging research addressing antisocial behavior risk raises distinctive consent and assent considerations given their limited capacity for independent decision-making (Christopher, Poku, & Pham, 2016). Cari Christopher and colleagues’ analysis of research ethics within correctional settings specifically identified the structural power imbalance between researchers and incarcerated participants as requiring heightened procedural safeguards beyond standard informed consent practice, given legitimate concern that incarcerated individuals’ consent decisions may be influenced by their institutionally constrained circumstances in ways that voluntary consent principles require researchers to address explicitly.
This vulnerable population consideration carries particular relevance for the correctional neuroimaging and genetic research examined throughout this category’s specific evidentiary articles, since much biosocial criminology research has historically drawn, and continues to draw, substantially from incarcerated samples specifically, requiring sustained attention to these consent considerations throughout the field’s ongoing research practice.
Institutional Review and Professional Oversight
IRB Practice for Biosocial Criminology Studies
Institutional review boards evaluating proposed biosocial criminology research increasingly incorporate specific expertise regarding genetic and neuroscientific research ethics beyond standard social science research ethics review, reflecting growing recognition that adequate ethical review of biosocial research requires reviewers familiar with this research’s distinctive technical and ethical considerations rather than applying generic social science research ethics standards without adaptation (Rothstein, 2005). This specialized review capacity remains unevenly distributed across research institutions, with well-resourced research universities maintaining neuroimaging and genetic research infrastructure generally possessing more developed specialized ethical review capacity than institutions with more limited biosocial research activity. Federal research oversight bodies in the United States have additionally developed supplementary guidance specifically addressing genetic research’s distinctive privacy and consent considerations, guidance that institutional review boards increasingly incorporate into their standard review protocols for genetically informed criminological research specifically (Rothstein, 2005).
Professional Society Guidelines
Professional criminology and behavioral genetics organizations have increasingly developed explicit guidelines addressing biosocial research’s distinctive ethical considerations, building upon and adapting the broader genetic and neuroscience research ethics guidelines that fields including human genetics and neuroscience have developed independent of criminology specifically (American Society of Human Genetics, 2018). This professional guideline development represents institutional infrastructure extending beyond any single researcher’s individual ethical judgment, providing field-wide standards that new biosocial criminology researchers can draw upon rather than needing to develop appropriate ethical practice independently.
Dual-Use Concerns and Responsible Publication
The Risk of Misappropriation by Extremist Movements
Biosocial criminology research, examined in the companion race, biology, and crime article’s discussion of fringe misappropriation, raises dual-use concerns comparable to those examined within other scientific fields where legitimate research findings carry potential for misuse by bad-faith actors, requiring biosocial researchers to consider not only their research’s direct ethical conduct but also its potential downstream misappropriation when making publication and public communication decisions (Panofsky & Donovan, 2019). This dual-use consideration does not generally counsel withholding legitimate research findings, since biosocial criminology’s overall scientific and prevention value examined throughout this category outweighs the misappropriation risk in most circumstances, but it does inform how researchers frame and communicate findings to minimize misappropriation potential where possible.
Editorial and Publication Safeguards
Contemporary biosocial criminology publication venues increasingly incorporate editorial attention to research framing’s misappropriation potential, examined in the companion race, biology, and crime article, alongside standard peer review quality considerations, reflecting a publication ethics norm that has developed substantially in direct response to documented misappropriation patterns rather than representing merely a hypothetical or precautionary concern (Panofsky & Donovan, 2019). This editorial practice represents dual-use consideration’s practical institutional implementation, translating researchers’ individual ethical judgment into consistent editorial standards applied across the field’s publication venues.
Table 2. Ethical Safeguard Mechanisms Across the Research Pipeline
| Research Stage | Ethical Safeguard | Primary Concern Addressed |
|---|---|---|
| Study Design | Specialized IRB review | Consent, confidentiality, vulnerable populations |
| Data Collection | Broad/dynamic consent models | Future research use, incidental findings |
| Analysis | Population stratification controls | Confounding, spurious racial association |
| Publication | Editorial framing review | Dual-use, misappropriation risk |
| Public Communication | Explicit interactive/probabilistic framing | Popular deterministic misinterpretation |
| Policy Translation | Professional guideline adherence | Premature or coercive application |
Ethical Frameworks Proposed for the Field
The Precautionary Principle in Biosocial Research
Some biosocial ethics scholars have proposed applying a precautionary principle specifically to biosocial criminology’s most ethically sensitive applications, including predictive genetic and neuroscientific risk assessment examined throughout the companion policy implications article, requiring particularly strong evidentiary and validation standards before such applications proceed toward clinical or forensic implementation given the severity of potential harm from premature application documented throughout biological criminology’s history (Singh, 2008). Ilina Singh’s precautionary framework, developed originally within pediatric psychopharmacology ethics before broader application to biosocial criminology, emphasizes that the evidentiary threshold required before ethically defensible application should scale with the severity and reversibility of potential harm from premature or incorrect application. This proportionality principle, requiring greater evidentiary certainty for interventions carrying greater potential harm, parallels similar precautionary frameworks applied within medical ethics and environmental policy more broadly, adapted specifically to biosocial criminology’s particular translational concerns (Farahany, 2016).
Nita Farahany’s empirical analysis of how courts have actually received neuroscientific and genetic evidence, examined in the companion policy implications article, provides indirect support for this precautionary approach, documenting that judicial reception has generally remained appropriately cautious regarding biosocial evidence’s individual-level application, suggesting that legal institutions have independently arrived at conclusions broadly consistent with the precautionary ethical framework that biosocial ethics scholars have proposed on more explicitly normative grounds.
Beneficence-Centered Translation Standards
Contemporary biosocial ethics increasingly emphasizes beneficence-centered translation standards, requiring that any proposed application of biosocial research, particularly regarding treatment or intervention, demonstrate direct benefit to the individuals involved independent of any broader criminal justice or societal benefit, examined throughout the companion policy implications article’s discussion of the ADHD treatment precedent specifically (Singh, 2008). This beneficence-centered standard provides biosocial criminology a specific ethical touchstone for evaluating proposed applications, distinguishing ethically defensible individual-benefit-centered intervention from the instrumentalized, primarily crime-control-oriented application that historical biological criminology’s most ethically troubling episodes exemplified.
Toward a Mature Ethical Infrastructure
Remaining Gaps in Current Practice
Despite the substantial ethical infrastructure examined throughout this article, genuine gaps remain, including inconsistent specialized IRB review capacity across research institutions, incomplete professional guideline coverage for emerging research areas including polygenic risk scoring and epigenetic research examined in companion articles, and continuing vulnerability to fringe misappropriation despite responsible research and publication practice (Rothstein, 2005). These gaps illustrate that biosocial criminology’s ethical infrastructure, while considerably more developed than the field’s early founding period, remains an ongoing institutional project rather than a fully completed achievement.
Building Ethical Literacy Into Biosocial Training
Contemporary biosocial criminology graduate training increasingly incorporates explicit ethical literacy alongside technical methodological training, reflecting recognition that adequate ethical practice requires researchers trained specifically in biosocial criminology’s distinctive ethical considerations rather than relying solely on general research ethics training or institutional review board oversight alone (Walsh & Beaver, 2009). This training emphasis represents biosocial criminology’s attempt to build ethical consideration into researchers’ foundational professional formation rather than treating ethics as an external compliance requirement addressed only through institutional review procedures.
Conclusion
Ethics of biosocial criminology examines a developing but substantial institutional infrastructure, encompassing specialized informed consent practice, institutional review capacity, professional guidelines, dual-use publication safeguards, and explicit ethical frameworks including precautionary and beneficence-centered standards, that biosocial criminology has built specifically in response to biological criminology’s documented historical harms examined throughout this category. This infrastructure represents genuine institutional progress extending beyond the historical and methodological criticism examined in the companion criticisms article toward concrete professional practice, even as significant gaps remain regarding consistent implementation across research institutions and continuing vulnerability to fringe misappropriation.
Understanding this specific ethical infrastructure, distinct from but complementary to the broader historical and methodological critique examined throughout this category, provides essential context for evaluating biosocial criminology’s genuine institutional commitment to responsible research practice, while underscoring that this ethical project remains actively developing rather than definitively completed.
Related Articles
- Race, Biology, and Crime
- Biosocial Risk Factors and Crime Prevention
- Biosocial Criminology and Rehabilitation
- Molecular Genetics and Crime
- Biosocial Criminology and Gender
References
- American Society of Human Genetics. (2018). ASHG denounces attempts to link genetics and racial supremacy. American Journal of Human Genetics, 103(5), 636. https://doi.org/10.1016/j.ajhg.2018.10.011
- Christopher, P. P., Poku, E., & Pham, D. (2016). Bioethical issues in criminal justice research. Journal of the American Academy of Psychiatry and the Law, 44(3), 296–302.
- Farahany, N. A. (2016). Neuroscience and behavioral genetics in US criminal law: An empirical analysis. Journal of Law and the Biosciences, 2(3), 485–509. https://doi.org/10.1093/jlb/lsv059
- Panofsky, A., & Donovan, J. (2019). Genetic ancestry testing among white nationalists: From identity repair to citizen science. Social Studies of Science, 49(5), 653–681. https://doi.org/10.1177/0306312719861434
- Rothstein, M. A. (2005). Expanding the ethical analysis of biobanks. Journal of Law, Medicine & Ethics, 33(1), 89–101. https://doi.org/10.1111/j.1748-720X.2005.tb00213.x
- Singh, I. (2008). Beyond polemics: Science and ethics of ADHD. Nature Reviews Neuroscience, 9(12), 957–964. https://doi.org/10.1038/nrn2514
- Walsh, A., & Beaver, K. M. (2009). Biosocial criminology: New directions in theory and research. Routledge.
- Wolf, S. M., Lawrenz, F. P., Nelson, C. A., Kahn, J. P., Cho, M. K., Clayton, E. W., Fletcher, J. G., Georgieff, M. K., Hammerschmidt, D., Hudson, K., Illes, J., Kapur, V., Keane, M. A., Koenig, B. A., LeRoy, B. S., McFarland, E. G., Paradise, J., Parker, L. S., Terry, S. F., Van Ness, B., & Wilfond, B. S. (2008). Managing incidental findings in human subjects research: Analysis and recommendations. Journal of Law, Medicine & Ethics, 36(2), 219–248. https://doi.org/10.1111/j.1748-720X.2008.00266.x