Olson Aaron, Ramsay Charles
ARO Consulting LLC, PO Box 132, Hugo, MN, 55038, USA.
Charles Ramsay, Ramsay Law Firm, PLLC, 2780 E Snelling Ser Dr Suite #330, Roseville, MN, 55113, USA.
Forensic Sci Int Synerg. 2025 Jul 17;11:100629. doi: 10.1016/j.fsisyn.2025.100629. eCollection 2025 Dec.
Despite toxicology's foundation in analytical chemistry and quantitative measurements, it remains vulnerable to errors that can impact criminal justice outcomes. This paper presents a review of notable errors in toxicology collected over a combined 48 years of field experience. We highlight cases of toxicology errors from across multiple jurisdictions, categorizing them by type: traceability errors, calibration errors, discovery violations, maintenance failures, source code defects, fraud, errors due to interfering substances, reporting errors, laboratory contamination, and chain of custody breaches. Our analysis reveals that many errors persisted for years before detection, with some lasting over a decade. Discovery often came from external sources rather than internal quality controls. Errors ranged from technical failures to deliberate misconduct, affecting thousands of cases. Notable patterns include institutional resistance to disclosure, retaliation against whistleblowers, and systematic withholding of exculpatory evidence. The compilation demonstrates vulnerabilities in toxicology. Key reforms needed include transparency through online discovery portals, mandatory retention of digital data, independent laboratory accreditation, whistleblower protections, and regular third-party audits. By examining past errors, the forensic science community can develop policies to prevent similar mistakes and enhance both scientific integrity and the pursuit of justice.
尽管毒理学以分析化学和定量测量为基础,但它仍然容易出现影响刑事司法结果的错误。本文综述了在48年实地经验中收集到的毒理学领域的显著错误。我们重点介绍了多个司法管辖区的毒理学错误案例,并按类型进行了分类:可追溯性错误、校准错误、发现违规、维护故障、源代码缺陷、欺诈、干扰物质导致的错误、报告错误、实验室污染以及保管链违规。我们的分析表明,许多错误在被发现之前持续了数年,有些甚至持续了十多年。发现往往来自外部而非内部质量控制。错误范围从技术故障到蓄意不当行为,影响了数千起案件。显著模式包括机构抵制披露、对举报人进行报复以及系统性隐瞒无罪证据。这份汇编展示了毒理学领域的脆弱性。所需的关键改革包括通过在线发现门户提高透明度、强制保留数字数据、独立实验室认证、举报人保护以及定期第三方审计。通过审视过去的错误,法医学界可以制定政策以防止类似错误,并增强科学诚信和对正义的追求。