Sorry you asked? Mayo, Myriad, and the battles over patent-eligibility.

IF 4.6 Q2 MATERIALS SCIENCE, BIOMATERIALS ACS Applied Bio Materials Pub Date : 2024-06-04 eCollection Date: 2024-01-01 DOI:10.1093/jlb/lsae010
Robert Cook-Deegan, Janis Geary, Kara Hapke, Zuzana Skvarkova, Marina Filipek, Jillian Leaver
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Abstract

Genetic testing for inherited cancer risk changed dramatically when the US Supreme Court handed down unanimous rulings in Mayo v. Prometheus (2012) and Myriad v. Association for Molecular Pathology (2013). Those decisions struck down claims to methods based on 'laws of nature' (Mayo) and DNA molecules corresponding to sequences found in nature (Myriad). Senators Thom Tillis (R-NC) and Christopher Coons (D-DE) introduced legislation that would abrogate those decisions and specify narrow statutory exclusions to patent-eligibility in §101 of the US Patent Act. What would be the consequences of doing so? The Supreme Court decisions coincided with changes in how genetic tests were performed, reimbursed and regulated. Multi-gene sequencing supplanted oligo-gene testing as the cost of sequencing dropped 10,000-fold. Payers dramatically changed reimbursement practices. Food and Drug Administration regulation was proposed and remains in prospect. Databases for clinical interpretation made data freely available, augmenting a knowledge commons. The spectacular implosion of Theranos tempered investment in molecular diagnostics. These factors all complicate explanations of why venture capital funding for molecular diagnostics dropped relative to other sectors. Restoring patent-eligibility would put renewed pressure on other patent doctrines, such as obviousness, enablement and written description, that were not raised in the Supreme Court cases.

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对不起,你问了吗?Mayo、Myriad 和专利资格之争。
美国最高法院在梅奥诉普罗米修斯案(2012 年)和迈瑞德诉分子病理学协会案(2013 年)中做出一致裁决后,遗传性癌症风险基因检测发生了巨大变化。这些判决驳回了基于 "自然法则"(梅奥案)和与自然界中发现的序列相对应的 DNA 分子(Myriad 案)的方法索赔。参议员托姆-蒂利斯(Thom Tillis)和克里斯托弗-库恩斯(Christopher Coons)提出立法,废除这些判决,并在《美国专利法》第101条中明确规定了专利资格的狭义法定除外情形。这样做会有什么后果?最高法院的判决与基因检测的实施、报销和监管方式的变化不谋而合。多基因测序取代了寡基因检测,因为测序成本下降了 10,000 倍。支付方大幅改变了报销方式。食品与药物管理局提出了监管建议,目前仍在研究之中。用于临床解释的数据库免费提供数据,扩大了知识共享。Theranos 公司的轰然倒下也削弱了对分子诊断技术的投资。这些因素都使解释为什么分子诊断领域的风险投资相对于其他领域有所下降变得更加复杂。恢复专利资格将对最高法院案件中未提及的其他专利理论(如显而易见性、授权和书面说明)造成新的压力。
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来源期刊
ACS Applied Bio Materials
ACS Applied Bio Materials Chemistry-Chemistry (all)
CiteScore
9.40
自引率
2.10%
发文量
464
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