sherley v sebelius and brÜstle v greenpeace rulings · president obama directs nih to issue new...

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Introduction In 2011, courts in both the United States and European Union released decisions related to human embryonic stem cell (hESC) research. In both cases, the courts reviewed the definition of research: does it entail every step in the research process including the derivation of hESC cells, or focus solely on the set of experiments presented, which used existing cell lines? In the United States, the US District Court of Appeals, in the case Sherley v Sebelius, defined research as a specific and finite project or group of experiments, independent of any prior research. In contrast, the EU case, Brüstle v Greenpeace, focused on the issue of patenting technology linked to hESCs and defined research as an entire body of work comprised of both previous and proposed studies. Here we describe the progression of both court cases and their impacts on scientific research and development. We also compare how they fit within the current policy frameworks and ethical standards in the United States and European Union. In addition, we explain how the varying definitions of “research” have developed, affected federal stem cell policies, and impacted stem cell research and commercialization. Overview of Court Cases and Resulting Definitions of “Research” Sherley v Sebelius (US) Adult stem cell researchers, Drs. Theresa Deisher and James Sherley, along with Nightlife Adoptions, “embryos”, couples who had adopted embryos, and the Christian Medical Association sued the federal government (DHHS under director Kathleen Sebelius) stating they believed the recently adopted NIH guidelines for hESC research incentivized hESC research and violated current federal law, the Dickey Wicker Amendment (Box 1). Case dismissed by US District Court because the Plaintiffs did not have competitor standing. - US Appeals Court overturned ruling stating that Drs. Deisher and Sherley had competitor standing. Case returned to the US District Court and the judge granted a preliminary injunction to stop all federally funded hESC research. The US Federal Appeals Court put a temporary hold on the injunction and ultimately overturned the decision (2-1). District Court Judge dismissed the case after Appeals ruling. Currently the plaintiffs are appealing the ruling. Oral arguments for the appeal began April 23, 2012. Note: the Appeals Court hearing the case is a different group of judges than those who ruled on injunction. Brüstle v Greenpeace (EU) Prior to the creation of hESCs, Oliver Brüstle filed and was granted a patent in Germany for the process of differentiating ESCs into neural precursor cells. - Patent did not disclose what species of cells were used and as such it included/applied to human cells. Greenpeace sued Brüstle on the grounds that the patent violated the EU’s 1998 Biotechnological Directive (Box 2). The case was referred to the German Federal Patent Court who revoked the patent. Brüstle appealed the ruling to the German Federal Court of Justice in 2009. In the preliminary ruling, the Advocate General stated that hESCs constitute a human embryo and could not be patented. The European Court of Justice gave a final ruling stating that hESCs or products derived from them cannot be patented as the research necessitates the use of a human embryo. The German Federal Patent Court will now rule on the case, and due to the ECJ decision, it is likely they will side in favor of Greenpeace. Conclusions Creating science policy through the courts system, regardless of the ultimate ruling, can rapidly affect scientific research. Overall, the authors believe that the courtroom is an inefficient and inappropriate place to set federal policies regarding scientific research — although it is quite common, especially in the United States. Judges lack the scientific knowledge and expertise to rule on many of these complex issues. Ideally, policy decisions should be made within scientific governmental agencies with advice from experts in the field as well as input from ethicists and policy scholars familiar with the science. Moreover, policies should be open to public discussion and respond to appropriate questions and concerns. In addition, as stem cell policies are written, vague wording should be avoided. Ambiguous language leads to broad interpretation of policies and results in a great deal of uncertainty. This opens the laws up for legal challenges. Furthermore, policies should try to be dynamic and be reevaluated when new technologies are developed. The future of stem cell research and therapy holds great promise, but the constant political battles have hindered its progression. Only through the development of ethical policies that both facilitate research and keep in mind the best interests of the general public, can the full potential of stem cells be realized. Box 1: The Dickey-Wicker Amendment (US) “None of the funds made available in the Act [the Appropriation Bill for the Department of Health and Human Services] may be used for: The creation of a human embryo or embryos for research purposes. Research in which a human embryo or embryos are destroyed, discarded, or knowingly subjected to risk of injury or death greater than that allowed for research on fetuses in utero under 45 CFR 46.208(a)(2) and Section 498(b) of the Public Health Service Act. For purposes of this section, the term ‘human embryo or embryos’ includes any organism … that is derived by fertilization, parthenogensis, cloning, or any other means from one or more human gametes (sperm or egg) or human diploid cells (cells that have two sets of chromosomes, e.g., somatic cells.” Source: FY2012 Department of Health and Human Services Appropriations Bill Box 2: EU Biotechnology Directive From Article 5: “1. The human body, at the various stages of its formation and development, and the simple discovery of one of its elements, including the sequence or partial sequence of a gene, cannot constitute patentable inventions.” From Article 6: “The following inventions include those that are unpatentable where their exploitation would be contrary to public policy or morality: processes for cloning human beings; processes for modifying the germ-line genetic identity of human beings; uses of human embryos for industrial or commercial purposes; processes for modifying the genetic identity of animals which are likely to cause them suffering without any substantial medical benefit to man or animal, and also animals resulting from such processes.” Source: European Parliament and Council Directive 98/44/EC of 6 July 1998 on the legal protection of biotechnological inventions ABSTRACT 1250 DEFINING “RESEARCH” IN THE US AND EU: CONTRAST OF SHERLEY V SEBELIUS AND BRÜSTLE V GREENPEACE RULINGS Kirstin R.W. Matthews and Maude L. Rowland Science and Technology Policy Program, James A. Baker III Institute for Public Policy at Rice University, Houston, TX Acknowledgements We thank Monica Matsumoto, Jingyuan Luo and Shawn O’Neill for assistance with the poster development and design. This project was supported by the Baker Institute’s Science and Technology Policy Program as well as the Baker Institute International Stem Cell Policy program which was endowed by the State of Qatar in collaboration with the Qatar Foundation for Education, Science and Community Development. Further Information For more information on this or related projects, please contact Kirstin Matthews at [email protected] or visit the Baker Institute Science and Technology Policy website at www.science.bakerinstitute.org. A PDF version of the poster is also available at www.bakerinstitute.org/isscr2012-courts. Kirstin R.W. Matthews, Maude L. Rowland, Jingyuan Luo, Monica Matsumoto (2012) “Stem Cell Research in the Courts: Sherley v. Sebelius” Baker Institute Policy Report 50. Website: www.bakerinstitute.org/policyreport50 Contact Information The International Stem Cell Policy Program 2012 BGH ruling on legitimacy of Brüstle’s patent 2009 2010 2011 Figure 1: Sherley v Sebelius (US) and Brüstle v Greenpeace (EU) Court Case Timeline Major scientific and policy events occurred during the two court cases. While Brüstle filed his patent in 1997 before the first isolation of hESCs was published, public discussion about this research led to Greenpeace filing the court case in 2004. In the US, the new NIH guidelines in 2009 led Sherley and others to contest the ability of the federal government to fund hESC research even though it had done so in a limited capacity for eight years. 1996 1997 1998 2004 1999 2005 2006 2007 2008 BGH holds hearing on Brüstle’s patent; refers questions on “human embryo” to ECJ. ECJ holds hearing on the case to clarify terminology Advocate General of ECJ gives opinion ECJ’s final ruling Directive 98/44/EC issued by European Parliament German Patent Office grants Brüstle’s patent Greenpeace sues Brüstle German Federal Patent Court revokes patent; Brüstle appeals to BGH Dickey Wicker Amendment passed Creation of human ESCs Creation of human iPS cells President Obama directs NIH to issue new guidelines for hESC research NIH releases new guidelines Plaintiffs file case in US DC DC dismisses suit, citing plaintiffs’ lack of standing Plaintiffs appeal ruling AC rules Drs. Sherley and Deisher do have standing DC dismisses case Oral arguments in AC AC ruling AC rules in favor of the defendants DC grants preliminary injunction to halt NIH funding of hESC research Government files appeal and emergency motion to stay injunction AC stays injunction; allows NIH funding of hESC research until official ruling Oliver Brüstle files for patent US Supreme Court ruling * German Federal Court of Justice, Bundesgerichtshof (BGH); National Institutes of Health (NIH); District Court (DC); European Court of Justice (ECJ); Appeals Court (AC) Table 1: Comparison of US and EU Court Cases While both cases ruled on aspects of hESC research, there were several differences in what was reviewed, how they defined an embryo, and how the decision impacted research. Topic US EU Ethics Ethical arguments are inconsistent with existing policies Cannot federally fund creation of hESC lines created with other funds EU program exists to fund hESC research and many countries (e.g. the UK) fund creation of hESC lines Authority States/nations can enact their own policies Definition of embryo Ruling on use of embryos for research hESCs are not equivalent to an embryo hESCs are equivalent to an embryo Definition of research Research is distinct set of experiments and the creation of hESCs is a separate process from use of hESCs in research Research is a collective process; hESC research necessitates creation of hESCs; the two are linked Legislation Ruling on existing piece of legislation Dickey-Wicker Amendment EU Biotechnological Directive Future of case Appealed, Ruling can be overturned by Appeals Court or Supreme Court Cannot be overturned without changes to Biotech Directive Based on previous Appeals Court ruling plaintiffs will likely lose case and Supreme Court will probably not hear case German Patent Office will rule on patent and will likely rule with Greenpeace Table 2: Effects and Impacts of US and EU Court Cases Both court cases had a broader impact than what was originally envisioned when the case was brought to trial. Ultimately, the impact on research and development will only be determined after time has passed and one can determine if indeed researchers and companies moved away from the field after the 2011-2012 decisions. Topic US EU Policy Uncertainty Legislation is vaguely worded allowing broad interpretations; Court cases demonstrate instability of the policies/legislation Can change with changes in executive administration hESC research still remains legal; individual nations determine legality hESC Research Cases unfavorable towards hESC research and as such may lead industry and scientists to shift to new cell type Injunction halted research for a few weeks; Scientists moved away from hESC research after injunction Ruling could impair ability to do hESC research because it implied hESC research was immoral Collaborations International collaborations are hindered by these rulings, make it more difficult Commercialization of Technologies Can patent hESCs and processes or technologies derived from them Cannot patent hESCs and processes or technologies derived from them Ruling does not directly affect commercialization Could be more difficult to commercialize Controversies and uncertainty regarding legality of hESC research may lead to scientists/companies pursuing other fields or work in other countries Requires extra level of oversight to determine if patent resulted from destruction of an embryo regardless of if it was mentioned in filing; May be difficult to find competent patent officers Promote alternatives for development: orphan drug, trade secrets, patent in US, etc. Items in RED apply to the United States (US) Items in BLUE apply to the European Union (EU) Items in PURPLE apply to both regions Future Plaintiffs appeal ruling

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IntroductionIn 2011, courts in both the United States and European Union released decisions related to human embryonic stem cell (hESC) research. In both cases, the courts reviewed the definition of research: does it entail every step in the research process including the derivation of hESC cells, or focus solely on the set of experiments presented, which used existing cell lines? In the United States, the US District Court of Appeals, in the case Sherley v Sebelius, defined research as a specific and finite project or group of experiments, independent of any prior research. In contrast, the EU case, Brüstle v Greenpeace, focused on the issue of patenting technology linked to hESCs and defined research as an entire body of work comprised of both previous and proposed studies.

Here we describe the progression of both court cases and their impacts on scientific research and development. We also compare how they fit within the current policy frameworks and ethical standards in the United States and European Union. In addition, we explain how the varying definitions of “research” have developed, affected federal stem cell policies, and impacted stem cell research and commercialization.

Overview of Court Cases and Resulting Definitions of “Research”

Sherley v Sebelius (US) • Adultstemcellresearchers,Drs.TheresaDeisherandJamesSherley,along

with Nightlife Adoptions, “embryos”, couples who had adopted embryos, and the Christian Medical Association sued the federal government (DHHS under director Kathleen Sebelius) stating they believed the recently adopted NIH guidelines for hESC research incentivized hESC research and violated current federal law, the Dickey Wicker Amendment (Box 1).

• CasedismissedbyUSDistrict Court because thePlaintiffs didnot havecompetitor standing.

- US Appeals Court overturned ruling stating that Drs. Deisher and Sherley had competitor standing.

• CasereturnedtotheUSDistrictCourtandthejudgegrantedapreliminaryinjunctiontostopallfederallyfundedhESCresearch.

• TheUSFederalAppealsCourtputatemporaryholdontheinjunctionandultimately overturned the decision (2-1).

• DistrictCourtJudgedismissedthecaseafterAppealsruling. • Currently theplaintiffs areappealing the ruling.Oral arguments for the

appeal began April 23, 2012. Note: the Appeals Court hearing the case is a differentgroupofjudgesthanthosewhoruledoninjunction.

Brüstle v Greenpeace (EU) • Prior to thecreationofhESCs,OliverBrüstle filedandwasgranteda

patent in Germany for the process of differentiating ESCs into neural precursor cells.

- Patentdidnotdisclosewhatspeciesofcellswereusedandassuchit included/applied to human cells.

• GreenpeacesuedBrüstleonthegroundsthatthepatentviolatedtheEU’s1998BiotechnologicalDirective(Box 2).ThecasewasreferredtotheGermanFederalPatentCourtwhorevokedthepatent.

• BrüstleappealedtherulingtotheGermanFederalCourtofJusticein2009.In the preliminary ruling, the Advocate General stated that hESCs constitute a human embryo and could not be patented.

• The European Court of Justice gave a final ruling stating that hESCsor products derived from them cannot be patented as the research necessitates the use of a human embryo.

• TheGermanFederalPatentCourtwillnowruleonthecase,andduetotheECJdecision,itislikelytheywillsideinfavorofGreenpeace.

Conclusions Creating science policy through the courts system, regardless of the ultimate ruling,canrapidlyaffectscientificresearch.Overall,theauthorsbelievethatthe courtroom is an inefficient and inappropriate place to set federal policies regarding scientific research — although it is quite common, especially in the UnitedStates. Judges lack the scientificknowledgeandexpertise to ruleonmany of these complex issues. Ideally, policy decisions should be made within scientific governmental agencies with advice from experts in the field as well as input from ethicists and policy scholars familiar with the science. Moreover, policies should be open to public discussion and respond to appropriate questions and concerns.

In addition, as stem cell policies are written, vague wording should be avoided. Ambiguous language leads to broad interpretation of policies and results in a great dealofuncertainty.Thisopensthelawsupforlegalchallenges.Furthermore,policies should try to be dynamic and be reevaluated when new technologies are developed.

Thefutureofstemcellresearchandtherapyholdsgreatpromise,buttheconstantpoliticalbattleshavehindereditsprogression.Onlythroughthedevelopmentofethical policies that both facilitate research and keep in mind the best interests of the general public, can the full potential of stem cells be realized.

Box 1: The Dickey-Wicker Amendment (US)“NoneofthefundsmadeavailableintheAct[theAppropriationBillfortheDepartment of Health and Human Services] may be used for: • The creation of a human embryo or embryos for research purposes. • Research in which a human embryo or embryos are destroyed, discarded,

orknowinglysubjectedtoriskofinjuryordeathgreaterthanthatallowedforresearchonfetuses inuterounder45CFR46.208(a)(2)andSection498(b)ofthePublicHealthServiceAct.

Forpurposesofthissection,theterm‘humanembryoorembryos’includesany organism … that is derived by fertilization, parthenogensis, cloning, or any other means from one or more human gametes (sperm or egg) or human diploid cells (cells that have two sets of chromosomes, e.g., somatic cells.”

Source: FY2012 Department of Health and Human Services Appropriations Bill

Box 2: EU Biotechnology Directive FromArticle5:“1. The human body, at the various stages of its formation and development, and the simple discovery of one of its elements, including the sequence or partial sequence of a gene, cannot constitute patentable inventions.”

FromArticle6:“Thefollowinginventionsincludethosethatareunpatentablewhere their exploitation would be contrary to public policy or morality: • processesforcloninghumanbeings; • processesformodifyingthegerm-linegeneticidentityofhumanbeings; • uses of human embryos for industrial or commercial purposes; • processesformodifyingthegeneticidentityofanimalswhicharelikelyto

cause them suffering without any substantial medical benefit to man or animal, and also animals resulting from such processes.”

Source: European Parliament and Council Directive 98/44/EC of 6 July 1998 on the legal protection of biotechnological inventions

ABSTRACT 1250

DEFINING “RESEARCH” IN THE US AND EU: CONTRAST OF SHERLEY V SEBELIUS AND BRÜSTLE V GREENPEACE RULINGSKirstin R.W. Matthews and Maude L. RowlandScience and Technology Policy Program, James A. Baker III Institute for Public Policy at Rice University, Houston, TX

Acknowledgements WethankMonicaMatsumoto,JingyuanLuoandShawnO’Neillforassistancewiththeposterdevelopmentanddesign.ThisprojectwassupportedbytheBaker Institute’sScienceandTechnologyPolicyProgramaswellastheBakerInstituteInternationalStemCellPolicyprogramwhichwasendowedbytheStateofQatarincollaborationwiththeQatarFoundationforEducation,Science and Community Development.

Further Information Formoreinformationonthisorrelatedprojects,pleasecontactKirstinMatthewsat [email protected] InstituteScienceandTechnologyPolicywebsite at www.science.bakerinstitute.org.APDFversionoftheposterisalsoavailable at www.bakerinstitute.org/isscr2012-courts.

KirstinR.W.Matthews,MaudeL.Rowland,JingyuanLuo,MonicaMatsumoto(2012)“StemCellResearchintheCourts:Sherleyv.Sebelius”BakerInstitutePolicyReport50.Website:www.bakerinstitute.org/policyreport50

Contact Information The International Stem Cell Policy Program

2012

BGH ruling on legitimacy of Brüstle’s patent

2009 2010 2011

Figure 1: Sherley v Sebelius (US) and Brüstle v Greenpeace (EU) Court Case TimelineMajorscientificandpolicyeventsoccurredduringthetwocourtcases.WhileBrüstlefiledhispatentin1997beforethefirstisolationofhESCswaspublished,publicdiscussionaboutthisresearchledtoGreenpeacefilingthecourtcasein 2004. In the US, the new NIH guidelines in 2009 led Sherley and others to contest the ability of the federal government to fund hESC research even though it had done so in a limited capacity for eight years.

1996 1997 1998 20041999 2005 2006 2007 2008

BGH holds hearing on Brüstle’s patent; refers questions on “human embryo” to ECJ.

ECJ holds hearing on the case to clarify terminology

Advocate General of ECJ gives opinion

ECJ’s final ruling

Directive 98/44/EC issued by European Parliament

German Patent Office grants Brüstle’s patent

Greenpeace sues Brüstle

German Federal Patent Court revokes patent; Brüstle appeals to BGH

Dickey Wicker Amendment passed

Creation of human ESCs Creation of human iPS cellsPresident Obama directs NIH to issue new guidelines for hESC research

NIH releases new guidelines

Plaintiffs file case in US DC

DC dismisses suit, citing plaintiffs’ lack of standing

Plaintiffs appeal ruling AC rules Drs. Sherley and Deisher do have standing

DC dismisses case

Oral arguments in AC

AC ruling

AC rules in favor of the defendants

DC grants preliminary injunction to halt NIH funding of hESC research

Government files appeal and emergency motion to stay injunction

AC stays injunction; allows NIH funding of hESC research until official ruling

Oliver Brüstle files for patent

US Supreme Court ruling

* German Federal Court of Justice, Bundesgerichtshof (BGH); National Institutes of Health (NIH); District Court (DC); European Court of Justice (ECJ); Appeals Court (AC)

Table 1: Comparison of US and EU Court CasesWhile both cases ruled on aspects of hESC research, there were several differences in what was reviewed, how they defined an embryo, and how the decision impacted research.

Topic US EU

Ethics Ethical arguments are inconsistent with existing policies

Cannot federally fund creation of hESC lines created with other funds

EU program exists to fund hESC research and many countries (e.g. the UK) fund creation of hESC lines

Authority States/nations can enact their own policies

Definition of embryo

Rulingonuseofembryosforresearch

hESCs are not equivalent to an embryo

hESCs are equivalent to an embryo

Definition of research

Researchisdistinctsetof experiments and the creation of hESCs is a separate process from use of hESCs in research

Researchisacollectiveprocess;hESCresearchnecessitates creation ofhESCs;thetwoarelinked

Legislation Rulingonexistingpieceoflegislation

Dickey-Wicker Amendment

EUBiotechnologicalDirective

Future of case Appealed,Rulingcan be overturned by Appeals Court or Supreme Court

Cannot be overturned without changes to BiotechDirective

BasedonpreviousAppeals Court ruling plaintiffs will likely lose case and Supreme Court will probably not hear case

GermanPatentOfficewill rule on patent and will likely rule with Greenpeace

Table 2: Effects and Impacts of US and EU Court CasesBothcourtcaseshadabroaderimpactthanwhatwasoriginallyenvisioned when the case was brought to trial. Ultimately, the impact on research and development will only be determined after time has passed and one can determine if indeed researchers and companies moved away from the field after the 2011-2012 decisions.

Topic US EU

Policy Uncertainty Legislationisvaguelywordedallowingbroadinterpretations;Courtcasesdemonstrateinstability of the policies/legislation

Can change with changes in executive administration

hESC research stillremainslegal;individual nations determine legality

hESC Research Cases unfavorable towards hESC research and as such may lead industry and scientists to shift to new cell type

Injunctionhaltedresearch for a few weeks;Scientistsmoved away from hESC research after injunction

Rulingcouldimpairability to do hESC research because it implied hESC research was immoral

Collaborations International collaborations are hindered by these rulings, make it more difficult

Commercialization of Technologies

Can patent hESCs and processes or technologies derived from them

Cannot patent hESCs and processes or technologies derived from them

Rulingdoesnotdirectly affect commercialization

Could be more difficult to commercialize

Controversies and uncertainty regarding legality of hESC research may lead to scientists/companies pursuing other fields or work in other countries

Requiresextralevelofoversight to determine if patent resulted from destruction of an embryo regardless of if it was mentioned in filing;Maybedifficultto find competent patent officers

Promotealternativesfordevelopment: orphan drug, trade secrets, patent in US, etc.

Items in RED apply to the United States (US)

Items in BLUE apply to the European Union (EU)

Items in PURPLE apply to both regions

Future

Plaintiffs appeal ruling