• By Kevin E. Noonan –

    RegeneronBiotechnology company Regeneron Pharmaceuticals, Inc. filed an amicus curiae brief at the Federal Circuit in support of the appeal by Junior Party the University of California/Berkeley, the University of Vienna, and Emmanuelle Charpentier (collectively, "CVC") of the Patent Trial and Appeal Board's decision to award priority to Broad Institute, Harvard University, and MIT (collectively, "Broad") as Senior Party for claims reciting eukaryotic embodiments of CRISPR-Cas9 (see "PTAB Grants Priority for Eukaryotic CRISPR to Broad in Interference No. 106,115").

    Regeneron's argument was based on its assertion that the PTAB had misapplied the law regarding conception; the error, Regeneron asserts, is that the PTAB confused conception with reduction to practice.  The distinction is one well-established in the law, according to the brief, going back to Thomas Jefferson and the beginning of the U.S. patent system, on the principle that "'Invention' thus 'is not the work of the hands, but of the brain,'" citing Edison v. Foote, 1871 C.D. 80, 81 (Comm'r Pat. 1871), and in more recent precedent, Pfaff v. Wells Elecs., Inc., 525 U.S. 55, 60 (1998).  And in the interference context, the brief cites Price v. Symsek, 988 F.2d 1187, 1190 (Fed. Cir. 1993) (citing Lutzker v. Plet, 843 F.2d 1364, 1366 (Fed. Cir. 1988), for the rubric that invention belongs to the first to conceive the invention "even if the inventor was last to reduce the invention to practice."

    The PTAB did not follow this precedent, according to the brief, because it "conflated conception—a mental act that the patent system promotes and protects—with actual reduction to practice—a physical step" (emphasis in brief).  And this conflation was based on two "fundamental errors" in Regeneron's view:

    • First, the Board improperly required CVC to know that its invention would work for its intended purpose, a burden Regeneron asserts has been rejected by the Federal Circuit in Burroughs Wellcome Co. v. Barr Lab'ys, Inc., 40 F.3d 1223, 1228 (Fed. Cir. 1994) (citing MacMillan v. Moffett, 432 F.2d 1237, 1239 (C.C.P.A. 1970), Applegate v. Scherer, 332 F.2d 571, 573 (C.C.P.A. 1964), and Oka v. Youssefyeh, 849 F.2d 581, 584 n. 1 (Fed. Cir. 1988), relegating any such belief that the invention will work to an inventor's reduction to practice.

    • Second, and similarly, the Board erred by ascribing any difficulties encountered by CVC and colleagues in reducing the invention to practice as inapposite to conception, stating that "post‑conception experimental failures cannot undo an earlier conception," citing In re Jolley, 308 F.3d 1317, 1325 (Fed. Cir. 2002).

    After setting forth the precedential distinctions between conception and reduction to practice, Regeneron argues that the Board erred in applying even black-letter law, specifically that the "inventor need not know that the invention will work for conception to be complete," Burroughs Wellcome, and then misapplies it ("it did not practice what it preached").  This is by stating as a basis of denying CVC priority to eukaryotic CRISPR that "[t]o have conceived of an embodiment of Count 1," the CVC inventors must "have had a definite and permanent idea of . . . a system they knew would produce the effects on genes in a eukaryotic cell recited in Count 1," which, the brief states bluntly, "is not the law" (even outside the interference context, citing Dana-Farber Cancer Inst., Inc. v. Ono Pharm. Co., 964 F.3d 1365, 1372 (Fed. Cir. 2020), and  Univ. of Pittsburgh v. Hedrick, 573 F.3d 1290, 1298 (Fed. Cir. 2009)).  Indeed, the brief argues that far from knowing that a invention would work for its intended purpose, conception and thus entitlement to priority does not require that an inventor have a reasonable expectation that the invention will work for its intended purpose (emphasis in brief).  Simply put, the brief argues that "the Board got the law of conception wrong."

    And the principle that an inventor cannot retroactively conceive an invention under Cooper v. Goldfarb, 154 F.3d 1321, 1331 (Fed. Cir. 1998), is "irrelevant" in this case, Regeneron argues, because the Board improperly required CVC to have knowledge that its eukaryotic CRISPR invention would work.  In doing so, "[a]ll the Board did was mangle an actual rule precluding nunc pro tunc conception into a non‑existent rule requiring knowledge that the invention will work" the brief asserts.  The principle that conception requires "conceiving a way to make an idea operative" under Dawson v. Dawson, 710 F.3d 1347, 1356 (Fed. Cir. 2013), "merely distinguishes 'a specific, settled idea' for 'a particular solution to the problem at hand' (a conception) from 'just a general goal or research plan' that the inventor 'hopes to pursue' (not a conception)."  Here, Regeneron argues, CVC's inventors "easily satisfied" the proper test, based on identifying a particular problem (adapting CRISPR for eukaryotic cells) and forming a specific solution (sgRNA).

    The Board came to its erroneous conclusion despite accepting CVC's evidence of conception (laboratory notebooks, invention disclosure forms) and that "'only routine materials and techniques, as described by the CVC inventors, were required for' their invention to become operative."  Nevertheless, the Board's conclusion that CVC's inventors were uncertain about the operability of their conception "trumped that evidence and fatally undermined their conception" was the Board's error, Regeneron argued, based on precedent and in particular In re Jolley (where "tentative and uncertain" notebooks were not enough to negate conception).

    The Board's second mistake in Regeneron's view was to let evidence of experimental failures negate conception, which conflates the requirements of both concepts.  Post-conception testing is the essence of reduction to practice, insofar as it is how an inventor establishes that the conceived invention works as intended.  While this can be established merely by constructing simple inventions (Scott v. Finney, 34 F.3d 1058, 1061 (Fed. Cir. 1994)), "[t]esting sufficient to show a reduction to practice has often been at issue in interference proceedings," citing Newkirk v. Lulejian, 825 F.2d 1581, 1582 (Fed. Cir. 1987)).  But these considerations are separate from conception, according to the brief, citing Burroughs Wellcome, and "[j]ust because 'subsequent experimentation shows that an invention that was only conceived does not work, that fact does not vitiate the earlier conception.  A conception not later reduced to practice may have little significance, but it is important that we not confuse concepts.  The conception was still a conception.'" Relying on John Gladstone Mills III et al., Patent Law Fundamentals § 2:4 (2d ed.), Regeneron argues that:

    [T]he test for conception requires only that the inventor's idea for solving a particular problem encompassed the claimed invention.  That the inventor had trouble reducing the invention to practice says nothing about what idea the inventor had in mind before attempting to reduce it to practice.

    These principles are supported by numerous examples and precedent cited in the brief, all of which Regeneron asserts the Board ignored (or was persuaded to discount).  The language from Burroughs Wellcome that the Board did rely upon:

    A conception is not complete if the subsequent course of experimentation, especially experimental failures, reveals uncertainty that so undermines the specificity of the inventor's idea that it is not yet a definite and permanent reflection of the complete invention as it will be used in practice

    was "cherrypicked" according to the brief and was applicable only to "the so-called doctrine of simultaneous conception and reduction to practice" which was not applied by the Board (although Broad had referenced the concept earlier in the proceedings; see "Broad Files Priority Motion in CRISPR Interference"*).  The significance of this distinction is that in simultaneous-conception-and-reduction-to-practice situations "reduction to practice in effect provides the only evidence to corroborate conception of the invention," citing Amgen, Inc. v. Chugai Pharm. Co., 927 F.2d 1200, 1206 (Fed. Cir. 1991), and here the Board properly did not invoke the doctrine (albeit applying the principle in finding against CVC's priority of invention).  And although courts (including the Burroughs Wellcome court) have held that reduction to practice can corroborate conception, the brief argues that this application is not universal, citing Judge Lourie's concurring-in-part and dissenting-in-part opinion in Burroughs Wellcome for the concept that corroboration of conception need occur at the alleged conception date.  The Board for its part in this case had "made reduction to practice a necessary element of conception" which was its "fundamental error" that Regeneron urges the Federal Circuit to correct.

    *On November 2nd, the Federal Circuit granted Broad's motion to extend the time for filing its principal brief as cross appellant and responsive brief as appellee to February 7, 2023.

  • By Kevin E. Noonan –

    USPTO SealOn October 24th, the Patent Trial and Appeal Board scheduled back-to-back oral hearings for interferences between Sigma-Aldrich (Senior Party) and Junior Party The Regents of the University of California, University of Vienna, and Emmanuelle Charpentier (collectively, "CVC"; Interference No. 106,132; Order) and Junior Party The Broad Institute, Massachusetts Institute of Technology, and The President and Fellows of Harvard College (collectively, "Broad"; Interference No. 106,133; Order).  In the '132 Interference, the hearing will commence at 1:00 pm EDT on November 17th, and for the '133 interference, the hearing will start at 3:00 pm EDT that day.  The hearings will be conducted by telephone.

    Interested members of the public may be granted access by request sent to PTABHearings@uspto.gov prior to the hearing date.

    The issues to be discussed can be found on the PTAB website and in several prior Patent Docs posts.

  • CalendarNovember 15, 2022 – "The End of U.S. Government Guidance on FRAND?" (Intellectual Property Owners Association) – 11:00 am to 12:00 pm (ET)

    November 15, 2022 – "Examiner Interviews — Dos and Don'ts" (National Association of Patent Practitioners) – 12:00 pm to 1:00 pm (ET)

    November 15-16, 2022 – Summit on Life Sciences IP Due Diligence (American Conference Institute) – Boston, MA

    November 16, 2022 – "PTAB Pendulum Swings the Other Way: Practice Updates, A Year in Review" (McDonnell Boehnen Hulbert & Berghoff LLP) – 10:00 am to 11:15 am (CT)

    November 17, 2022 – "Opting out of the Jurisdiction of the Unified Patent Court – Why, When and How?" (J A Kemp) – 16:00 pm to 17:00 pm (GMT)

    November 17, 2022 – "Future-Proofing IP Workflows in the Face of Economic Headwinds" (IPWatchdog and IP.com) – 12:00 pm (ET)

    November 18, 2022 – Innovator Diversity Pilots Conference (U.S. Patent and Trademark Office and High Tech Law Institute (HTLI) of the Santa Clara University School of Law) – 9:00 am to 5:00 pm (PT), Santa Clara University School of Law, Santa Clara, CA

    December 1-2, 2022 – International Summit on Biosimilars and Originator Biologics (American Conference Institute) – Munich Germany,

  • IPO #2The Intellectual Property Owners Association (IPO) will offer a one-hour webinar entitled "The End of U.S. Government Guidance on FRAND?" on November 15, 2022 from 11:00 am to 12:00 pm (ET).  Jorge Contreras of the University of Utah S.J. Quinney College of Law; Nicholas Matich of McKool Smith; Stevan Mitchell, Office of Standards and Intellectual Property (OSIP) International Trade Administration at U.S. Dept. of Commerce; and Paul Zeineddin of Blank Rome LLP will focus on the history and context of the U.S. Department of Justice, National Institute of Standards and Technology, and Patent and Trademark Office's 2013, 2019, and (draft) 2021 policy statements on remedies for standards-essential patents, as well as the legal impact of their withdrawal, and will also discuss where the U.S. government, standards organizations, and private parties should go from here.

    The registration fee for the webinar is $150 for non-members or free for IPO members (government and academic rates are available upon request).  Those interested in attending the webinar should register here.

  • NAPP_1The National Association of Patent Practitioners (NAPP) will be offering a webinar entitled "Examiner Interviews — Dos and Don'ts" on November 15, 2022 from 12:00 pm to 1:00 pm (ET).  Michael Maicher of Volpe and Koenig will help attendees better represent clients before the USPTO by reviewing helpful tips and information related to conducting interviews for U.S. patent applications, including briefly reviewing the basics and some best practices before having a question and answer session.

    Those interested in registering for the webinar should do so here.

  • MBHB Logo 2McDonnell Boehnen Hulbert & Berghoff LLP will be offering a live webinar entitled "PTAB Pendulum Swings the Other Way: Practice Updates, A Year in Review" on November 16, 2022 from 10:00 am to 11:15 am (CT).  In this presentation, MBHB attorneys James Lovsin and George "Trey" Lyons, III will take a look at the decrease in discretionary denials of proceedings (and denials to institute, in general), the application by the Federal Circuit of the IPR estoppel statute, and the Supreme Court's decision in Arthrex v. Smith & Nephew, and the impact these have had on AIA Trial Proceedings.

    While there is no fee to participate, attendees must register in advance.  Those wishing to register can do so here.

  • J A KempJ A Kemp will be offering a webinar entitled "Opting out of the Jurisdiction of the Unified Patent Court – Why, When and How?" on November 17, 2022 from 16:00 pm to 17:00 pm (GMT).  Stephen Hodsdon and Sarah Roques of J A Kemp will explore the reasons why patent proprietors may wish to opt out some or all of their European patents and explain the details of the timing and formalities for filing opt outs.  The webinar will address the following topics:

    • Introduction to the UPC and its jurisdiction
    • Factors to consider when deciding whether to opt out of the UPC jurisdiction or not
    • Timetable for filing opt outs
    • Preparations required in advance of filing opt outs
    • The process of filing opt outs
    • Strategies for pending and future applications

    There is no registration fee for this webinar.  However, those interested in registering for the webinar, should do so here.

  • IPWatchdogIPWatchdog and IP.com will be offering a webinar entitled "Future-Proofing IP Workflows in the Face of Economic Headwinds" on November 17, 2022 at 12:00 pm (ET).  Gene Quinn of IPWatchdog, Inc., Sivon Kalminov of Canon, and Chris Irick of IP.com will discuss proven strategies for navigating difficult economic climates and future-proofing IP workflows to make sure the pipeline stays full even while budgets must become more frugal.

    There is no registration fee for this webinar.  However, those interested in registering for the webinar, should do so here.

  • The U.S. Patent and Trademark Office and High Tech Law Institute (HTLI) of the Santa Clara University School of Law will be hosting an Innovator Diversity Pilots Conference on November 18, 2022 from 9:00 am to 5:00 pm (PT) at the Santa Clara University School of Law in Santa Clara, CA.  The conference will focus on innovator diversity pilot projects and effective practices to increase participation in innovation.  Conference participants will:

    • Share with peers and learn from others' practices for increasing diversity and inclusion in invention and innovation and hear evidence of their effectiveness.
    • Hear from leading academics and the USPTO about how to run pilot programs and quantify their impact using best practices as documented in the IPO Diversity Toolkit and High Tech Law Institute's Best Practices in Diversity Guide.
    • Join a community of leaders exploring novel ways to increase the participation of women and underrepresented groups in innovation and inventing.

    Registration is free for remote attendees, and $55 for in-person attendance for members of the corporate sector only.  There is no charge to attend for persons from the nonprofit sector (academics, government employees, and non-governmental organizations), whether in-person or online.  Those interested in registering for the webinar can do so here.

    Htli-conference-graphic

  • By Kevin E. Noonan –

    Federal Circuit SealEarly last month, a group of scientists* filed an amici curiae brief in support of the appeal by Junior Party the University of California/Berkeley, the University of Vienna, and Emmanuelle Charpentier (collectively, "CVC") of the Patent Trial and Appeal Board's decision to award priority to Broad Institute, Harvard University, and MIT (collectively, "Broad") as Senior Party for claims reciting eukaryotic embodiments of CRISPR-Cas9 (see "PTAB Grants Priority for Eukaryotic CRISPR to Broad in Interference No. 106,115").

    The scientists state in preface:

    Science is not perfect.  A perfectly designed experiment can fail for a host of reasons before subsequent experiments vindicate the underlying theories.  Likewise, experiments may succeed (or appear to succeed) even when they are designed using incorrect or incomplete theories.  Luck, human error, and unaccounted-for variables all play a role in determining the results of an experiment.  It is impossible to control for all of these factors.

    This reality has led to development of the scientific method, wherein "scientists have developed rigorous procedures for testing their initial results and moving past initial failures."  And these failures are of two types, the scientists argue:  one, mundane failures arising from biological variability, experimental imprecision, and the play of chance; and two, fundamental failures, where "well-designed and well-executed series of experiments fails to support a scientist's expectations despite efforts to optimize or improve the experimental design and execution, suggesting the scientist has not actually made a discovery."

    With these principles as backdrop, the scientists argue that the PTAB "fundamentally misunderstood how skepticism and failure operate within the scientific method."  For inventions like CRISPR that "involve[] complex biological systems with many variables," the scientists maintain that "experimental failures are common and are not necessarily indicative of a problem in the underlying theories or experimental design."  After all, the scientists note, "Broad Institute reported only two positive results out of 265 sequencing reads in its first 'successful' use of the CRISPR-Cas9 system to cleave DNA in eukaryotic cells, a gene modification rate of less than one percent."  The PTAB's mistake was to take the CVC scientists' "ordinary skepticism" (that is a part of how experimental scientists evaluate their results and ensure they are reliable) with doubt regarding the experimental data (and hence whether the CVC inventors had conceived of operable embodiments for practicing CRISPR in a eukaryotic cell).

    The scientists' brief then recites some of this skepticism (in their view) that the PTAB misinterpreted, from the evidence Broad asserted in arguing incomplete conception from statements by the CVC inventors.  These statements, coupled with the five- to eight-month delay in getting eukaryotic embodiments of CRISPR to cleave target DNA effectively, convinced the Board that CVC's conception was incomplete.  This was error, according to the scientists, because the Board "mistakes mundane failures—part of everyday lab work—for fundamental failures—which might suggest the inventive idea is inoperative or incomplete."  Contrary to an admission of defeat, the scientists identify these statements to indicate that "the CVC inventors remained objective and open-minded in considering whether they needed to tweak their experimental design."

    And of course, "despite initial setbacks, the inventors eventually reduced to practice their invention—in the form in which they had conceived of it—using only those routine materials and techniques known to persons of ordinary skill in the art."  This is evidence that "the CVC inventors never fundamentally doubted their invention; their expression of uncertainty was just ordinary scientific skepticism," according to the scientists.  The brief hammers home the scientists' fundamental message that "scientific skepticism is not fundamental doubt" with regard to the PTAB's acceptance of Broad's expert witness, Dr Mirkin, on the potential reasons "why a person of ordinary skill in the art (i.e., a skeptical scientist) might have believed, prior to the successful implementation of CRISPR-Cas9 systems in eukaryotic cells, that routine laboratory techniques might not work due to theoretical obstacles such as RNA degradation in eukaryotic cells, differences in the environment of eukaryotic and prokaryotic cells, and toxic effects of prokaryotic RNAs on eukaryotic cells."  The PTAB's error, the brief argues, was to misunderstand the scientists' skepticism regarding the absence of empirical data.  This was just a scientist's prudent practice, CVC argues, that "[w]hen presented with a discovery (such as the use of CRISPR-Cas9 to cleave eukaryotic DNA in vitro, as disclosed in P1), responsible scientists will reserve judgment that the discovery works in other slightly different situations (such as eukaryotic cells) until experimental results demonstrate that it actually works."  This just reflected the requirement for "tough, sustained scrutiny" that the scientific method requires, the scientists argue.  While it is easy for the skilled worker to "come up with a list of any number of theoretical obstacles to reducing to practice an invention . . . that does not mean that clearing those obstacles requires additional disclosures or anything more than routine methods."

    Turning to the putative consequences of the PTAB's decision in this interference, the scientists predict that if upheld the Board's decision will "discourage collaboration, slow scientific progress, and reward confirmation bias."  In view of the collaborative nature in modern scientific labs, the scientists argue, the Board's decision to deny CVC's scientists with priority benefit to their invention will "discourage the free flow of communication between collaborators."  Prudently, future scientists "may choose not to speculate openly with their colleagues about why an experiment failed or brainstorm next steps" and, should this closed mouth behavior extend to students, cripple scientific education.  These concerns apply with at least equal risk to communication with the scientific community as a whole, the scientists argue.  As they put it, "[s]cience is a conversation: an iterative process that allows for one idea to build and shape the next through refinement of the last.  Sharing experimental results with the wider scientific community can launch a slew of new research."  But the lesson from the PTAB's decision against CVC will encourage future scientists "to secret away their inventions until they can muster enough evidence to convince others that their inventions will work."  Proposing the hypothetical, the scientists argue that the CVC inventors could have keep secret the discovery that CRISPR-Cas9 could be used to cleave DNA in vitro, waiting for the in vivo data to be later produced.  This would have delayed the progress of CRISPR research with deleterious effects on progress.

    The broader picture painted in the scientists' brief is that "the PTAB's decision will encourage bad science."  This means that:

    If the minor missteps and changes in strategy characteristic of routine bench work can later be used as evidence that an inventor lacked a definite and permanent idea of the invention, as the PTAB found here, scientists will avoid rigorously testing their own settled expectations.  Instead, they will be tempted to look for evidence that supports their view, building a case in favor of their invention for fear that proceeding objectively will result in denial of valuable intellectual property rights.  Such confirmation bias is antithetical to the very core of the scientific method, which demands steadfast skepticism.

    It is hard to say what the effects of this amicus brief will be.  But what the scientists provide for the Court is context for the statements, e-mails, and other evidence Broad adduced during the interference that proved persuasive to the PTB in awarding priority to the Broad due to perceived failures of the CVC inventors to have had complete conception of eukaryotic CRISPR.

    * The scientists on the brief are Thomas Cech (Nobel Prize winner, Chemistry, 1989), Titia de Lange, Michael Levine, David Jay Segal, and Jack Szostak (Nobel Prize Winner, Physiology/Medicine, 2009).