Personalized Medicine Bulletin

The source for business, legal, and regulatory developments shaping an evolving industry

A Patent Landscape Analysis: iPSCs

Posted in Personalized Medicine; Stem Cells

There are several emerging technology clusters in the induced pluripotent stem cell (iPSC) space. Simon Elliot and I conducted a patent landscape analysis focusing on issued U.S. patents and pending applications. We found several geographical clusters and a trend in the development of the technology away from the use of genetic transforming factors. A brief report on our analysis was recently published on line - “Induced Pluripotent Stem Cells: A U.S. Patent Landscape Analysis.”

This report is interesting not only from a patent analyst’s perspective of tracking the evolution of IP in a particular technology, but also because it shows a clear evolution of the technology and processes for achieving the same result using different techniques.

 

Patent Exhaustion and Self-Replicating Technologies

Posted in Personalized Medicine; Stem Cells

Today in Bowman v. Monstanto Co., 569 U.S. __ (2013), a unanimous Supreme Court held that under the doctrine of patent exhaustion,the authorized sale of a patented article only gives the purchaser or any subsequent owner of the patented article the right to use or resell that article. It does not give the purchaser or any subsequent owner the right to make copies of the original article, even when the article being purchased inherently possesses the ability to make copies of itself. Continue reading this entry

Video Interview: Discussing the Supreme Court’s Oral Arguments in Myriad Gene Patenting Case

Posted in Gene Patents; Personalized Medicine

Earlier this week, I had the opportunity to speak again with Colin O’Keefe of LXBN regarding last week’s oral arguments in Association for Molecular Pathology v. Myriad Genetics. In the interview, I share some quick observations on the oral arguments and offer my thoughts why I believe the Justices will “split the baby” with their ruling.

Personalized Medicine and the Gene Patenting Debate

Posted in Gene Patents; Genetic Testing; Personalized Medicine

The transcript for today’s Supreme Court oral argument in The Association for Molecular Pathology v. Myriad Genetics, Inc., No. 12-398 (2013) has been released, and the importance of the gene patenting debate to personalized medicine was discussed. The Court was well briefed on the issues and questioned the parties and U.S. government regarding why isolated genes should or should not be patent-eligible, the distinctions between DNA probes or primers and claims to full length sequences (isolated genomic DNA and cDNA) and the difficulty in crafting a test that would exclude broadly claimed inventions under Section 101 of the patent act rather than limiting broadly claimed inventions as failing under Section 102 (novelty) and/or Section 103 (obviousness). Continue reading this entry

“Human Genes” and Patents

Posted in 35 U.S.C. 101; Gene Patents; Genetic Testing; Personalized Medicine

At 10:00 A.M. on April 15th, the U.S. Supreme Court will entertain oral arguments in the dispute now known as the human “gene patenting” case. The Association for Molecular Pathology v. Myriad Genetics, Inc., No. 12-398 (2013) is likely the highest profile patent dispute before the Supreme Court in recent history, arguably because it touches on issues concerning invention, innovation, investment, property rights and the delivery of health care. Arguing against the patenting of “human genes” and reversal of 30 years of U.S. patenting precedent is Christopher A. Hansen (on behalf of the American Civil Liberties Union (“ACLU”) and plaintiffs-petitioners). Gregory A. Castanias is representing defendants-respondents Myriad Genetics Inc. et al. (“Myriad”), arguing for the continued patent-eligibility of isolated human genes, cDNA and functional fragments of DNA. Solicitor General Donald B. Verrilli, Jr. is arguing on behalf of the U.S.government as amicus, supporting neither party in full.

What is a “Human Gene?”

“Are human genes patentable” is the sole question before the Supreme Court. Hidden within this deceptively simple question is what is specifically meant by the phrase “a human gene.” During this dispute, the patent claims at issue have been argued to cover a complete human gene (including contiguous coding and non-coding regions), artificial, human-generated, contiguous DNA sequences (cDNA and recombinant DNA) and functional gene fragments being identical to portions of a human gene. In its recent Reply Brief, the ACLU argues that the term “a human gene” includes isolated human DNA, cDNA and fragments, but excludes recombinant DNA. The ultimate construction of the term “a human gene” is key to whether or not gene patents preempt the use of laws and products of nature; a policy issue that has been heavily briefed and argued by the parties and amici.

Naturally-Occurring Genes

In its Reply Brief, the ACLU responds to Myriad and its amici’s concern that a ruling in petitioner’s favor might prevent useful patents on tests, drugs, other DNA-related compositions such as recombinant DNA, or patents limited to particular uses by opining that the question before the Supreme Court does not touch recombinant DNA (DNA that results from choosing fragments from genes or chromosomes that do not appear together in nature and “stitching them together”), recombinant therapeutic proteins, or genetically engineered antibodies. (Page 2 of Reply Brief.)

The ACLU argues that in contrast to recombinant DNA, DNA isolated or purified from a human (complete gene sequences and fragments of genes) should not be patent-eligible because the acts of finding, separating and characterizing a DNA molecule do not present structural distinctions between the DNA or gene as it exists in the human body. The ACLU also dismisses Myriad’s new uses of isolated DNA over DNA in the human body, on the ground that these arguments only speak to methods for using materials (relevant only to method or use patents) and not patents claiming compositions such as isolated DNA.

Patent-Eligibility of cDNA

The ACLU takes the position that the patent-eligibility of cDNA is not at issue, but should the Supreme Court decide to take on this issue, it should find that cDNA is not patent-eligible. cDNA (an abbreviation of complementary DNA) is synthesized in a laboratory from a messenger RNA (“mRNA”) template. Certain of Myriad’s patent claims at issue are limited to cDNA by reference to a specific nucleotide sequence which was determined by a process of reverse transcribing messenger RNA. The ACLU first takes issue with Myriad’s construction of the cDNA claim because, in its opinion, the claim does not identify the sequence as cDNA. The ACLU opines that thus, the claim arguably covers any isolated DNA with that nucleotide sequence. Moreover, the act of creating cDNA is, in the ACLU’s opinion, as simple as linking the mRNA fragments to form one template that codes a functional protein like magnets on a string.

Interestingly, in the ACLU’s view, cDNA is distinct from recombinant DNA, “which is created when a geneticist selects cDNA or DNA fragments from different sources and intentionally stitches them together. (Page 10 of Reply Brief). Any cDNA that “simply mirrors naturally-occurring mRNA is a product of nature and a basic scientific tool” and therefore is argued to be patent-ineligible. (Page 10 of Reply Brief).

A Question of Claim Construction

The history of this dispute is unusual in that the patent claims at issue were never construed, a process by which the parties and at times the court interpret patent claims to determine their scope and meaning. Indeed, any patent analysis, whether to determine patent infringement or patent invalidity, requires a construction of the patent claims. Construction of Myriad’s patent claims would have served as clear notice to the amici and public as to what subject matter was objectionable and why. Without this fundamental analysis, the parties and amici have appeared to struggle with what is clearly at issue here – the patenting of any DNA that has some sequence identity to a human gene or only purified whole gene sequences? Indeed, one sensible approach for the Supreme Court would be to remand for construction of the patent claims.  

The ACLU in its Reply Brief has moved from its prior policy-heavy arguments of preemption and public health to a more traditional analysis of the claim language and whether that language satisfies the statute that governs patent-eligible subject matter. Whether and how the Supreme Court handles the same issue will be telling as to its ultimate decision and more importantly, the effect if any, of the possible exclusion of human DNA or genes from the U.S. patent system.

A Cautionary Tale for Patent Applicants

Posted in AIA

When should a patent application be filed? Should it be filed prior to submission of a manuscript or abstract for peer-review or just prior to publication? In highly competitive technologies, it is prudent to file as soon as possible or run the risk of losing potential patent rights to a competitor. While such was good business practice prior to adoption of the first-to-file provisions of the America Invents Act (“AIA”), it is now imperative to file as soon as possible.Continue reading this entry

Business Models for Personalized Medicine

Posted in Economics of Innovation; FDA; FDA Guidelines; Genetic Testing; Personalized Medicine; Reimbursement

Personalized medicine is moving from concept to reality, fueled in part by advances in sequencing technology and data analysis. However, significant business challenges remain that hinder growth and adoption of personalized health care. One such challenge how to is pay for the research and development of new diagnostics and therapies when the target patient population does not fit the traditional pharma “block buster” model. Thus, the health care industry is searching for viable business models to fund personalized therapies and companion diagnostics. How does one attract investment? How does one navigate the regulatory pathway? Will payors reimburse the diagnostic? How does one price the product and service?

The Personalized Medicine Business Summit will tackle these issues on May 14th, in San Francisco. Industry heavyweights such as Steve Burrill, Dr. Elizabeth Mansfield of FDA and Ronnie Andrews of Life Technologies will share their experience and insights on evolving business models for personalized medicine.  Further information is provided at www.personalizedmedicinesummit.com.

Australian “Gene Patenting” Case to be Appealed

Posted in Gene Patents; Genetic Testing; Personalized Medicine

The patenting of human genes in Australia remains under court review. As reported in the blog Patentology, an appeal of the Australian decision, Cancer Voices et al. v. Myriad Genetics Inc. et al., was filed on March 4, 2013 to a Full Bench of the Federal Court of Australia by the law firm of Maurice Blackburn on behalf of cancer survivor Yvonne D’Arcy. As reported in my February 19, 2013 post, the lower court upheld claims to isolated polynucleotides comprising all, or a portion of the BRCA1 locus or of a mutated BRCA1 locus. The polynucleotides can be RNA, DNA, cDNA and synthetic forms.

Preparing to Comply With the HITECH Final Rule

Posted in Genetic Testing; Health Care IT; Privacy

As reported in my January 24th, 2013 post, the Office for Civil Rights of the U.S. Department of Health and Human Services (HHS) issued an omnibus final rule (the Rule) implementing changes in current regulations under the Health Insurance Portability and Accountability Act of 1996 (HIPAA), pursuant to the Health Information Technology for Economic and Clinical Health Act (HITECH Act). In addition to finalizing proposed regulations set forth in a proposed rule dated July 14, 2010, it also addressed other HIPAA provisions. It also finalized a proposed rule issued in 2009 that implements the HIPAA-related genetic privacy provisions of the Genetic Information Nondiscrimination Act (GINA). Continue reading this entry

Genetic Testing and Screening of Children: Ethics and Best Practices

Posted in Genetic Testing; Genomics; Privacy; Uncategorized

The application of medical technology in the pediatric setting must serve the best interest of the child. Genetic testing of children and infants presents unique challenges. In contrast to the testing of adult patients, most children cannot understand the risks and benefits or provide informed consent. The American Academy of Pediatrics (AAP) and the American College of Medical Genetics and Genomics (ACMG) recently issued recommendations regarding genetic testing or screening of infants and children. In Ethical and Policy Issues in Genetic Testing and Screening of Children (“Report”), the AAP and ACMG review the scenarios in which genetic testing or screening of minors may occur and recommend best practices for such testing.Continue reading this entry