In today’s rapidly evolving business landscape, mergers and acquisitions (“M&A”) remain a common strategic priority for companies aiming to grow, innovate, or strengthen their market position. However, the complexity of these transactions necessitates meticulous preparation and due diligence. Patent due diligence is a critical component of the intellectual property (“IP”) due diligence process in M&A deals, particularly for tech centric businesses. Overlooking this step can lead to substantial legal and financial repercussions post-transaction.

The legal battle between Harvard and 10x Genomics, and Vizgen Inc. came to a halt the other day, February 6, 2025, when the parties notified Judge Matthew F. Kennelly they had reached a settlement. This comes after three days of intense trial in the District of Delaware. Harvard and 10x filed suit against Vizgen back in April of 2022 alleging it was infringing on a series of Harvard’s patents dedicated to gene-mapping technologies. Vizgen counter-claimed that Harvard breached the implied covenant of good faith and fair dealing, violated the warranties it made in the Vizgen licensing agreement, and negligently misrepresented those warranties to induce Vizgen to enter the agreement. Vizgen also claimed that 10x tortiously interfered with its business relationships, the parties violated antitrust statutes, and sough a declaratory judgment declaring the patents invalid. The original licensing deal was with ReadCoor, a company acquired by 10x that was co-founded by Harvard Medical School professor and named inventor on the patents-in-suit, George Church.

Stablecoins have emerged as one of the most transformative innovations in the cryptocurrency space, bridging the gap between the volatility of traditional cryptocurrencies like Bitcoin and the stability demanded by mainstream financial systems. This rise has brought with it a wave of innovation, and nowhere is this more apparent than

Less than two months after CVC made the surprising move to revoke two of its seminal European CRISPR patents, Sigma-Aldrich has done it too. While the facts that led to Sigma’s “self” revocation may be different than CVC’s, this en vogue trend of avoiding final decisions is troubling because it

There is no shortage of surprises and twists in the decade-long fight over the control of dominant IP in the CRISPR space.  The newest one is the self-revocation of two seminal CRISPR patents in Europe by the team led by two Nobel Laureates Emmanuelle Charpentier and Jennifer Doudna (aka “CVC”).  

The Federal Circuit’s decision in Edwards Lifesciences Corp. v. Meril Life Sciences Pvt. Ltd., has garnered significant attention, especially concerning the application of the “safe harbor” provision under 35 U.S.C. § 271(e)(1). The Federal Circuit’s ruling, and the subsequent denial of Edwards’s petition for rehearing en banc, underscores

Litigators in the life sciences field are no doubt familiar with the so-called “artificial” act of infringement established by 35 U.S.C. § 271(e)(2)(A)-(B): namely, that a party can be sued for patent infringement by merely filing an Abbreviated New Drug Application (“ANDA”) for a generic drug or a Biologics License

In the United States, the scale of trade secret theft is estimated to be between $180 billion and $450 billion annually. Among the targets of this theft are pharmaceutical companies, which are some of the most research-intensive institutions in the world. Pharmaceutical research generally requires extensive work and often generates proprietary data that is pivotal to shaping pharmaceutical development. Because that data may be very attractive to threat actors, pharmaceutical companies employ various measures to protect their proprietary information, these measures may sometimes fall short. A November 2021 trade secret misappropriation suit brought by Venn Therapeutics (“Venn”) against Corbus Pharmaceuticals (“Corbus”) in the District Court for the Middle District of Florida highlights the issues that can arise despite a company’s best efforts to protect its trade secrets.