Exhibit 99.1
T2 Biosystems Announces Plans to License its Proprietary Technology to Expand its Leadership in
Direct-From-Whole-Blood Detection of Sepsis-Causing Pathogens
Intends to accelerate broad adoption of direct-from-whole-blood
diagnostics, generate non-dilutive capital, and create a new royalty revenue stream
LEXINGTON,
Mass., December 9, 2024 (GLOBE NEWSWIRE) T2 Biosystems, Inc. (NASDAQ: TTOO) (the Company), a leader in the rapid detection of sepsis-causing pathogens and antibiotic resistance genes, today announced plans to license
its proprietary technology to expand its leadership in direct-from-whole-blood detection of sepsis-causing pathogens. T2 Biosystems proprietary technology is a key component of its FDA-cleared products,
including the first and only products able to detect sepsis-causing pathogens directly from whole blood.
T2 Biosystems expanded business model is
intended to generate non-dilutive capital through licensing agreements that provide access to the Companys patented direct-from-whole-blood technology, create a new royalty revenue stream, and accelerate
the broad adoption of direct-from-whole-blood diagnostics to detect sepsis-causing pathogens and antibiotic resistance. The Companys FDA-cleared products are powered by its proprietary sample processing
and Magnetic Resonance (T2MR®) detection. Through its research and development efforts, T2 Biosystems has determined that its patented sample processing may be adapted to other detection
methods, including fluorescence, potentially enabling other diagnostic platforms to also detect sepsis-causing pathogens and antibiotic resistance directly-from-whole-blood.
We believe our proprietary technology is a valuable asset and that by licensing our intellectual property to allow other diagnostic firms to integrate
our direct-from-whole-blood capabilities into their commercially available instruments, we can generate non-dilutive capital, create a royalty revenue stream, and enable widespread market access to accelerate
the broad adoption of blood culture-independent diagnostics, stated John Sperzel, Chairman and CEO at T2 Biosystems. This new strategy further leverages our robust patent portfolio and scientific expertise to accelerate our mission to
improve patient outcomes, lower mortality rates, and reduce healthcare cost by enabling clinicians to make faster, targeted antimicrobial decisions.
In September 2024, T2 Biosystems succeeded in defending against the opposition of a key patent that covers the Companys novel sample preparation method,
which is a key part its proprietary direct-from-whole-blood pathogen detection method. The opposition was filed with the European Patent Office (EPO) by bioMerieux and a strawman representing another multibillion-dollar global diagnostics company
against one of T2 Biosystems previously granted European patents, which covers a novel method for amplifying a target nucleic acid characteristic of a pathogen in a whole blood sample.
T2 Biosystems intellectual property was used to develop the T2Dx® Instrument, the T2Bacteria® Panel, and the T2Candida® Panel, which are the first and only FDA-cleared diagnostics able to
detect sepsis-causing bacterial and fungal pathogens directly-from-whole-blood, in just 3-5 hours, without the need to wait days for a positive blood culture. The Company has developed significant clinical
data to support its direct-from-whole-blood value proposition, built an installed base of nearly 200 instruments, established a number of influential key reference accounts, built relationships with key opinion leaders who advocate for our products
and technology, and recently entered into an exclusive U.S. commercial agreement with Cardinal Health (NYSE: CAH). The Company has achieved record sepsis test growth in 2024, and additional revenue streams will allow continued focus on core
priorities of accelerating sepsis test sales on the T2Dx Instrument and reducing operational costs. Accordingly, the Company believes now is the optimal time to license its proprietary technology to accelerate broad adoption of
direct-from-whole-blood detection of sepsis-causing pathogens and antibiotic resistance.