3C Therapeutics
Antibody Drug Conjugate illustration

Unlocking the Future of Medicine: Universal Protein Degradation with 3C Therapeutics.

At 3C Therapeutics, we are pioneering the next generation of targeted therapies. Our innovative TriCore platform directly confronts the limitations of traditional drug discovery, enabling the universal adoption of potent intracellular protein degraders with unprecedented precision. We design our degraders to eliminate disease-causing proteins by harnessing the cell's internal proteasome, redefining therapeutic possibilities.

Overcoming the inherent limitations of traditional targeted protein degradation, 3C Therapeutics introduces a proprietary platform for universal adoption of potent intracellular protein degraders and antibody delivery.

About 3C Therapeutics

At 3C Therapeutics, we are driven by a singular mission: to revolutionize targeted protein degradation by enabling universal adoption of proteolysis targeting chimeras’ technology for antibody targeting. We directly confront the critical challenges in protein degradation drug discovery, pioneering a new frontier in therapeutic development.

Our lead innovation is a proprietary modular Degrader-Antibody Conjugate (DAC) platform. This groundbreaking technology enables the targeted delivery of potent intracellular protein degraders via monoclonal antibodies, providing a universal adoption solution for previously inaccessible targets. Our key differentiator: a truly universal platform, uniquely independent of specific ligands for DAC generation and leveraging a unique conjugation strategy. This offers unparalleled flexibility and broad applicability, underpinned by rigorous in vitro validation of target engagement and degradation efficiency, and protected by a robust, evolving intellectual property portfolio safeguarding our innovative TriCore platform and its applications.

3C Therapeutics's Team

Our leadership team brings together decades of expertise in drug development, company building, and scientific innovation,
driving 3C Therapeutics to the forefront of targeted protein degradation.

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Dan Wattier

Chief Executive Officer

Dan is a seasoned biotech executive with over two decades of experience in drug development, company formation, and global commercialization. He was the founding CEO of Valocor Therapeutics, the predecessor company to Dermira (NASDAQ: DERM), which Eli Lilly acquired for $1.1B. He also served as CEO of ImStar Therapeutics, an early-stage biotech company developing novel therapeutics for ALS. Earlier in his career, Dan led early commercialization efforts for Remicade® at Centocor (now part of Johnson & Johnson), a cornerstone in the development of J&J’s top-selling pharmaceutical product. He later held senior corporate development roles at QLT Inc., advancing global partnerships with Novartis, Astellas, and Sanofi. As CEO of 3C Therapeutics, Dan brings deep expertise in company building, venture financing, and strategic partnering to drive the advancement of the company’s novel DAC (Degrader-Antibody Conjugate) platform. He is also a Strategic Commercialization Advisor to Genome BC and has served on national and industry advisory boards supporting biotech innovation across Canada.
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Benjamin Noichl

Co-Founder & VP of Chemistry

Benjamin was the first employee of 3C Therapeutics, joining after a joint research collaboration between David Perrin and iProgen, where he focused on the development and evaluation of DACs. His work successfully yielded the first prototype of an A-PROTAC through the synthesis of a degrader library. He received his PhD in organic chemistry from the Technical University Berlin in 2017, and subsequently worked at Cellbricks Inc., developing biocompatible polymers for printable 3D-Cell-Cultures and transplants. After moving to Canada, he worked as a PostDoc fellow under the supervision of Dr. Perrin, focusing on the development and evaluation of peptide toxins for Antibody-drug conjugates. His extensive experience in synthesizing, purifying, and evaluating PROTACs, A-PROTACs, and ADCs, coupled with his leadership in this project, is foundational to the advanced development of our platform.
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David Perrin

Co-Founder & Scientific Advisor

Dr. Perrin has more than 20 years of experience in medicinal chemistry and more than 120 publications in the field. A Professor of Chemistry at UBC and a leading researcher in bio-organic chemistry, David's work bridges synthetic organic chemistry, molecular biology, physical organic chemistry, and radiochemistry to tackle long-standing challenges at the interface of chemistry and biology. His research has made significant fundamental impacts and contributed to several therapeutic applications. He was honored with the Teva and Bernard Belleau Awards of the Can. Chem. Soc. in 2015 and 2019, respectively. His discovery of one-step F-18 radiolabelling platform led to the founding of Alpha9Theranostics Inc (now Alpha-9 Oncology Inc. www.a9oncology.com), which raised $250 million to date. His collaboration with iProgen Biotech led to the development of Tri-core Degrader Antibody Conjugate platform that led to the founding of 3C Therapeutics.
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Ken Lee

Director

Ken is a biotech entrepreneur with 25 years of experience in the field. Ken’s journey has seen him navigate through target discovery at the BC Cancer Research Center, preclinical research at Inimex Pharmaceuticals, clinical research management at BC Clinical Research, and business development roles at Helios & iProgen. He held a certification from RAPS in US Regulatory Affairs and was designated as a Clinical Research Professional by the Society of Clinical Research. Ken holds B.Sc. from UBC and MBA from the Richard Ivey School of Business.
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Tony Polverino

Interim CSO

Tony has been a leader in the biotechnology and pharmaceutical sector for more than 30 years. He currently serves on the Board of Directors for Brainstorm Cell Therapeutics, a company developing innovative therapies for the treatment of neurodegenerative diseases. He was formerly the Executive Vice President, Early Development and Chief Scientific Officer at Zymeworks Inc., where he oversaw the development of Zanidatamab, eventually out-licensed to Jazz Pharmaceuticals in a multi-billion-dollar deal. Prior to Zymeworks, Dr. Polverino served as interim Chief Scientific Officer at Kite, which Gilead acquired for $11.9B. During his tenure, Kite developed axicabtagene ciloleucel (Yescarta®), a chimeric antigen receptor (CAR-T cell immunotherapy recently approved in the United States for the treatment of adult patients with relapsed or refractory large B-cell lymphoma. Before joining Kite, Dr. Polverino spent 20 years at Amgen, holding various positions of increasing responsibility, including Director in the Oncology Department and Executive Director and Head of the Therapeutic Innovation Unit, where he led the discovery and development of multiple IND programs. Dr. Polverino earned his PhD from Flinders University and a BSc from Adelaide University.
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Mike Sun

Scientific Advisor

Mike brings over 25 years of experience in the Antibody-Drug Conjugate (ADC) field, including in the chemistry, manufacturing, and controls (CMC) of clinical and commercial ADCs. He has held various leadership roles, including SVP of CMC for VelosBio (acquired by Merck for $2.75B), VP of Manufacturing at Silverback Therapeutics, and various leadership roles during his 17-year tenure at Seagen. Mike has participated in the development and submission of more than 30 antibody and ADC INDs and 4 BLAs, including serving as the CMC Lead of commercial ADCs ADCETRIS and PADCEV. Mike currently serves as technical advisor to multiple biotechnology companies developing ADCs. His extensive expertise in ADCs is indispensable for our DAC (Degrader-Antibody Conjugate) platform's advancement, including its inherent advantages for efficient and scalable manufacturing.

Our Science

Targeted Protein Degradation: The Next Frontier in Therapeutics

For too long, drug discovery has been constrained by the "undruggable"—disease-causing proteins that lack traditional binding pockets for small molecule inhibitors. TPD offers a paradigm shift, harnessing the cell's own natural machinery to selectively eliminate disease-causing proteins rather than merely inhibiting their function. Unlike conventional inhibitors that require continuous high-dose exposure to maintain efficacy, a single molecule in TPD can catalyze the degradation of multiple target proteins, offering more durable and transformative therapeutic effects.

TPD diagram

Degrader-Antibody Conjugates: Precision Delivery for Universal Adoption

While TPD holds immense promise, traditional degraders face challenges. Our innovative Degrader-Antibody Conjugate (DAC) platform delivers the definitive solution. DACs combine the precision of monoclonal antibodies with the potent catalytic power of protein degraders. This enables highly specific delivery of degrader payloads directly to target cells, overcoming systemic limitations, improving the therapeutic index, and minimizing off-target toxicity. The TriCore platform's modular approach allows for broad applicability across a wide range of targets and disease areas.

DACs diagram

News & Events

Stay updated with our latest announcements and scientific breakthroughs.

Aug 2025

MITACS approves research grant to support R&D collaboration with David Perrin’s lab at UBC

Jul 2025

3C Therapeutics receives grant approval from NRC-IRAP Grant Approval

Jun 2025

3C Therapeutics completes UBC-iProgen Licensing agreement

Get in Touch

Interested in learning more about how 3C Therapeutics is revolutionizing targeted protein degradation? Get in touch with our team to discuss partnership opportunities, investment, or scientific collaborations.