San Diego-based biotech company Lassen Therapeutics has successfully closed an oversubscribed $85 million Series B funding round. The funding comes as the biotech advances its treatment candidate for thyroid eye disease (TED) into Phase II clinical testing. TED is an autoimmune disease characterized by inflammation and, in some cases, bulging of the eyes.
Key Highlights
Series B Funding: Lassen Therapeutics closed an oversubscribed Series B funding round, raising $85 million to support the development of its treatment candidate for thyroid eye disease.
Fibro-Inflammatory Approach: Lassen Therapeutics differentiates itself by adopting a fibro-inflammatory approach to address thyroid eye disease. This unique angle aims to provide an innovative perspective on treating the autoimmune condition.
Phase II Clinical Testing: The funding will be instrumental in advancing Lassen’s treatment candidate through Phase II clinical testing. This phase of development is crucial for evaluating the candidate’s safety and efficacy in a larger patient population.
Multiple Biotechs in the Field: Thyroid eye disease has drawn the attention of multiple biotech companies, each approaching the condition from various angles. Lassen Therapeutics aims to carve out its own niche by focusing on the fibro-inflammatory aspect of the disease.
Frazier Life Sciences: Lassen Therapeutics was founded with support from Frazier Life Sciences, a life sciences-focused venture capital firm.
The oversubscribed Series B funding round highlights investor confidence in Lassen Therapeutics’ approach and the potential of its treatment candidate for thyroid eye disease. The funds raised will be pivotal in advancing the candidate through clinical development stages, bringing the biotech closer to offering a potential therapeutic solution for individuals affected by TED.
As the biotech landscape continues to evolve, companies like Lassen Therapeutics play a crucial role in driving innovation and expanding the arsenal of treatment options for various medical conditions, including autoimmune diseases.