KisoJi Biotechnology Secures $41 Million to Propel Antibody Development and AI Innovations

KisoJi Biotechnology: Transforming Antibody Therapeutics with AI



KisoJi Biotechnology Inc., a leading name in antibody therapeutics, has successfully secured $41 million in equity funding aimed at advancing its innovative lead asset, KJ-103, into clinical trials for treating solid tumors. This funding round, which includes the conversion of previous convertible debentures, is set to significantly bolster KisoJi's capability to revolutionize the field of antibody therapeutics.

The Purpose Behind the Funding


The funds will primarily be utilized to propel KJ-103, a pioneering naked antibody directed against the TROP2 target, into clinical evaluation. This revolutionary treatment operates differently from the currently available TROP2-targeting therapies, which typically rely on antibody-drug conjugates (ADCs). Instead, KJ-103 leverages the body's immune response to eliminate tumor cells without the necessity of cytotoxic agents.

In addition, the financing will support KisoJi’s sophisticated antibody discovery platform. This includes deploying advanced AI tools aimed at discovering new multi-specific therapeutic antibodies that could address critical health issues such as cardiometabolic disorders, immunology, and inflammation.

Strategic Partnerships and Clinical Trials


KisoJi Biotechnology has derived immense benefits from a strategic partnership with Cancer Research UK. This collaboration aims to initiate a first-in-human clinical study, enrolling around 100 participants, which could provide invaluable data on the safety and efficacy of KJ-103.

David Young, co-founder and CEO of KisoJi, emphasizes the significance of this financing, stating that it facilitates ongoing development across a pipeline that spans oncology, cardiometabolic disease, and immunology, leveraging KisoJi's sophisticated AI tools.

Advanced Therapeutic Discovery


One of the standout features of KisoJi’s approach is its unique antibody paratope mapping technology—KisoSeekTM—designed to visualize immune responses against specific targets. This innovative methodology surpasses traditional antibody discovery techniques by offering a more efficient way to maximize paratope diversity. This iterative strategy allows for a more focused exploration of distinct antibodies and can unlock novel biological insights, paving the way for breakthroughs in therapeutic development.

Moreover, KisoJi's transgenic mice platform (KisoMouse®) aids in generating single-domain antibodies, further enriching an extensive single-domain antibody database they've amassed over the past eight years. This comprehensive database and unique paratope mapping can generate first-in-class multi-specific antibodies utilizing the KisoBodyTM format, noted for its ease of customization and rapid manufacturability, achieving titers exceeding 6 g/L in production.

Support from Investors


Key players like Investissement Quebec and Lumira Ventures led this financing initiative, reflecting confidence in KisoJi’s innovative capabilities and potential to make significant advancements in the life sciences sector. The testimonials from investment leaders highlight KisoJi's pivotal role in transitioning innovative treatments from research and development to the clinical stage.

A Bright Future Ahead


With this new influx of capital, KisoJi Biotechnology is set to reach critical operational milestones necessary for the clinical advancement of its therapeutic assets. This infusion of funds not only supports the development of KJ-103 but also enhances KisoJi's commitment to pioneering advancements in cancer treatment and beyond.

In conclusion, KisoJi Biotechnology stands at the forefront of therapeutic innovation, armed with substantial funding, strategic partnerships, and groundbreaking technologies that could revolutionize how diseases are treated and managed in the future. The journey of KJ-103 from concept to the clinic is a promising narrative in the evolving story of biopharmaceutical advancements.

Topics Health)

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