HotHouse Therapeutics Secures $3,839,321 Pre-Seed Round

HotHouse Therapeutics has secured $3,839,321 in new investment capital from investors. The company is focused on transforming drug discovery through its proprietary BotanAI and BotanBio platforms. These integrated AI and plant bioengineering technologies are designed to create complex molecules that are difficult for conventional laboratories to produce. By transforming plants into sustainable biofactories, HotHouse Therapeutics aims to unlock vast new chemical space for the development of next-generation vaccine adjuvants and breakthrough therapeutics. The company's approach addresses a critical need for more sustainable and efficient methods in drug development. While a significant portion of today's medicines are natural or nature-inspired, traditional chemical synthesis can be slow, expensive, and environmentally harmful. HotHouse Therapeutics distinguishes itself as a sustainable biotech by growing medicines within plants, enabling scalability through vertical farming. This method ensures a carbon-positive design and bypasses destructive extraction processes, offering a greener path to medicine. This funding round highlights investor confidence in HotHouse Therapeutics' innovative sustainable biotech model and its potential to revolutionize the pharmaceutical industry. The capital raised will be strategically deployed to accelerate the development of its BotanAI and BotanBio platforms. HotHouse Therapeutics plans to use these funds to expand its research and development initiatives, strengthen its expert team, and scale its operations to advance its pipeline of novel medicines. With deep expertise across plant science, chemistry, and artificial intelligence, HotHouse Therapeutics is building not just a pipeline, but a comprehensive platform. This investment positions the company to further its mission of delivering next-generation medicines that are greener, faster, and smarter, ultimately aiming to bring innovative and sustainably produced therapeutics to patients more efficiently.