Swedish Pila Pharma announced today that it has raised 30 million SEK in a 293% oversubscribed issue.
The company’s undoubtedly most valuable asset is the patents for the TRPV1 antagonist acquired from Novo Nordisk some time ago.
The metabolic effects of TRPV1 were studied by former Novo Nordisk researcher Dorte X Gram, who is said to have played a significant role in the early research of semaglutide. Currently, the founder’s son is the CEO. TRPV has already been studied in overweight diabetics in a Phase I study, and a Phase 2a study is also underway, but now, with the new funding, the aim is to start preclinical studies purely in the obesity indication.
First, studies in overweight rats are next. If these look promising, clinical trials will follow. These are intended to be financed by warrants distributed in connection with the current issue. Whether Phase II could be started directly in the obesity indication based on previous results is still unclear, but it would undoubtedly accelerate market entry.
One new share comes with one warrant, which allows subscribing for two shares at a 30% discount, between 1.50 - 3 SEK, after the rat studies are completed early next year. The valuation is not absolutely high even at the upper end, so if things go well, financing should be secured.
After the issue, the number of shares is 42.5 million, which corresponds to a market capitalization of 149 MSEK at a share price of 3.5 SEK, of which approximately 25 million is cash.
However, this does not tell the whole story, as warrants could lead to an additional 31 million new shares. If these are subscribed, the number of shares will increase to 73.5 million.
In such early-stage drug development companies, money is usually lost, but perhaps not this time. Gubra and Zealand Pharma from Denmark have recently concluded lucrative partnership agreements for early-stage candidates. Perhaps Pila can also achieve this, as it offers something different compared to all the GLP-1 drugs currently under development. But first, promising results from Phase 2a and rat studies would be needed.