Genesis Therapeutics Inc. CEO and co-founder Evan Feinberg likens the collaboration of his company’s team of chemists, biologists and software developers to that of a jazz band. Everyone has to be familiar with everyone else’s roles and responsibilities in order to do their job, or play a solo, when it’s their turn.
Chinese biopharma Impact Therapeutics Inc. of Nanjing raised $50 million in a series C+ round on Nov. 30, two years after its $30 million series C round. Impact’s CEO Jun Bao told BioWorld that the majority of the proceeds would be used to take several programs forward. The financing round also paved the way toward an IPO.
LONDON – Syncona Ltd. has unveiled its fifth cell therapy startup, Resolution Therapeutics Ltd., which arrives on the scene with a £26.6 million (US$35.6 million) series A to exploit the ability of macrophages to stimulate liver repair.
Biopharmas raising money in public or private financings, including: Allena, Auris, Betterlife, Biosight, Cogent, EV Biologics, I-Mab, Intellia, Kinnate, Reata.
PARIS – Corwave SA has obtained $600,000 as part of the Ile-de-France region's stimulus plan, to boost development of its Neptune cardiac support pump. This subsidy is part of the manufacturing recovery plan for the Ile-de-France region, aimed at very small enterprises (VSEs), small and medium-sized enterprises (SMEs) and mid-cap companies. In the midst of the COVID-19 pandemic, the Ile-de-France Region is supporting re-industrialization in a region that brings together 12.1 million inhabitants, or nearly 19% of the French population.
Shenzhen Xbiome Biotech Co. Ltd., an artificial intelligence (AI)-based microbiome drugmaker, raised more than $20 million in a series B+ round, Xbiome CEO Yan Tan told BioWorld, financing that will help the company launch its phase I trial next year. It has been a year since the drugmaker closed a $14 million series B round. During this period, Tan said Xbiome submitted an IND to the FDA in October for its fecal microbiota transplant (FMT) capsule candidate, a potential treatment for graft-vs.-host disease.
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