SmartNuclide announced the completion of nearly RMB 100 million round B financing
SUZHOU INDUSTRIAL PARK, April, 2020 – Suzhou SmartNuclide Biopharma, a company focused on research and development of nuclear medicine innovative drugs, announced the completion of round B financing of nearly 100 million yuan. This round of financing is jointly invested by Ruihe capital, Jiuyou capital, Zhongyuyingjia health investment, Xieyao venture capital. This round of financing is mainly used to promote the progress of current research and development projects, including SNA001 phase III clinical trials and post-commercial production, China&US IND for SNA002 and First In Human study of SNA006. At the same time, the financing will be used to independently establish a core platform for radiopharmaceuticals enriching pipelines and expand cooperation with leading international R & D institutions. BFC Group served as the exclusive financial advisor for this round of financing.
The other research pipelines of Smart Nuclide are mainly radioactive PET / CT imaging agents for immune oncology efficacy prediction or monitoring, which can image whole-body target antigen within 1-2 hours, showing more advantageous than immunohistochemistry. Based on the unique single-domain antibody platform technology, Smart Nuclide has developed gallium 68 radioisotope-labeled targeting PD-L1 (SNA002) and tumor-infiltrating lymphocyte (SNA006) radiopharmaceuticals, which are extremely useful for clinical immunotherapy with great guide value. SNA002 is expected to apply IND both in China and US in Q3. SNA006 is expected to conduct first in human trials end of this year.
About SmartNuclide
Based in Suzhou Industrial Park, SmartNuclide is a clinical-stage biopharmaceutical company focused on discovering and developing innovative biologics for nuclear medicine, with its world-leading research and development technology platform for domain antibody-radiopharmaceuticals. The company has built a broad yet unique pipeline composed of radiopharmaceuticals for both imaging and therapy and recombinant proteins for nuclear area.