Founded in December 2016, Laekna Therapeutics is an emerging innovative biotech company based in Zhangjiang Pharma Valley in Shanghai, China and New Jersey, USA. It focuses on developing ground-breaking innovative therapies to treat cancer and liver diseases.
Laekna Therapeutics is adopting a two-pronged strategy in new product development. The company enriches its pipeline by obtaining the global licenses of novel drug candidates in the clinical stage of development for which safety and anti-cancer efficacy have been assessed. The company has obtained the global licenses of four new medicine candidates from Novartis. Meanwhile, Laekna is also establishing its internal product discovery team with multiple preclinical stage molecules. The most advanced molecules will apply for IND and soon move forward to clinical development stages.
Laekna leadership team members have over 20 years of experience in new medicine discovery and development in both China and the US, with an exceptional track record in R&D, new drug approvals and commercialization. Laekna has built its research and clinical development team by attracting top experts from global and local pharmaceutical or biotech companies. Laekna is committed to taking a science-based, innovation-driven approach to build its clinical R&D pipeline, and develop first-in-class and best-in-class innovative medicines. It has been developing an international platform for new product research and development to benefit patients.
innovative biotech
company based in
Zhangjiang Pharma
Valley in Shanghai,
China and New
Jersey, USA
groundbreaking
innovative therapies
to treat cancer
and liver diseases
First-in-Class and
Best-in-Class
pharmaceuticals
Glossary & abbreviations:
MCRPC: metastatic castration-resistant prostate cancer IND: investigational new drug MRCT: multi-regional clinical trial PROC: platinum-resistant ovarian cancer TNBC: triple negative breast cancer ActRIIA: activin receptor type IIA HR+/HER2- breast cancer: the most common type of breast cancer with overexpression of HR and without overexpression of HER2Follow us on Linkedin