Boston US life science company Cerevance, which has facilities at Cambridge Science Park, has taken its Series B-1 round to a stunning $98 million after securing a $47m extension. https://lnkd.in/ezZE83FU
Proceeds will support an upcoming Phase 3 clinical trial for CVN424, a first-in-class non-dopamine therapy for patients with Parkinson’s disease, plus the advancement of a pipeline of novel treatments for other CNS disorders. These include Alzheimer’s disease, Amyotrophic lateral sclerosis and frontotemporal dementia.
The latest financing has been led by Agent Capital, Bioluminescence Ventures, and Double Point Ventures, with participation from new investors MQB Partners and LifeRock Ventures and existing backers Gates Frontier, GV (Google Ventures) and Lightstone Ventures.
Campbell Murray, Partner at Agent Capital, and Kouki Harasaki, PhD Harasaki – Founder and Managing Partner at Bioluminescence Ventures – have joined the Cerevance board.
“The support from new and existing investors underscores the ongoing advancements made by Cerevance,” said Cerevance CEO Craig Thompson. “This upcoming year marks a crucial phase as we embark on the Phase 3 clinical trial for our flagship therapy, CVN424, and continue in discovering innovative, precision CNS treatments that will enrich our extensive pipeline.”
Campbell Murray added: “There is a clear need for groundbreaking, innovative therapies for Parkinson's disease. We are confident that Cerevance's lead program, CVN424, holds promise in delivering significant benefits to individuals.
“We look forward to working with this talented management team and distinguished board of directors to further advance the development of new therapies for patients with CNS disorders."
he company’s NETSseq (Nuclear Enriched Transcript Sort sequencing) platform is a powerful tool that pinpoints uniquely expressed, novel target proteins, which may be exclusive to particular brain circuits or exhibit altered expression levels in diseased brains.
Cerevance has tackled one of the most significant hurdles in CNS drug discovery – the identification of novel, highly specific targets – and devised a clinically proven approach for target discovery and subsequent drug development.