Protaryx Medical has picked up $8.3 million to develop its device for precision transseptal access to the left atrium for use during structural heart and catheter ablation procedures. The funding includes nondilutive grants and a seed round totaling $3.2 million, as well as the recently closed $5.1 million series A financing led by Ajax Health, with participation from returning investor University of Maryland (UM) Ventures.
Artiva Biotherapeutics Inc., of San Diego, has secured $78 million in series A financing to support its development of off-the-shelf universal NK cells for use in combination with monoclonal antibody therapy and tumor-targeting CAR-NK cell therapies.
Nan Fung Life Sciences is “looking to make a significant presence in the field,” said Engrail Therapeutics Inc. CEO Vikram Sudarsan, whose firm bagged a $32 million series A round led by the global investment platform of Hong Kong’s Nan Fung Group, and its support represents “a clear statement in that direction.”
Nan Fung Life Sciences is “looking to make a significant presence in the field,” said Engrail Therapeutics Inc. CEO Vikram Sudarsan, whose firm bagged a $32 million series A round led by the global investment platform of Hong Kong’s Nan Fung Group, and its support represents “a clear statement in that direction.”
DUBLIN – Lassen Therapeutics Inc. is following the Enleofen Bio Pte Ltd. playbook by targeting the interleukin-11 receptor (IL-11R) as a novel approach to combating both fibrosis and cancer. It’s a move that paid off handsomely earlier this year for Singapore-based Enleofen, which entered a broad alliance in fibrosis with Boehringer Ingelheim GmbH, which could generate up to $1 billion in milestones for each product emanating from the partnership. San Diego-based Lassen is now laying claim to that space as well and has just emerged from stealth mode, having closed but not previously disclosed a $31 million series A round.
LONDON - Ona Therapeutics SL has raised €30 million (US$33.9 million) in a series A round, providing the means to advance a new method of treating metastases by blocking the lipid metabolism of cancer cells.
Whole genome sequencing is not part of treating patients in practice – or even involved in most clinical trials of drug candidates. But C2i Genomics Inc. is working to make that a reality. It applies pattern recognition to whole genome sequencing to create an individualized fingerprint for a given patient’s tumor. The New York-based startup has raised a $12 million series A round to back the development of its technology, which came out of Cornell and the New York Genome Center.
Whole genome sequencing is not part of treating patients in practice – or even involved in most clinical trials of drug candidates. But C2i Genomics Inc. is working to make that a reality. It applies pattern recognition to whole genome sequencing to create an individualized fingerprint for a given patient’s tumor. The New York-based startup has raised a $12 million series A round to back the development of its technology, which came out of Cornell and the New York Genome Center.
Boston-based startup Cerevasc Inc. scooped up $43.9 million in a series A round that was led by Perceptive Xontogeny Venture (PXV) Fund and Aton Partners LLC. The funds are earmarked to support a first-in-human trial of the company’s Eshunt system for the treatment of hydrocephalus, as well as subsequent clinical studies to support regulatory approvals.
DUBLIN – Lycia Therapeutics Inc. raised $50 million in series A funding from founding investor Versant Ventures to take forward yet another novel concept in targeted protein degradation. The new company, which will be headquartered in the San Francisco Bay Area, is building on the work of Carolyn Bertozzi, professor of chemistry at Stanford University and Howard Hughes Medical Institute (HHMI) investigator, who has invented bifunctional structures called Lytacs – lysosomal targeting chimeras – which target extracellular or circulating proteins for internalization and lysosomal degradation by tethering them to lysosome targeting receptors at the cell surface.
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