Surge Therapeutics Inc. landed $26 million in funding through a series A fundraising round to accelerate development of its intraoperative immunotherapy hydrogel.
Surge Therapeutics Inc. landed $26 million in funding through a series A fundraising round to accelerate development of its intraoperative immunotherapy hydrogel. The biodegradable injectable is designed to enable delivery of immunotherapy directly into the site of tumor resection and overcome the immunosuppressive effects associated with surgery.
Lattice Medical SAS reported the first successful breast reconstruction using Mattisse technology, a totally resorbable, 3D-printed implant which naturally regenerates fatty tissue. The procedure was performed at the Institute of Clinical Oncology in Tbilisi, Georgia. It was the work of cancer specialist Gia Nemsadze and his team. This was an immediate breast reconstruction for a 62-year-old patient with breast cancer. The surgical procedure lasted one and a half hours, allowing the mastectomy to be completed, immediately followed by the breast reconstruction.
Pharus Diagnostics Inc. emerged from stealth mode to streamline precision medicine-based cancer screening with its new multi-cancer early detection liquid biopsy test. Spun out from Hsinchu, Taiwan-based Quark Biosciences Taiwan Inc. in July 2022, Pharus is developing solutions to detect cancer early via Oncosweep, its multi-cancer early detection (MCED) liquid biopsy test that evaluates microRNA (miRNA) within the body.
Odyssey Therapeutics Inc. closed a hefty $168 million series B round to progress multiple small-molecule and protein-based drug discovery and development programs in autoimmune disease and cancer.
In an expansion that will surely have other companies wondering why they didn’t move on the opportunity first, Icad Inc. partnered with Solis Mammography to identify cardiovascular risk based on incidental information commonly found in mammograms—and generally ignored.
Vividion Therapeutics Inc. has signed a potential $930 million deal with Tavros Therapeutics Inc., focused on finding four cancer targets using the latter’s technology that aims to exploit weaknesses in tumor cells and cause them to self-destruct.
A number of devices, imaging systems and in vitro diagnostics have become available for colorectal cancer (CRC) screening over the years, several of which are of very recent origin, a marker of sustained interest and investment in these products. The problem for industry is that a new randomized trial conducted in Europe suggests that the impact of CRC screening on all-cause mortality is zero compared to no screening, a finding that could prompt policymakers to revisit their stances on screening to the detriment of sales of these devices and diagnostics.
A new ultrasound-based technique has been developed to overcome the shortcomings of conventional X-ray mammography in screening younger women whose breast density is high.
Brain MRIs can reveal a great deal about brain tumors, but tracking response to treatment, clearly delineating edges and identifying other critical information remain problematic. Neosoma Inc.’s recently granted FDA 510(k) clearance may simplify treatment of the most challenging of these tumors, high-grade gliomas. The Neosoma High-Grade Glioma (HGG) neuro-oncology software device uses artificial intelligence to provide detailed measurements and 3D analysis that enable greater precision in procedures and better monitoring.
