Angle plc recently signed an agreement with Astrazeneca plc to develop an androgen receptor (AR) detection assay for use in prostate cancer studies, based on its Parsortix system, which captures and harvest circulating tumor cells for subsequent analysis.

Australia is poised to play a leading role in the rise of the global radiopharmaceutical industry, as advanced therapies drive significant investment and rapid expansion, according to a new discussion paper from industry accelerator Mtpconnect.

Quest Diagnostics Inc. and Pathai Inc. established a forward-looking deal with multiple components and room for growth. The collaboration includes Quest’s acquisition of Pathai Diagnostics – the division that provides anatomic and digital pathology laboratory services – and licensing of Pathai’s Aisight digital pathology image management system. The companies also said they may work together on development of Pathai’s algorithm products and that Quest will be a preferred provider for Pathai’s biopharmaceutical clinical laboratory services.

Lindis Blood Care GmbH recently revealed excellent data from the Remove study that showed that its Catuvab device was safe and effective in removing tumor cells from intraoperative blood during high blood loss cancer surgeries.

Hologic Inc. moved to expand its breast surgery line with the acquisition of Endomagnetics Ltd. (Endomag) for a proposed $310 million. Endomag offers a magnetic system that allows precise localization of tumors in the breast and lymph nodes without the use of radioactive materials or wires, enabling greater preservation of healthy tissue. The transaction is expected to close in the second half of 2024.

Acrivon Therapeutics Inc.’s $130 million financing disclosed April 9 hiked confidence in then-pending data with ACR-368 (prexasertib), the selective small-molecule inhibitor that targets checkpoint kinase 1 (CHK1) and CHK2. Undergoing tests in a potentially registrational phase II trial across multiple tumor types, ACR-368 also raised the stakes for Boundless Bio Inc., which is developing CHK1 inhibitor BBI-355.

Sunbird Bio Inc. is advancing its blood-based diagnostics platform for neurological diseases like Alzheimer’s and Parkison’s disease (AD/PD), amidst new breakthroughs in the AD drug therapies and diagnostics space.

Researchers have developed and validated a new technique that allows them to measure the lipid compounds in live cancer cells, one by one, according to a study published in the journal Analytical Chemistry. The new method paves the way for analyzing cells in greater detail to better understand infection, immunity and other phenomena, and could lead to the development of new, more targeted treatments.

The process of manufacturing autologous T-cell therapies is technically challenging when compared with other oncology drugs, making the overall cost of developing CAR T therapies significantly higher. A challenging reimbursement environment for drugs listed on China’s National Reimbursement Drug List also means that most patients will have to pay out of pocket to access CAR T therapies. Taken together, complex logistics – production, manufacturing and supply chain – and complicated administration requirements are key bottlenecks that inflate the input costs involved in developing these specialized treatment options.

As of Jan. 31, 2024, there were more than 300 CAR T trials registered in China, surpassing the U.S. and becoming the country with the most CAR T therapy clinical trials. Among them, CD19 is the most frequently studied target, according to BioWorld and Cortellis. The rapid evolution of CAR T-cell therapies in China has escalated over the past decade from the start of the first clinical trials in 2013 to the country becoming an established host for CAR T-cell-related trials by 2017, according to Yongxian Hu and researchers from Zhejiang University in Hangzhou, China. Chinese cell therapy companies – backed by $2.37 billion in funding in 2021 – have since significantly increased basic research and trial output for CAR Ts, which was welcomed by large patient demand.