Isotope Technologies Munich SE (ITM) raised $280 million to support the expansion of its broad targeted radionuclide therapies oncology pipeline. This equity investment round was led by Temasek holdings Pte Ltd. with participation from Blackrock Alternatives, Qatar Investment Authority, Nextech Invest Ltd., Athos KG and Carbyne Equity Partners GmbH.
Israeli venture capital fund, Shoni Health Ventures, launched a new fund focused on startups specializing in digital health and medical devices. Recognizing that innovative solutions with the potential to improve global health may go unrealized as health tech startups struggle to attract early-stage investors, the fund is focused on investing in companies at the pre-seed and seed-stage.
Gleamer SAS reported closing a series B round of $29.6 million to help expand its portfolio of artificial intelligence (AI) systems for radiologists and ramp international expansion. The exercise was led by Supernova Invest SAS who put up $11 million, joined by Heal Capital SAS with $5.5 million.
Carthera SA raised €37.5 million (US$40 million) in a series B funding round that will allow the company to embark on the first pivotal trial of its Sonocloud technology. The Sonocloud-9 is the only implantable ultrasound device that can repeatedly open the blood-brain barrier and deliver effective treatment in patients with recurrent glioblastoma, Frédéric Sottilini, CEO of Carthera, told BioWorld.
The imaging and advanced guidance for workflow optimization in interventional oncology consortium (IMAGIO) consortium of clinical partners in the EU, led by Royal Philips NV, has been awarded $26 million under the Innovative Health Initiative (IHI) to carry out research into less invasive cancer therapies.
The near $50 million cash injection Nvision Imaging Technologies GmbH recently received is “instrumental” as it will allow the company to take its hyperpolarized magnetic resonance imaging (MRI) technology to labs worldwide, CEO Sella Brosh told BioWorld. The German startup’s quantum technology makes MRI imaging up to 100,000 times more precise which will allow for the earlier diagnosis of cancer, better assessment of the risks involved and the ability to assess in a matter of days, whether treatment is working.
As it develops a new metastasis-on-a-chip device based on microfluidic chip technology that provides a platform to capture and study highly metastatic cancer cells, Mettactics Ltd. is in the process of raising financing to develop its product to empower precision medicine. Founded in 2019, Hong Kong-based Mettactics developed a microfluidic device that can capture metastatic cells and carry out clinical tests to predict the drug response of patients based on the cells’ genetic signature.
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