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Tiger Aesthetics Invests in GenesisTissue to Advance Regenerative Breast Reconstruction
Tiger Aesthetics Medical, a division of Tiger Biosciences, has announced a strategic investment in GenesisTissue Inc., a biotechnology company developing 3D bioprinted scaffolds for breast reconstruction and cosmetic surgery. The partnership aims to accelerate the development of regenerative tissue solutions intended to provide natural, long-term alternatives to traditional implants. Investment Overview The collaboration builds on…
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Lattice Medical Raises €43M to Transform Post-Cancer Reconstruction and Scale 3D Bioprinting in France
In one of France’s largest medtech deals of the year, Lattice Medical has secured €43 million in Series B funding to accelerate the clinical and industrial development of its MATTISSE implant — a 3D-printed, fully resorbable scaffold designed for natural breast tissue regeneration after cancer. The round was led by the SPI Fund, managed by…
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Why Vertex Is Staying the Course on VX-880 (Zimislecel) — Even as Novo Nordisk Pulls Back
The recent retreats by major pharmas such as Novo Nordisk, which exited cell therapy entirely, and the shutdown of encapsulated islet programs elsewhere, have sent shockwaves through the Type 1 diabetes cell therapy field. In contrast, Vertex appears to be doubling down—not walking away. That divergence in strategy reveals where the science, and the business…
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Mytos Launches Automated CDMO to Scale Regenerative Cell Therapies
London, UK — Mytos has officially launched its automated CDMO (Contract Development and Manufacturing Organization), powered by the company’s proprietary iDEM™ automation platform, with a mission to tackle one of regenerative medicine’s enduring challenges: the scalable, cost-efficient manufacturing of stem cell–derived therapies. Operating within the CGT Catapult’s Stevenage Manufacturing Innovation Centre, Mytos’ new facility aims…
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L’Oréal and AMKbiotech Partner to Unlock Next-Generation Insights in Skin Biology with High-Plex Imaging
L’Oréal’s Skin Technology division, led by Caroline Sirichandra, has announced a partnership with AMKbiotech, a French biotech startup specializing in spatial biology and high-plex cytometry. The collaboration aims to bring visualization and quantitative insight into human skin biology — reshaping the way researchers study skin function, longevity, and response to active ingredients. At the heart…
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JETT: Connecting Innovators with the Joint Chem Bio Enterprise
The Joint Enterprise Technology Tool (JETT) is reshaping how innovators engage with the U.S. government’s chemical and biological defense community. Designed as a direct bridge between the Joint Program Executive Office for Chemical, Biological, Radiological, and Nuclear Defense (JPEO-CBRND) and industry, JETT makes collaboration faster, clearer, and more impactful. If you’re developing a technology that…
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Vensana Capital Unveils Vensana Innovation, Welcomes Dr. Thomas Tu as Venture Partner
A New Chapter in Medtech Company BuildingVensana Capital, a leading venture and growth equity firm focused on medical technology, has launched Vensana Innovation (VI)—a new platform dedicated to identifying, developing, and commercializing next-generation medical technologies. The initiative will be led by Thomas Tu, MD, who joins the firm as Venture Partner after a distinguished career…
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Tides Medical – APLICOR 3D’s New Personalized 3D Bioprinted Skin Graft Available for Patients at Singing River Health System
Opening: A Spark on the Gulf Coast In Pascagoula, Mississippi, something remarkable is taking shape at Singing River Health System. The Singing River Wound Care Center has become one of the first facilities in the nation to offer Tides Medical APLICOR 3D, a pioneering wound care technology that creates custom, 3D-printed grafts from a patient’s…
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NIH Launches Nation’s First Dedicated Organoid Development Center
The National Institutes of Health (NIH) has announced the creation of the nation’s first dedicated organoid development center, marking a pivotal step in reducing reliance on animal models for biomedical research. The new Standardized Organoid Modeling (SOM) Center, located at the Frederick National Laboratory for Cancer Research, will receive $87 million over the next three…
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CUTISS Secures CHF 56 Million Series C to Advance Phase 3 Skin-Tissue Therapy
Swiss TechBio company CUTISS has closed a CHF 56 million (≈USD 62 million) Series C financing round, bringing its total funds raised to over CHF 125 million. The new capital will support the ongoing Phase 3 trials of its personalized, bio-engineered skin graft denovoSkin™, and prepare for commercial launch. The round was co-led by the…
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