Prado, Malkani, et al. develop TRACKS, a biofabrication platform combining 3D-printed sacrificial templates with vascular self-assembly to pattern vessel networks in mouse organ-scale tissues. By arch...

Community Biofabrication Lab and R&D; Studio

MADE: Bush Terminal, a revitalized public landmark, reopens its historic doors as a productive workspace designed to fuel local innovation and economic growth. Inside the renewed space, designboom speaks with Danielle Trofe, founder of MushLume, one of the resident studios shaping the hub combining biofabrication laboratory, and production. Awarded for its sustainable lighting and acoustic panels, MushLume grows its collection using living mycelium and agricultural hemp, pioneering a design approach that treats nature as a true partner rather than a simple material resource. ‘The story of how I came across this material really shaped my relationship with this living organism. I began my design studio in 2011 and was working mainly in hydroponics. Then, I found this material in a materials library that was grown using living mycelium and hemp. Just that concept alone was so intriguing: that I didn’t have to take an inert material and shape it into something; I could actually co-create with a living organism to grow an object. It really changed my whole design approach,’ Danielle Trofe starts the exclusive interview with designboom. MushLume sound-absorbing lighting fixtures | image © Rob Frost, Chance Productions LEARNING FROM NATURE, NOT EXTRACTING FROM IT Grounded in the philosophy...

YANTAI, Chine, 7 septembre 2026 /PRNewswire/ -- CelluPro, une entreprise de biotechnologie spécialisée dans les milieux de culture cellulaire sans sérum et les solutions de bioprocédés, a obtenu la certification EXCiPACT™ GMP pour les matières auxiliaires pharmaceutiques (PAM), devenant...

UCL Discovery is UCL's open access repository, showcasing and providing access to UCL research outputs from all UCL disciplines.

Expanded polystyrene (EPS), widely used in plastic packaging, poses recycling challenges and contributes to environmental pollution due to its persistence. As an alternative, biopackaging materials…

A scalable 4D biofabrication process combines high-cell-density bioprinting, alginate dissolution, and perfusion culture to generate scaffold-free bone-forming implants. The constructs undergo endochondral ossification in vivo, forming cortical and trabecular bone with bone marrow compartments, while scale-up enables the production of human-sized proof-of-concept implants.

Read the full paper: Modeling the synovium on a chip for studying the interactions between lymphatic vasculature and synoviocytes in rheumatoid arthritis

Read the full paper: Scalable 4D biofabrication process for the manufacture of scaffold-free bone-forming callus implants

This collection by Cell Biomaterials, Cell Reports Medicine, and Matter aims to emphasize the importance of AI in the advancement of biomaterials and biomedical fields.

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Collagen type I, a key component of the extracellular matrix, underpins cellular organization and regeneration but remains challenging to process into scalable, reproducible, and biologically faithful...

Spatiotemporal control over cell behavior within bioprinted constructs remains a key challenge in biofabrication. Volumetric bioprinting using multi-wavelength light sources permits to activate light...