Jos Malda

This study uses volumetric bioprinting to enable post-printing optogenetic stimulation of cells within hydrogel constructs, demonstrating spatial control over light-responsive proteins and gene expression.

This study develops bioengineered liver tissues using multiple cell types and synthetic hydrogels, showing improved structure, function, and maturation.

This paper refines the bio-manufacturing of microalgae-derived extracellular vesicles for osteoarthritis treatment, showing that Leptolyngbya species produce high-yield, antioxidant-rich EVs with therapeutic potential.

This paper develops tunable bioresins for volumetric bioprinting, enabling multi-material and multi-cellular constructs for tissue engineering.

This paper introduces a hybrid biomaterial that enhances cell migration and self-assembly in bioprinted constructs, enabling complex tissue-like structures with improved vascular network formation.