Biochemistry Materials Science

Light-responsive E. coli functional biofilms as scaffolds for hydroxyapatite mineralization

Engineering light-responsive E. coli functional biofilms as scaffolds for HA mineralization. Engineering light-responsive E. coli functional biofilms as scaffolds for HA mineralization. (a) Schematic illustration

Hydrogel controls cell growth outside the body

Credit: CC0 Public Domain Chemists at Radboud University discovered a unique material in 2013. From a synthetic polymer named polyisocyanopeptide (PIC), they made a gel

Biochemistry Materials Science

Creating energy and valuable products from fruit waste

Credit: Pixabay/CC0 Public Domain Waste from the citrus industry can provide biogas and valuable products for a range of industries. This has been shown by

Biochemistry Materials Science

Light-responsive E. coli functional biofilms as scaffolds for hydroxyapatite mineralization

Hydrogel controls cell growth outside the body

Creating energy and valuable products from fruit waste

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Biochemistry Materials Science

Light-responsive E. coli functional biofilms as scaffolds for hydroxyapatite mineralization

Hydrogel controls cell growth outside the body

Creating energy and valuable products from fruit waste

Duis aute irure dolor sit amet

Navigation

Duis aute irure
dolor sit amet