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Results 1 to 5 of 20 in Biomedicine and Health

Structures of the transmembrane β-barrel proteins designed in this study. In each, different numbers of strands wrap around each other to create barrels with different pore sizes, that can be exploited to create new biosensors.

Scientists take one step closer to uncovering new sensing technology.

Dr James Warren and Professor Karen Birch smile at the camera

Dr Warren was presented the prize during a faculty awards ceremony at Nexus on Thursday 23rd May.

Cells of human connective tissue

Professor Richard Bayliss, School of Molecular and Cellular Biology, and Dr Charlotte Dodson, University of Bath, reflect on what the latest developments in AlphaFold 3 mean for biologists.

A structure of Fascin 1 bound to NB 3E11. Fascin 1 is shown in dark, light blue and green. Nb 3E11 is shown in beige.

A newly discovered nanobody, Nb 3E11, stops a cancer-spreading protein called Fascin-1 from forming cell-surface protrusions.

Prof Ronaldo Ichiyama smiles at the camera

Dr Ronaldo Ichiyama, Professor of Neural Control of Movement in the School of Biomedical Sciences has highlighted the importance of rehabilitation following damage to the nervous system.