
Matthew Fisher
Articles
S1 hydrophobic residues alter the voltage sensing phosphatase enzymatic function and voltage sensing
Dec 27, 2023 |
biorxiv.org | Vamseedhar Rayaprolu |Heini M. Miettinen |William Baker |Matthew Fisher
AbstractThe voltage sensing domain (VSD) is a four-helix modular protein domain that converts electrical signals into conformational changes, leading to open pores and active enzymes. In most voltage sensing proteins, the VSDs do not interact with one another and the S1-S3 helices are considered mainly as scaffolding. The two exceptions are the voltage sensing phosphatase (VSP) and the proton channel (Hv).
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Feb 6, 2023 |
nature.com | Matthew Fisher |David W. Denning
Invasive fungal diseases are on the increase globally. The World Health Organization fungal priority pathogens list highlights fungi of critical or high importance to human health and provides pathways for action. The report calls for improved surveillance (diagnostics and antifungal resistance monitoring), research and innovation (implementation research) and public-health interventions.
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