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Andrew M. Hartley on Muck Rack

Andrew M. Hartley

Newcastle upon Tyne
As seen in: BBC, BBC News, Nature, PNAS, The Lancet, Literary Hub, Chemistry World
BBC TV reporter and producer - National Union of Journalists rep for BBC TV and online in Newcastle
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Articles

Covid: Sunderland Nightingale hospital cost £23.5m - was it worth it?

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By Andrew M. Hartley, Duncan Leatherdale Verified, David Rhodes Verified
| BBC Verified
image copyrightPA Media image captionSunderland's Nightingale Hospital has 460 beds but never treated any Covid patients Sunderland's Nightingale Hospital, one of seven emergency hospitals quickly set up to take coronavirus patients, cost an estimated £23.5m but has not treated a single person. Was it worth it? The Nightingale Hospital in Sunderland opened to much fanfare on 5 May 2020 with Tyneside TV stars Ant and Dec joining the Countess of Wessex in the celebrations.
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Rcf2 revealed in cryo-EM structures of hypoxic isoforms of mature mitochondrial III-IV supercomplexes

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By Andrew M. Hartley, Birkbeck College, Brigitte Meunier
| PNAS Verified
Significance As the terminal electron acceptor of our mitochondrial respiratory chains, complex IV drives and regulates oxidative phosphorylation, the process by which most of our ATP is produced. Complex IV forms supercomplexes (SCs) of different stoichiometries with other respiratory proteins, interacting via its subunits with tissue-specific or oxygen level-dependent expression isoforms, suggesting a link between SC assembly and metabolic/disease state.
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Structure of yeast cytochrome c oxidase in a supercomplex with cytochrome bc1

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By Andrew M. Hartley, Yunyi Zhang, Alfredo Cabrera-Orefice, Natalya Lukoyanova
| Nature Verified
Abstract Cytochrome c oxidase (complex IV, CIV) is known in mammals to exist independently or in association with other respiratory proteins to form supercomplexes (SCs). In Saccharomyces cerevisiae, CIV is found solely in an SC with cytochrome bc1 (complex III, CIII). Here, we present the cryogenic electron microscopy (cryo-EM) structure of S. cerevisiae CIV in a III2IV2 SC at 3.3 Å resolution.
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