
Ben Hardy
@benhardybristol
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Postdoc in the Curnow and Anderson labs @BristolUni @BristolBiochem designing bioenergetic membrane proteins
Joined November 2019
Pleased to share that our latest work is now published in @PNASNews! . Read more to see how we designed the first fully biocompatible transmembrane cytochrome, and demonstrate its innate electron transfer capabilities .
pnas.org
Heme-containing integral membrane proteins are at the heart of many bioenergetic complexes and electron transport chains. The importance of these e...
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We are hosting the Circuits of Life conference this September 10th-12th in Bristol, UK ⚡🦠🧬 focussed on advancing design and understanding of de novo and natural bioenergetic proteins and enzymes. Sign up for your free ticket here! Please share widely.
eventbrite.co.uk
This event is focussed on advancing the biomolecular design and understanding of de novo and natural bioenergetic proteins & enzymes
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RT @AdrianBunzel: 🚨 Don’t miss your chance to apply for the 3 open PhD positions in our group!.🌞 Project I : #computationaldesign of #photo….
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RT @marucci_lucia: Interested in a PhD in Engineering Biology? We are recruiting students to start in September 2025 @BristolUni and @Unio….
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RT @ferruz_noelia: We have several open positions in our lab. If you are passionate about proteins and AI, come join us at an excellent loc….
aiproteindesign.com
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RT @FlorentWaltz: Super excited to share our latest work on the native in-cell organization of the mitochondrial respiratory chain 🥳.Using….
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RT @BiologyAIDaily: Computational design of de novo bioenergetic membrane proteins @PPPublishing . 1/🔬 Unveiling Synthetic Bioenergetics! O….
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RT @labriataphd: Acting on a piece of folded RNA (@PDBeurope 6D3P) with my hands in #AugmentedReality using a @MetaQuestVR 3, backed up by….
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An absolutely stunning protein crystal dragonfly! 🦋 💎. Another success for LigandMPNN @JustasDauparas #proteindesign
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To learn more about what the Anderson and Curnow labs and others are doing in Bristol, visit our 'Circuits of Life' website:
circuitsoflife.uk
Constructing and Comprehending the Circuits of Life
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Synthetic bioenergetics aims to construct bioenergetic circuitry from the bottom up, entirely from de novo-designed proteins. 🔋⚡️🦠. How do we do this?.Read our recent reviews here:. #proteindesign #bioenergetics.
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Enjoying an excellent day of PGR talks from @BristolBiochem with a very cute alpaca (I think!) from @TwistBioscience! Congratulations to all speakers 🎉
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RT @chofski: #Engineering is #evolution 🧐 . perhaps? In the latest from the lab @NatureComms we explore what "#design" might mean when en….
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Are you looking for a PhD in #EngineeringBiology, and interested in designing the next generation of artificial bioenergetic proteins? ⚡️🔋💡🔌🧬. Read more about the Anderson and Curnow groups here, and see below for applications:.
curnowp.wixsite.com
Applications open for PhDs in #EngineeringBiology . Are you interested in how #SynBio concepts and technologies can be translated into real-world impact?. Apply now! Deadline 01.03.24. @marucci_lucia @chofski @Berger_labs @WoolfsonLab .
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RT @chofski: 🧐Looking for a PhD in Engineering Biology? 🛠️🧬🦠🧑🔬 We got you covered with the new Engineering Biology Centre for Doctoral Tra….
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RT @synbioCDT: We are launching a new DPhil (doctoral) training programme in Engineering Biology! Next application deadline 1st March 2024.….
ox.ac.uk
About the courseEngineering Biology applies engineering principles to biology and aims to exploit our synthetic biology knowledge to drive the bioeconomy. The Engineering Biology Centre for Doctoral
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RT @JustasDauparas: LigandMPNN preprint: LigandMPNN inference code + model weights (including ProteinMPNN, SolubleM….
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An excellent new tool to calculate and engineer protein redox potentials, tested on designs by @Claire_Noble - congrats @sofiaol43489629 @AdrianMulholla1 and all involved, glad this paper is finally out!
pubs.acs.org
The tunable design of protein redox potentials promises to open a range of applications in biotechnology and catalysis. Here, we introduce a method to calculate redox potential changes by combining...
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