Max Harding
@MaxHarding19
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#PhD candidate @TheCraikGroup | #GlobalChallenge scholar @IMBatUQ | with a keen interest in plant molecular farming and protein cages 🌱🧬💊
Brisbane, Queensland
Joined December 2020
Excited to finally be able to tweet (or whatever X-ing is called) about my first first author paper, now published! We explored using protein cages as tools for encapsulating bioactive peptides which are typically difficult to produce recombinantly.
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RT @paperperday: High-fidelity in vitro packaging of diverse synthetic cargo into encapsulin protein cages. "Fluorescent dyes, proteins and….
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RT @b_khatrii: 🚀Exciting Opportunity in Peptide Chemical Biology!.We are seeking a domestic #PhD student (ANZ citizens) to join @TheCraikGr….
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RT @aschier1: Enhancing quality and yield of recombinant secretory IgA antibodies in Nicotiana benthamiana by endoplasmic reticulum enginee….
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Fun times at #ISPMB24 in Cairns. Enjoying being able to share some fun work expressing protein cages in 🌱.
CIPPS PhD student @MaxHarding19 highlighting his research at the 13th International Congress on Plant Molecular Biology 🌱 .@TheCraikGroup
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RT @GiessenLab: New preprint out @biorxivpreprint. Great work by PhD student Seokmu Kwon (@smkwon6) and postdoc Mike Andreas. Congrats!.htt….
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RT @aksimentievLab: In our article published today @Nature , we report complete all-atom structural models of a fully packaged bacteriophag….
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RT @YuHengLau: Coming down from the high of Taylor-related content with the Aus part of the Eras tour now over? I've got you covered. Int….
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What a cool piece of science! Employing sortase A to not only facilitate C-to-C protein ligation but also to achieve an intramolecular protein domain inversion.
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I'd heard of Arc proteins, but another cool VLP expressed in the brain! 🌐🧠 Will be interesting to follow @AeraTx developments as they leverage these endogenous protein cages for therapeutic applications 🧬.
Check out the BEAUTIFUL cryo-EM PNMA2 capsid structure from @SimonErlendsson @BriggsGroup 😍 We include a lot more structural info in this version. /4
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RT @TheCraikGroup: Join us at the Atrium at UQ Brisbane City on 16 November for cheese and chats, where we will share our vision for addres….
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RT @dsgoodsell: Close up of the newly-infected bacterial cell from "Bacteriophage T4 Infection." I drew the illustration in Photoshop at a….
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RT @ARC_CIPPS: Great to get together with over 100 CIPPS Early and Mid- Career Researchers for an inspiring two days of amazing science and….
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Meanwhile, somewhere in remote FNQ, @PlantDocEd encourages @MarkJackson57 to give it a little touch ☠️.
Even in the Poison Garden, this little guy is in isolation. Why? Because it is one of the most venomous and dangerous plants in the world - if you touch it, the sensation is likened to being burned and electrocuted at the same time, and the effects can persist for YEARS. a 🧵
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RT @Malins_Lab: Our work on antiplasmodial peptide-drug conjugates is out today in @BioconjChem! Congrats to PhD student @Izzy_Palombi for….
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Want to learn about the science of Plant Molecular Farming? 💊🌱 come and hear me talk at the Paddo tomorrow night! 🍺.
Join our @IMBatUQ researchers at @pintofscienceAU this coming week! @Clara_J_Jiang, @MaxHarding19 and @LilyKenchEvans will be sharing their work at various beer-serving locations in Brisbane! More details here:
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RT @FrankBioNano: Now in formatted form: "Tunable In Vivo Colocalization of Enzymes within P22 Capsid-Based Nanoreactors".From co-loading r….
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How cool is this! A new system for therapeutic protein delivery using engineered protein nanomachines 💊👾.
Delivery of therapeutic molecules is a major bottleneck for treating a wide range of diseases. Today we describe a new modality for delivering proteins based on an engineered contractile injection system @nature
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