Giessen Lab

@GiessenLab

Structure, function, and engineering of protein assemblies @UMich. Microbial Biochemistry | Cryo-EM | SynBio | Encapsulins | Natural Products | Enzyme Filaments

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  1. Giessen Lab@GiessenLab
    Giessen Lab
    RT @RezwanSidd: Nature has a trick to evolve multimeric proteins via gene duplication. 🧬One copy compensates, the other explores.🧬 Although this has only been a theory so far. Until now: Directed evolution of multimeric proteins by dual-compensatory gene duplication.
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  2. Giessen Lab@GiessenLab
    New paper out @NatureComms. Tremendous work by postdoc Mike Andreas, congrats!
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  3. Giessen Lab@GiessenLab
    New paper out at @acsnano. Awesome work by PhD student Seokmu Kwon (@smkwon6) and postdoc Mike Andreas!
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  4. Giessen Lab@GiessenLab
    New preprint out @biorxivpreprint. First two-component encapsulin system. Incredibly complex assembly. Congrats to PhD student Cassie Dutcher and postdoc Mike Andreas!
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  5. Giessen Lab@GiessenLab
    New preprint out @biorxivpreprint. First structure of a Family 2B encapsulin. Congrats to postdoc Mike Andreas!
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  6. Giessen Lab@GiessenLab
    New paper out @NatureComms. Congrats to postdoc Mike Andreas, great work!
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  7. Giessen Lab@GiessenLab
    New paper out @NatureComms. Congrats to postdocs Jesse Jones (now faculty at Idaho State) and Mike Andreas!
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  8. Giessen Lab@GiessenLab
    New publication from the lab. Congrats to PhD student @robertbe_ and postdoc Mike Andreas. Great work!
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  9. Giessen Lab@GiessenLab
    Postdoctoral Research Fellow positions in cryo-EM | microbial biochemistry | protein engineering | natural product sciences available in our lab!
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  10. Giessen Lab@GiessenLab
    Giessen Lab
    RT @mcianfro: 1/ We’re excited to share our work on HIV-1 trafficking by dynein! Led by the amazing @badieyan in the lab with wonderful collaborations with @EdcampbellLab, @GiessenLab, Aiken Lab, Böcking Lab, and @morgan_desantis. TL;DR HIV-1 hijacks the dynein motor protein for motility 🧵
    bioRxiv @biorxivpreprint
    HIV-1 binds dynein directly to hijack microtubule transport machinery #bioRxiv
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  11. bioRxiv@biorxivpreprint
    HIV-1 binds dynein directly to hijack microtubule transport machinery #bioRxiv
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  12. Giessen Lab@GiessenLab
    New preprint is out on @biorxivpreprint: We characterize a highly acid-stable and dynamic encapsulin nanocage exhibiting pH-dependent all 'open' or all 'closed' pore states. #encapsulin #nanocage
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