Karen Sarkisyan

@krnsrksn

Synthetic biologist; CEO at Planta (); Group head at London Institute of Medical Sciences, Imperial College London (); CSO at Light Bio

Vrijeme pridruživanja: listopad 2015.

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  1. Prikvačeni tweet
    18. lis 2019.

    Here’s our preprint on creating glow-in-the-dark plants. It is hard to find words to describe the fairytale feeling you get from being in a dark room with them. 1/6

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  2. proslijedio/la je Tweet
    8. sij

    A spectacular example of collective behavior captured by . Part of our fresh paper, just out in Genetics

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  3. proslijedio/la je Tweet
    4. sij

    Our article about fluorescent labeling of intracellular proteins with transient K/E coils is now online! Great work, , and thanks to all the authors! We show superresolution, photostability, and labeling of nascent proteins.

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  4. proslijedio/la je Tweet
    4. sij

    2020 is 1% complete.

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  5. proslijedio/la je Tweet
    8. pro 2019.

    Interested in doing a PhD in healthcare ? Apply now to join our growing team in Computational Cardiac Imaging!

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  6. proslijedio/la je Tweet
    11. stu 2019.

    Can one build chromatin without histones? Perhaps even using a protein with an entirely different fold? We think that the archaeon T. acidophilum has done just that, using a bacterial protein acquired via HGT! ‘s paper now out 1/4

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  7. proslijedio/la je Tweet
    23. lis 2019.

    Mindblowing videos in this Using , et al. succeeded in making plants 👉 ❓Probably an interesting tool for next-generation in 🌱 but what else do you think it could be used for ❓

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  8. 18. lis 2019.

    Huge thanks to the amazing team at Planta and our collaborators in academia. 6/6

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  9. 18. lis 2019.

    For the rest of us this means that the plants are visible to the naked eye! 5/6

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  10. 18. lis 2019.

    The plants are bright enough that they can even be captured on smartphones (well, the best ones). For the plant science community this means that the equipment costs for luminescence imaging can be brought down from ~$100K to under $1K (and the cost of reagents drops to zero) 4/6

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  11. 18. lis 2019.

    Also, check out a parallel study by Arjun Khakhar and colleagues demonstrating the potential of this technology to report gene expression: 3/6

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  12. 18. lis 2019.

    The plants glow by themselves and the underlying biochemistry is entirely novel. The metabolic pathway has been transferred from glowing tropical mushrooms and shows robust performance in a range of plant species. 2/6

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  13. proslijedio/la je Tweet
    2. lis 2019.

    Come do a PhD with me! Chromatin, evolution, odd critters. What’s not to like?!

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  14. proslijedio/la je Tweet
    18. ruj 2019.

    Complexity at scale. Platinum replica EM of HeLa cell inner plasma membrane. Clathrin, caveolae, actin filaments, microtubules, vesicles, membrane proteins.... Scale bar is 500 nm.

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  15. proslijedio/la je Tweet
    9. ruj 2019.

    Quantifying worm feeding in space with bioluminescent bacteria. New preprint with and 1/4

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  16. proslijedio/la je Tweet
    31. sij 2019.

    10³⁰🌞 . . . . 10²⁵🌎 . 10²³🌖 . . . . . . . . 10¹⁴🗻 . . 10¹¹🌀 . . 10⁸🌉 . 10⁶🌲 10⁵🐋 10⁴🐘 10³🦏 100⛹️ 10🐩 1🍍 0.1🐀 0.01🦇 0.001🥜 10¯⁴🐝 10¯⁵🐞 10¯⁶🦟 . . . . . 10¯¹²🔘cell—👶 . . 10¯¹⁵🔵cell—🦠 10¯¹⁶🧬chromosome . 10¯¹⁸🔹virus . . . . . . . 10¯²⁶⚛️

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  17. 2. pro 2018.
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  18. 27. stu 2018.

    The first genetically encodable bioluminescent system for eukaryotes – a few genes to turn any organism into a glowing one. Thanks to everyone who made this possible!

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  19. 22. stu 2018.

    Postdoc position in my lab in London (Imperial College & MRC) to work on genetic circuit engineering, structure-function connection in proteins and some new exciting bioluminescence-based technologies.

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  20. proslijedio/la je Tweet

    HMS microscopists built a tool to help researchers compare and select the best fluorescent proteins for individual experiments

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