Yusuf Qutbuddin
@yusuf_qutbuddin
BSc.(Hons)-MSc. Physics, IIT Kharagpur (2020) Doctorate student at Max Planck Institute for Biochemistry, Munich
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Announcing the Lab's Second Paper of 2025 in Advanced Materials 🥳Great work from an excellent PhD student @PegoraroCamilla Collaboration @biomolmacs : Curapath @MPI_Biochem @SchwilleLab @yusuf_qutbuddin @chuckiria @ALBAsynchrotron @osi_lv @CIPFciencia advanced.onlinelibrary.wiley.com/doi/10.1002/ad…
Check out the amazing ScienceSlam of @yusuf_qutbuddin where he talked about our recent article on molecular motors and lipid membranes 🔬⚡️🫧 A great example how research is not only done in the lab. A scientist has to be a great communicator too! 👏 youtu.be/S7WKGf_idTE?si…
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Science Slam of the Munich Clusters of Excellence: Controlling...
If you're interested in a variety of science topics in the format of a slam, this is the event for you.
It's always fun to make content for science. @SchwilleLab @AinoaGuinartP
Check out our submission for the #spotlightprize by @JongKNCV ! In 1 minute we explain our work on deforming artificial cellular membranes using synthetic molecular motors 👩🔬 Thanks to the 📽️ magician @yusuf_qutbuddin and @FeringaLab & @SchwilleLab for the research opportunity
It is a great honor to receive this prestigious award together with my esteemed colleagues @cees_dekker and @leonidmirny. I am also deeply indebted to my group members and collaborators, whose enthusiasm and excellent work have substantially contributed to these achievements.
and the 2024 @TelAvivUni Sackler Prize in Biophysics goes to... Cees Dekker, Leonid Mirny, and Petra Schwille english.tau.ac.il/sackler_biophy… - see you at the awards symposium and ceremony on November 21 @cees_dekker @leonidmirny @SchwilleLab
Our motor&lipid vesicles want to celebrate workers’ day and can’t stop dancing 🎶🤘 @FeringaLab @SchwilleLab @yusuf_qutbuddin
Fascinating stuff. Light controlled reversible endocytosis.
Shine some UV light and a vesicle eats a condensate. Switch it off, and it releases it. Here is how this works (Adv Sci) doi.org/10.1002/advs.2… With the great coauthors @agumangia M.Aleksanyan @macasiri @TsuWangSun & R.Lipowsky @MpiciPotsdam @PotsdamScience read more 👇(1/4)
Researchers @JungmannLab developed a super-resolution #imaging method (SUM-PAINT) to map protein distributions in #neurons and discovered a new type of synapse @CellCellPress ❕biochem.mpg.de/new-synapse-ty… ❕cell.com/cell/fulltext/… @yourUMG @LMU_Muenchen @HelmholtzMunich
Our latest paper by Shunshi Kohyama and @BelaFrohn delves into the synergy between Synthetic Cells and Protein Design. Exciting times ahead as we leverage SynCells to screen proteins and engineer tailored #SynCells! Read more: doi.org/10.1038/s41467… @MPI_Biochem @NatureComms
I am delighted to present our work at the @BiophysicalSoc meeting #bps2024. Drop by if you’d like to know about how motors drive lipid membranes out of equilibrium.
Exciting stuff for DNA based super resolution microscopy.
DNA-PAINT imaging inside the nucleus at single antibody resolution using TIRF? Ultrathin cryosectioning makes it possible! Excited to share our preprint introducing “tomographic & kinetically-enhanced DNA-PAINT”/ tokPAINT! biorxiv.org/content/10.110… Our findings…: [1/11]
![jomo_stein's tweet image. DNA-PAINT imaging inside the nucleus at single antibody resolution using TIRF? Ultrathin cryosectioning makes it possible!
Excited to share our preprint introducing “tomographic & kinetically-enhanced DNA-PAINT”/ tokPAINT! biorxiv.org/content/10.110…
Our findings…: [1/11]](https://pbs.twimg.com/media/GFyTVziWoAEvGB1.jpg)
Thrilled to see our recent article being top 25% of research outputs. So proud of our hard work unrevealing how synthetic rotary motors perform deformations in lipid membranes.@FeringaLab @SchwilleLab @yusuf_qutbuddin Check it out in Advanced Materials!onlinelibrary.wiley.com/doi/full/10.10…
Elated to share our paper where we observe how synthetic rotary motors interact within lipid membranes. @AinoaGuinartP @FeringaLab @biomolmacs Light‐Activated Synthetic Rotary Motors in Lipid Membranes Induce Shape Changes Through Membrane Expansion onlinelibrary.wiley.com/doi/full/10.10…
I am happy to share our preprint on the effect of synthetic rotary motors in lipid membranes. We observe major shape transitions upon light exposure which can be explained by expansion in the membrane and the entire system being driven out of equilibrium. ift.tt/iZGPqHD
Light-activated synthetic rotary motors in lipid membranes induce shape changes through membrane expansion ift.tt/iZGPqHD #chemrxiv_biochem
The term "Basic Science" is very widely used to describe almost any kind of research. How about "Not useful now or in the future but super interesting nevertheless and you do it just because you're curious and for the sake of beauty and fun Science"?
For some reason this result strikes me as relevant for recent discussion about limitations of particle ‘standard model’. Sometimes nature isn’t beautiful and that’s just all there is. @MarkusDeserno
The optimal known packing of 17 equal squares into a larger square - i.e. the arrangement which minimises the size of the large square.
The #BiomembraneDays22 was a success, not only because of the great line of speakers but also because of the amazing audience. Thank you all! Listen how well we say “Bioomeeembraane” … with an “Aaaargh” by @NwkTam preceding it. Sound on! 📢
Very excited 🤩🤩🤩(and a little stressed out😵💫by last minute changes) about the #BiomembraneDays22 at the Harnack Haus in Berlin. Starting tomorrow with an arsenal of great speakers! I wish I could tag them all here. @MpiciPotsdam @maxplanckpress
Year 1979/80 or thereabouts. The Indian Prime Minister’s office, with its new incumbent, received a request from a Pakistani man by the name Mohammad Abdus Salam to do some detective work for him. Mrs. Gandhi, the well-informed stateswoman that she was...
32nd IMPRS-LS Seminar was a great experience! We could hear fantastic talks, discuss projects at the posters and network further during BBQ with international home-made dishes. 🥼💬🔥🍺 Thank you all for participating! #imprs #seminar #science #event #networking
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