Excited to share our new paper in @ACS_AMI! 🔬 We developed QuantGUV, an automated, high-throughput software to quantify the encapsulation efficiency of small molecules in synthetic cells. Read the open-access paper here https://t.co/dZBLKrATes
#SyntheticBiology#SyntheticCells
Conjugating dsDNA on AuNPs at high density has always been a bottleneck—until now. Our new work shows how thermal annealing can achieve surface densities of 0.25 dsDNA/nm².
We also demonstrate photothermal triggered release of over 80 nM DNA!
https://t.co/FGzdKWXMp5
Just posted on bioRxiv! Our new method, QuantGUV, allows precise measurement of encapsulation efficiency of small molecules. Stop guessing, start quantifying! 🧬
https://t.co/cF9EJUVyaL
Thrilled to share our new paper in @NanoLetters! 🎉 We've found a way to speed up DNA nanomachines. By adding tiny "bulges" to DNA, we can accelerate the four-way branch migration. 🔬🧬
Read more here: https://t.co/dXGH4oNctw
#DNA, #DNAnanotechnology
Excited to be in (snowy) Seoul for the Korea-UK workshop on integrating single molecule imaging and synthetic biology @KistPublic, coorganised by @WooliBae. I'm looking forward to making new connections and learning about exciting new science! #synbio
🚨3 positions to join my lab
Links to apply below 👇👇👇👇👇
1) a group leader position for 4 years:
https://t.co/Vi62C7cXD1
2) a postdoc position:
https://t.co/6Cc0qotOtF
3) a PhD student position:
https://t.co/V2fykG47Zw
@imperialcollege@ImperialBioeng@BezosCentre
Apply now for a funded PhD with the @EPSRC#CDT in #AerosolScience. If you aspire to work in multidisciplinary teams and have an academic background in physical, environmental, health sciences or engineering we want to hear from you! https://t.co/5MnsdJeUG5 #phdstudentship
Registration is now open for the next Functional DNA Nanotechnology (FDN) Workshop! After 4 editions in Rome, this year the FDN will be hosted by @liedllab and @SimmelLab in Munich (26-28 June). Great line-up of invited speakers (as always 😀). Looking forward to it!
⚠️ 🚨 EXCITEMENT ALERT 🚨⚠️
I can finally share the incredible news that I've been awarded an ERC Consolidor grant #ERCCoG Thank you so much @ERC_Research, reviewers and panel members for believing in my vision! The biggest thanks goes out to my amazing lab @MPI_Biochem 🙏❤️
Join my team at the #UniversityofSurrey to work on exciting projects developing new DNA/RNA nanotechnologies for information storage devices and synthetic biology as a #postdoc. To learn more and apply, visit https://t.co/QUlqGxXIwA.
I'm excited to share that my collaboration grant from BBSRC has been featured by the University of Surrey! Check out the article for tips on making international collaboration a success: https://t.co/kdotmHLd8S
#internationalcollaboration#researchgrants#BBSRC
2. We have adding bulges to the toeholds of the four-way DNA complex, which destabilised the DNA four-way junction and changed its molecule mechanism during the branch migration steps. It is an order of magnitude faster than the previous mechanism!
1. New paper in bioRxiv! In collaboration with @gbstan and @IC_reactions, we developed a new mechanism to overcome the speed limit of four-way DNA branch migration. https://t.co/kAzf1vhmiA #nanotechnology#research#science