roboticDNA

A team of researchers from @SimmelLab passionate about DNA robots🧬🤖
We engineer origami structures. We turn them into nanomachines with biosensing capability.

[roboticDNA @robotic_dna]

6 years since reporting a #DNA #nanomachine powered by electric actuation, we've uncovered the involved intricate electrohydrodynamic interactions; leading to insights into crafting electrically driven DNA #nanorobots
@JPhysChem @IbonSantiago @TU_Muenchen
https://t.co/gqmrhbUlRV

[roboticDNA @robotic_dna]

How to "beer garden" like a pro! @SimmelLab @robotic_dna in action!

[roboticDNA @robotic_dna]

Jonathan, you leave us with fantastic science and a lot of more new ideas behind! Thanks for being an extremely helpful and fun member of @SimmelLab. We wish you all the best in your next endeavours.

[DiMicheleLAB @DiMicheleLAB1]

🚨 Hiring postdoc on DNA nanotech / syncells 🚨
@BBSRC funded and it comes with a *4-month* visit to the amazing @TakinoueLab @hirohide_saito 🇯🇵
Also coll @YuvalElani
I would totally hire myself if I could
@cebcambridge can I do that?
pls share/RT
https://t.co/vz3u03HvbT

[roboticDNA @robotic_dna]

Here Matthias and Jonathan show when you submit strong, you publish strong💪! Congrats to all the authors!

[roboticDNA @robotic_dna]

How do #DNA #nanorobots store and release mechanical energy by winding up and relaxing a molecular torsion spring? Check out our team's just-published paper in @NaturePhysics!
@SimmelLab @TU_Muenchen
https://t.co/xrx1jFEEI9

[Arun Richard @arunrichardc]

Controlling triplex formation and displacement in 3D DNA crystals using pH and strand displacement -- work with @DNA_Nanotech @daverusling et al in Seeman lab now live in @J_A_C_S @nyuchemistry @TheRNAInstitute
Article: https://t.co/ou0mx5CTyd

[Tinnefeld Lab @LabTinnefeld]

1/5 Introducing an innovative solution in particle characterization! Our new paper presents DNA origami curvature sensors using smFRET to measure particle size and surface curvature.🧬
https://t.co/IaWWQdFTXr

[roboticDNA @robotic_dna]

The DNA robotics #fondue night, the best in town!
@SimmelLab @TU_Muenchen

[roboticDNA @robotic_dna]

@CeNS_LMU Matthias Vogt presenting our latest research on DNA nanorobots at the annual workshop of SFB1032 „Nanoagents"

[roboticDNA @robotic_dna]

We like to share with you our recent work: Energy Landscapes of Rotary DNA Origami Devices Determined by Fluorescence Particle Tracking https://t.co/Mix9PGKSVj

[roboticDNA @robotic_dna]

Printing of individual bio molucles is possible! This fantastic Work by Eric Benson et al. shows what mechanical DNA nanodevices will be capable of https://t.co/EP00IuFf8p

[roboticDNA @robotic_dna]

We congratulate Florian Katzmeier to the publication of his new paper on electrically triggered Pattern formation. We were happy to be a small part of this project. https://t.co/hXDX9HCT4Y