Yu-Hsuan (Jasper) Peng

A gel enthusiast & PhD Student studying nanomaterials, bioengineering, and DNA nanotechnology in @elishakrieg group at @IPFDD, @tudresden_de, @digsbb.

[Elisha Krieg @ElishaKrieg]

I'm thrilled and grateful we have received the EXIST Forschungstransfer grant for commercialization of our DNA-nanotech-powered cell culture material platform DyNAtrix.

https://t.co/nPKanGsdJ3

[Elisha Krieg @ElishaKrieg]

Just out: "Programmable viscoelastic #hydrogels uncover #mechanosensing timescales and direct cell polarity"

https://t.co/s74HqL3zB1

We used a #DNA-based nanomaterial—#DyNAtrix—to study and guide the polarization of epithelial cells.

🧬 #nanotechnology #materials #cell_culture

[Yu-Hsuan (Jasper) Peng @JasperPeng]

@glembockyte @mpi_mr_hd Congrats!

[Davide Michieletto @Dmichiel1]

Cannot get enough of the Olympics?
Check this out - especially if you like DNA 🧬 topology 🪢

Feedback and thoughts welcome!

https://t.co/sm9Q08zHj5

[Michele Marass @MicheleMarass]

From a theorized material with cool properties to study entanglement physics... to the real thing! (with cool properties, and yes, using DNA).

[biorxiv_bioengineering @biorxiv_bioeng]

Assembling a true "Olympic Gel" from >16,000 combinatorial DNA rings https://t.co/kP88htAMga #biorxiv_bioeng

[Elisha Krieg @ElishaKrieg]

🚨Thrilled to share our brand-new #preprint!🚨

We combined #DNA 🧬 #Nanotechnology, #SyntheticBiology, and #combinatorial 🧮 #supramolecular chemistry, to create a truly weird form of #SoftMatter called an OLYMPIC GEL.🔗

#MaterialsScience

https://t.co/D6rmJnGzcw

1/3

[Yu-Hsuan (Jasper) Peng @JasperPeng]

It was a great exchange with our peers. I was excited to share about my project and super happy to receive the best talk prize at the end!

[DIGS-BB @digsbb]

Here they are! Our Predocs at their annual scientific retreat. This year in Poland. Have a great time guys! Enjoy the amazing program you've put together & the talks & free time with the 2 external speakers: Dr. Aneta Koseska @KoseskaL & Dr. Alexander Aulehla @digsbb @imprs_mpicb

[Krishna Gupta @anekoplato]

@ElishaKrieg Lab members on the way to GRC.
Sarah and I will present a talk about fancy DNA magic we have been doing.
@JasperPeng presents tomorrow. Everyone presents a poster. Find us there.
#GRC #bionterfacescience

[IPFDD @IPFDD]

#ScienceMeetsSchool - ausländische Wissenschaftler:innen des #ipfdd bringen am Herder-Gymnasium in #Pirna den Schülern ihren Forscheralltag ins Klassenzimmer

#ScienceMeetsSchool
#ipfdd
#OffenesDresden
#OffenesSachsen
#Saxony
#ScienceIsLife

[Phys.org @physorg_com]

A dynamic matrix with #DNA-encoded viscoelasticity to support the development of organoids and other biological tissues @NatureNano https://t.co/bwmxQAdolz https://t.co/KWVwMi8VxJ

[Elisha Krieg @ElishaKrieg]

🚨 Finally out!🚨

@JasperPeng’s paper on DyNAtrix, a programmable 3D cell culture matrix powered by #DNA 🧬 #nanotechnology.

Read the full story in @NatureNano. Here’s a quick summary 🧵 👇

https://t.co/Ot8799E22t

[Elisha Krieg @ElishaKrieg]

Matrix reloaded 😎

The DNA-crosslinked hydrogel is now featured in the German-language lab-methods journal @LABORPRAXIS.

https://t.co/i1kA33RfVb

[Michele Marass @MicheleMarass]

Is Matrigel a thing of the past?

It was fantastic to collaborate with @ElishaKrieg for the manuscript preparation of this story!
Great work by first author @JasperPeng and excellent collaboration with @ClaudiaGerri for applying this material to organoids

https://t.co/JFMZRVl6j1

[Yu-Hsuan (Jasper) Peng @JasperPeng]

Yay! The paper on DyNAtrix is out!🧬🧊🔧

[Elisha Krieg @ElishaKrieg]

🚨 Finally out!🚨

@JasperPeng’s paper on DyNAtrix, a programmable 3D cell culture matrix powered by #DNA 🧬 #nanotechnology.

Read the full story in @NatureNano. Here’s a quick summary 🧵 👇

https://t.co/Ot8799E22t

[Krishna Gupta @anekoplato]

@IPFDD is setting up a vibrant show this year! Visit us too in the B building foyer. We will talk about innovations in diagnostics, and extract DNA from strawberries. Fun for kids and adults!
@JasperPeng @SarahSpeed18 @Lakinintiradi @ElishaKrieg

[Krishna Gupta @anekoplato]

5 km run with the office besties!

[Yoel Ohayon @DNA_Nanotech]

Programmable polymer materials empowered by DNA nanotechnology
https://t.co/qQVL8Jx2eD

Synthetic DNA molecules can be programmed to undergo predictable self-assembly, offering unparalleled control over the formation and dynamic properties of artificial nanostructures.

[Elisha Krieg @ElishaKrieg]

Excited to share our Perspective paper on programmable materials (em)powered by #DNA 🧬 nanotech.

Discover why coupling DNA to polymers is so cool + 2 killer applications:
* 3D cell culture 🧫
* Nucleic acid diagnostics 🚦

https://t.co/AzJxOvMvmH

[Krishna Gupta @anekoplato]

New member in Krieg Lab ♥️
Our own fancy little PCR hood at @ElishaKrieg 's lab.