Honglu Zhang

Programmable Biotech Lab
Engineering dynamic nucleic acids (dNA) into the programmable matter for human health and better living.

[Honglu Zhang @Honglu_Zhang]

Dynamic Modulation of Multicellular Interactions via ATP-Dissipative DNA Assembly | Journal of the American Chemical Society https://t.co/naDwweY7gT

[Honglu Zhang @Honglu_Zhang]

Nick-and-Digest Strategy for Programmable Circular ssDNA Production and Scalable DNA Origami Assembly | JACS Au https://t.co/0mkfEzynI6

[bioRxiv Synthetic Biology @bioRxiv_synbio]

A reconfigurable DNA memory architecture for hierarchical data management via programmable phase transitions https://t.co/jWZlLv2B4i #biorxiv_synbio

[The Bustamante Lab @BustamanteLab]

Check out our recent article in collaboration with the Fan lab:
@BustamanteLab work led by @Honglu_Zhang in @ScienceAdvances!
Congrats to all authors involved! @cccDNA
https://t.co/tI8X9dUhTD

[Honglu Zhang @Honglu_Zhang]

Our recent review at Fundamental Research explores the innovative applications of programmable DNA-based biomaterials in bone tissue engineering. https://t.co/o2XG0dwhKH

[The Journal of Physical Chemistry @JPhysChem]

Zhang lab developed a simple, effective method for assembling non-thiol-modified polyA-DNA on AuNRs. This allows easy control over surface DNA density & distribution paving the way for advanced higher-ordered assembly with AuNRs @HuanZhang16 @Honglu_Zhang
https://t.co/avWGmTv6RP

[Yoel Ohayon @DNA_Nanotech]

Morphology Dictated Immune Activation with Framework Nucleic Acids
https://t.co/PwhYvByBAd

[Honglu Zhang @Honglu_Zhang]

@UrnovFyodor However this new logo is left-handed🤣

[Honglu Zhang @Honglu_Zhang]

In situ DNA storage with whole blood cryogenic silicification https://t.co/Ga2fIOSxQU

[Davide Castelvecchi @dcastelvecchi]

1/n
Why are mathematicians interested in the distribution of prime numbers, and what do they actually mean by that?
A 🧵 on the Riemann hypothesis and Yitang Zhang's latest preprint on the Landau-Siegel zeros conjecture, which I covered yesterday
https://t.co/PCua3EKpFD

[Honglu Zhang @Honglu_Zhang]

@Landry_Lab Congratulations Prof Landry!!！

[NatRevMaterials @NatRevMater]

We know quite a bit about nanoparticle interactions in mammalian cells. But what about plants? New Research Highlight on a @NatureNano paper by @Landry_Lab reporting the interactions of siRNA-gold nanoparticles in plant leaves - and yes, they are different https://t.co/5cM3yZcqBH

[Landry Lab @Landry_Lab]

Want to deliver RNA in plants 🪴with nanoparticles 🧪? Nanoparticle cell entry isn't needed! Check out @_nanonat & @HuanZhang16's paper out today in @NatureNano featuring nanospheres, rods, and a transport mechanism for nanoparticles in plant tissues! https://t.co/JzzjFpsLXN

[Huan Zhang @HuanZhang16]

Thank you to landry lab @Landry_Lab and Yang lab @yanggroupucb for this great collaboration! We have another nanomaterial capable to deliver cargos in plants!

[The Nobel Prize @NobelPrize]

Kary Mullis, born #OTD 1944, was tired and it was dark. His thoughts wandered as he was driving. He had to stop his car to think properly - all the puzzle pieces fell into place. Mullis had just invented the polymerase chain reaction (PCR), earning him the 1993 Chemistry Prize.

[Natalie Panek @nmpanek]

The relative size of particles

[Landry Lab @Landry_Lab]

Check out @HuanZhang16's new paper, out today in @NatureProtocols: https://t.co/dBd2lRuQ9A. Design your own DNA nanostructures for transgene-free gene silencing in plants!  | @plantae_org | @igisci | @USDA_NIFA |

[Huan Zhang @HuanZhang16]

Deep deep thanks to Landry lab! Let’s keep in touch and continue exploring nanoscience in agriculture! I will definitely visit back and welcome to visit my lab!