HsingHo

synthetic biology/genetics/bioengineering/Merck protein engineering

[Harris Wang @harriswangnyc]

🚨Our lab has MULTIPLE funded postdoctoral positions open for different microbiome projects ranging from Cancer, Rare Earth Elements, and Anti-mold applications!! We build & use cool tech for microbiomes.🛠️🧬🦠 DM or email me at [email protected] to apply. Pls RT

[HsingHo @HsingHo2]

I will be at SEED 2022 this week. Can’t wait to hear about the exciting science and meet some old and new friends here! #SyntheticBiology #MerckProteinEngineering

[Grant @SynBioGrant]

Excited to share that we have more positions open at @Merck #ProteinEngineering. We are hiring for #MolecularBiology, #Biochemistry, & #Microfluidics Join our bioengineering revolution! #SynBio #ProteinDesign #DirectedEvolution Three links👇

[Grant @SynBioGrant]

Excited to share that we are hiring for a new Senior Scientist @Merck #ProteinEngineering. Come join the bioengineering revolution as we invent novel enzymes and therapeutic proteins. #ProteinDesign #SynBio #MerckChemistry
https://t.co/SZgVQtJEkH

[HsingHo @HsingHo2]

@GLandsbergis A friend in need is a friend indeed. Thank you fro the bottom of my heart.

[HsingHo @HsingHo2]

@Indroux @harriswangnyc Happy to know your lab like our work.

[Sam Sternberg @shsternberg]

Our newest manuscript is live on bioRxiv! Beautiful work led by Leo @Vopinator in the lab, for high-efficiency, multiplexed DNA insertions in bacteria using CRISPR RNA-guided integrases. A great collaboration w/ @RondaCarlotta and @harriswangnyc. 1/n

https://t.co/be90twd2Rw

[HsingHo @HsingHo2]

@swaypchen Thanks Sway!

[Harris Wang @harriswangnyc]

Happy to share our new MSB paper "Programmable CRISPR‐Cas transcriptional activation in bacteria" led by @HsingHo2 with help from wonderful past undergrads Jenny Fang and Jacky Cheung.
https://t.co/KgIHd9WcI9

[HsingHo @HsingHo2]

Proud to share my works - new CRISPRa tools in bacteria !

[Harris Wang @harriswangnyc]

New preprint from the lab on a new programmable & portable bacterial CRISPRa system. Not enough of this tech out there. Hope this is useful for folks. Activator screening, directed evolution, transcriptome profiling, promoter libraries. @HsingHo2 https://t.co/4qhNjPVjdu

[SynBioBeta @SynBioBeta]

By merging two genes into a single DNA sequence, @wanglab_nyc biologists have created a method that could prevent human-engineered proteins from spreading into the wild, as well as stabilize synthetic proteins so they don’t change over time. https://t.co/WtZlHOJIVW #synbio

[Harris Wang @harriswangnyc]

Proud to share our new paper on multiplex transcriptional assays in 10 diverse bacterial cell-free TxTl systems in @MolSystBiol. Lots of Tx/promoter data across phylogeny. Great collab w/ Vincent Noireaux @UMNews started at @CSHLsynbio course. Led by @ssyim16 @NathanIJohns

[HsingHo @HsingHo2]

Proud to share share our work!

[Harris Wang @harriswangnyc]

Happy to share our new paper in @sciencemagazine to design and build synthetic overlapping genes. These "sequence entanglements" (inspired by quantum entanglement) enable more robust genetic systems and a new way for biocontainment. https://t.co/H132tsGdwW

[Harris Wang @harriswangnyc]

Happy to share our new paper in @sciencemagazine to design and build synthetic overlapping genes. These "sequence entanglements" (inspired by quantum entanglement) enable more robust genetic systems and a new way for biocontainment. https://t.co/H132tsGdwW