Shan She

Inorganic Biotech Researcher | seeking for a new position in Beijing 🇨🇳 | formerly Marie Curie Fellow @UofGChem in @CroninLab & PhD @Tsinghua_Uni

[Zehuan Huang @ZehuanH]

Interested in recyclable polymers? Please check out our research published in @NatureComms on Closed-loop chemical recycling of cross-linked polymeric materials based on reversible amidation chemistry. https://t.co/OZq6I8uKSD

[Shan She @ShanShe12]

Strongly recommend

[Zehuan Huang @ZehuanH]

I hope to recruit Master and PhD students (2023 fall) from Hongkong, Macau and Taiwan. Interested in polymeric materials, supramolecular chemistry, and biomedical engineering? Please consider applying, the deadline is in a month (30 Dec.) Welcome to join us!

[Prof. Lee Cronin @leecronin]

Our paper on AI-driven closed loop robot for the discovery, optimization, and synthesis of nanomaterials has just been published! The synthesis code is in XDL also! #chemputation
https://t.co/ZASANjAdAG

[Chemistry News @ChemistryNews]

Hydrogen-bonded organic framework biomimetic entrapment allowing non-native biocatalytic activity in enzyme https://t.co/BEuQk53BE7

[Zehuan Huang @ZehuanH]

Would you like to engineer your noncovalent dimers with tailored structure and function? Please check out this perspective on @J_A_C_S by @Guanglu_Wu @tang_bohan & Xi Zhang.

https://t.co/welNUCSTjZ

[Prof. Lee Cronin @leecronin]

Very proud of my team @CroninLab & this article summarizes how we help each other do science in the best possible way. Always open, always learning, always fun. https://t.co/GzCbWhjrvU

[Shan She @ShanShe12]

Thanks for your sharing

[Shan She @ShanShe12]

Would you like to design & prepare inorganic peptides automatically? Check out our research article @Chem_CP entitled "Robotic synthesis of peptides containing metal oxide-based amino acids” @UofGChem @CroninLab @JeskoKoehnke @NickelCarbon @dragon_gla @leecronin

[Chem @Chem_CP]

Online now: Robotic synthesis of peptides containing metal-oxide-based amino acids https://t.co/lGLANGlKVe

[Shan She @ShanShe12]

@wei48794066 Thanks Chunxiang!

[Shan She @ShanShe12]

@JeskoKoehnke @UofGARC @UofGChem Great thanks to Jesko, looking forward to our next collaboration

[Chem @Chem_CP]

Online now: Robotic synthesis of peptides containing metal-oxide-based amino acids https://t.co/lGLANGlKVe

[Shan She @ShanShe12]

Huge thanks to your 3 years' mentoring and great support.

[Prof. Lee Cronin @leecronin]

Just online. First step to inorganic protein design: Robotic synthesis of peptides containing metal-oxide-based amino acids https://t.co/a9nFXF2J3F

[Prof. Lee Cronin @leecronin]

For years many of my peers said the chemputer was an impossible machine - that is organic chemistry was too diverse, too complex, too special to be driven by a program except for a handful of specific chemistries. They were wrong. https://t.co/kaCt98hvZG

[Matthias Mann Lab @labs_mann]

Are you looking for #DeepLearning models to predict peptide properties for #proteomics in just a few lines of code? AlphaPeptDeep, built on #PyTorch can do that and more. We show it with a HLA peptide prediction model to boost HLA DIA analysis. Check out:
https://t.co/NzvFlbeOov

[Prof. Lee Cronin @leecronin]

Chemputation takes another big step forward. Very proud of the team! @croninlab https://t.co/kaCt98hvZG

[Shan She @ShanShe12]

@YanboZhang3 Haha me tooo

[Shan She @ShanShe12]

VPN drove me crazy, why China government set an Internet gate?

[Jesko Koehnke @JeskoKoehnke]

About to graduate & considering a PhD?
Want a supportive, inclusive environment?
We have one fully-funded PhD position to fill: Structural dynamics of biosynthetic protein complexes.
Get in touch to join our team!
Position open to Ukrainian, EU and UK nationals only.

[J. Am. Chem. Soc. @J_A_C_S]

Effective Storage of Electrons in H2O by the Formation of Highly Reduced Polyoxometalate Clusters @OregonState @oregonstateuniv @NymanMay @universitatURV @QCG_URV @UofGChem @leecronin @UofGlasgow #Storage #Electrons #Water #Polyoxometalate #Clusters https://t.co/TKLChGy1Q5

[Zehuan Huang @ZehuanH]

Could we dimerise two different peptides in a quantitative manner? Could we use this to recognise peptides/proteins on liquid-solid interface? Please check out our latest research in @J_A_C_S and our answer is yes! @OScherman @ChemCambridge
https://t.co/8zsc4K8E6y