Guiyang Yao

Postdoctoral_TU Berlin，Peptide Chemist

[Cell Chemical Biology @CellChemBiol]

Structure-based design of Sec61 translocon targeting prodrugs minimize off-target toxicity https://t.co/89gG0D8ufi

[Chinese Chemical Letters @ChinChemLett]

Construction-modification method of β-sheet peptides guided by dehydroalanine properties

[Chemistry Europe @ChemEurope]

#ChemBioChem #OnTheCover Adding A C-Terminal Amino Acid Prevents the Conformational Interconversion of Plecantide Analogs (ChemBioChem 20/2025) (Guiyang Yao and co-workers) https://t.co/IQKyDoZ8NC • https://t.co/R4XbIagHR7

[Xuechen Li @LiXuechen_HKU]

Ready to register now. 18th Chinese International Peptide Symposium at Hong Kong!

[Marius T. Wenz @WenzMarius]

Interested in Computational Chemistry? 💻🧪
👉🏻 Check out the available #postdoc position in the lab of @BettinaGKeller.

Interesting project in a great group!
#CompChem #moleculardynamics

[Xuechen Li @LiXuechen_HKU]

The 18th Chinese International Peptide Symposium/14th International Peptide Symposium will be held in Hong Kong in July of 2024. Please mark your calendar, you are very welcomed to Hong Kong. We will show our warmest hospitality! Welcome!

[Guiyang Yao @GuiyangY]

@tam_dang19 @Suessmuth_Lab @GroupLoll @EGenersch

[Margaret Brimble @BrimbleM]

The mother of trofinetide is so happy and proud! @AucklandUni @MWC_CoRE @SCSatUoA

[Ducho Group @ducholab]

Very happy that the typeset version of our paper is now available. Thanks a lot again to everyone involved! @DocKlahn @ChemEurJ #OpenAccess #ProjektDEAL

[Finn K. Hansen @FKH_Lab]

I am very happy to see our HDAC6 #PROTAC paper finally out in J. Med. Chem. Congrats to first authors Laura and Jenny and all co-authors! Another great collaboration with the Bhatia lab @sanilbhatia5 @HHU_de @UniBonn! https://t.co/OkcfYZ3uTQ

[Chemistry Net @Chemistry_Net]

The occurrence of ansamers in the synthesis of cyclic peptides

https://t.co/ryOcbr95MS

#chemistry #biochemistry #Bioinformatics #peptides

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

Bifunctional Compounds as Molecular Degraders for Integrin-Facilitated Targeted Protein Degradation @CHNSci #Bifunctional #Degraders #Integrin #Targeted #Protein #Degradation https://t.co/NP4BOc51aC

[Guiyang Yao @GuiyangY]

🤩🤩🥳🥳

[Suessmuth Lab @Suessmuth_Lab]

Fantastic news! Our #amanitin paper in @NatureComms has been chosen as an Editor's Highlight! 🤩🥳

Find the feature here:
https://t.co/Gnr6TiTKY5

and the blog entry (featuring the fantastic koi illustration):
👉https://t.co/MsUGdbD6pX

[Suessmuth Lab @Suessmuth_Lab]

Have a look at the blog post with the nature research chemistry community to our new #amanitin paper!
👇
https://t.co/UXTieIstyA

And our paper in @NatureComms 👉https://t.co/AH3yB0sDFv
with @GuiyangY @SimoneKosol @WenzMarius @BettinaGKeller @TrappLab

[PerrinLab - UBC (posts do not represent UBC) @perrinlab]

Fascinating work: wonder if the mushroom also makes the atropisomer, which remains to be identified in the appropriate screen. Non-interconverting atropisomers give 2x the chemical space while not increasing the # of amino acids needed to access this space.https://t.co/KMV35u0buv

[Guiyang Yao @GuiyangY]

@BrunelloNard @FudanUniv @RSC_PPSG @EurPepSoc Thank you for sharing.

[Guiyang Yao @GuiyangY]

Fantastic weekend! Thank you @SimoneKosol @WenzMarius @BettinaGKeller @TrappLab @Suessmuth_Lab for fruitful collaboration. Hope the #ansamer terminology will raise attention about the occurrence of isomers in the synthesis of cyclic peptides.

[Suessmuth Lab @Suessmuth_Lab]

We are very excited to share that our paper looking into @amanitin isomers has been published in @NatureComms! Have a look at why we suggest to call the isomer pairs #ansamers here
Open access:
👉https://t.co/AH3yB0s5PX

[Chemistry News @ChemistryNews]

The occurrence of ansamers in the synthesis of cyclic peptides https://t.co/5xVQVYK7rQ

[The Nobel Prize @NobelPrize]

BREAKING NEWS:
The Royal Swedish Academy of Sciences has decided to award the 2022 #NobelPrize in Chemistry to Carolyn R. Bertozzi, Morten Meldal and K. Barry Sharpless “for the development of click chemistry and bioorthogonal chemistry.”

[Suessmuth Lab @Suessmuth_Lab]

Our research into antibiotic resistance mechanisms continues!
Gene amplifications of a new resistance protein lead to high-level resistance in Salmonella.
Check out our latest preprint with the Fulde lab @biorxivpreprint on #AMR against #albicidin.

https://t.co/pP8WNObbFA