Y Hong

Professor in Chemistry, La Trobe University | ARC Future Fellow | Fluorescence, proteostasis, unfolded proteins in the cell & autophagy

[Y Hong @yuning_hong]

Disorder in protein structures is critical to their biological functions but can also contribute to diseases. Our work introduces a new way to characterize protein disorder in biological systems, complementing existing '-omics' approaches and computational prediction methods.

[Nature Methods @naturemethods]

Researchers present a proteome-wide workflow using the bifunctional chemical probe TME to capture, enrich, and profile endogenous disordered proteins in cells.
@shouxiang_zhang @owyongtc @yuning_hong @LIMSLTU @latrobe

https://t.co/gm3AG6QHOw

[Prof Arnold Lining Ju @ArnoldLiningJu]

🌺 First time at #Pacifichem — a remarkable joint meeting of 20 chemical societies across the Pacific Rim.

Proud to represent our works
@Sydney_Uni | @Eng_IT_Sydney @USYDBME | @HRIAust | @SydneyNano
#InterdisciplinaryScience @heartfoundation, @SnowMedical @InkenMartin

[Y Hong @yuning_hong]

Check out the tools of the trade article @NatRevMCB
by @shouxiang_zhang @owyongtc on a chemical proteomic method for disordered proteins. https://t.co/wQuD1XpmfM
@LIMSLTU @SABE_latrobe @latrobe
Original paper @naturemethods: https://t.co/BB2dgBCSRT

[Nature Reviews Molecular Cell Biology @NatRevMCB]

New Online! Profiling the disordered proteome in cells using a chemical tag https://t.co/RY3TuY4Crx

[Y Hong @yuning_hong]

@garriearumugam @wenyi_li68 Thanks Garrie!!

[Y Hong @yuning_hong]

Disorder in protein structures is critical to their biological functions but can also contribute to diseases. Our work introduces a new way to characterize protein disorder in biological systems, complementing existing '-omics' approaches and computational prediction methods.

[Nature Methods @naturemethods]

Researchers present a proteome-wide workflow using the bifunctional chemical probe TME to capture, enrich, and profile endogenous disordered proteins in cells.
@shouxiang_zhang @owyongtc @yuning_hong @LIMSLTU @latrobe

https://t.co/gm3AG6QHOw

[Y Hong @yuning_hong]

@Soheila84687048 @naturemethods Thanks Soheila!!

[Y Hong @yuning_hong]

Out today @naturemethods! Excited to share our work on a new method (RUBICON) based on a chemical probe to target in situ, enrich and profile endogenous disordered proteins in cells, including #IDPs and those that acquire disorder. #ozchem #proteostasis
https://t.co/0PNZca8y9d

[La Trobe Institute for Molecular Science @LIMSLTU]

1/2 🔬 Congratulations to LIMS & @SABE_Latrobe’s A/Prof Yuning Hong, Dr Shouxiang Zhang and Dr Tze Cin Owyong, whose world-first research creating a chemical tag to study disordered proteins in living cells has been published in @naturemethods! Read more: https://t.co/C2bvkWY1TI

[Nature Methods @naturemethods]

Researchers present a proteome-wide workflow using the bifunctional chemical probe TME to capture, enrich, and profile endogenous disordered proteins in cells.
@shouxiang_zhang @owyongtc @yuning_hong @LIMSLTU @latrobe

https://t.co/gm3AG6QHOw

[Y Hong @yuning_hong]

@Kazebrafish @owyongtc @shouxiang_zhang Thanks Kazu 😊😊

[Y Hong @yuning_hong]

@Hamidsollyy @naturemethods Thanks Hamid!

[Y Hong @yuning_hong]

Finally, heartfelt thanks to the anonymous reviewers for their positive feedback and constructive comments, helping us maximize the potential of our data, to @naturemethods & @DrArunimaSingh for the opportunity - an absolutely delightful experience to work with them.

[Y Hong @yuning_hong]

Shout out to first authors @shouxiang_zhang for driving all the #TeamMassSpec & #bioinformatics work @owyongtc for all the chemistry and the beautiful crystals. Thanks to co-authors @LukasEnglmaier @Xiaojing_Sui @BegonaHeras @WhiteLab6 @organotronics @LIMSLTU @CeMM_News @bio21

[Yitao Long/Yi-Tao LONG Lab @YTLong_Chem]

The way towards Single-Molecule Temporal Omics, exploring the future of #nanopore in cutting-edge temporal omics @naturemethods Many thanks to Mengyin @li_mengyin and Rujun@南方科大 https://t.co/WK4XbSISJV

[nature @Nature]

Poorly performing antibodies have plagued biomedical sciences for decades. Several fresh initiatives hope to change this https://t.co/xpo9iAmV0m

[Patrick Humbert @pohumbert]

Great evening with our fantastic @LIMSLTU @latrobe colleagues at the @TheASMR1 Victorian Gala Dinner. Congratulations and thank you ASMR medallist @MattDun17 for a moving and inspirational talk!

[Royal Australian Chemical Institute @RACInational]

MCCB 2025: Drug Discovery in Darwin! Present research, network with experts, and explore innovations. Early bird registration open!

🔗 https://t.co/LEF0CuKfrm

#RACI #ozchem #BOD1640

[Y Hong @yuning_hong]

@Boooooo_Shi @Dr_Ivan_Poon @KhaThanhPhan @TrendsCellBio @LabACDC @LIMSLTU @latrobe @SABE_latrobe Congrats Bo!