Haibo

Principal Investigator @ Zhejiang Univeristy
Epigenetics & Transcription, Structural Biology

[Patrick Cramer @mpgpresident]

Wonderful to receive @ShawPrize with @NogalesLab at Hongkong. Grateful to all past and present coworkers who made this possible. Thank you!

[Yuan He @YuanHeJHU]

Thrilled to witness two giants, @NogalesLab and @mpgpresident, being honored at the @ShawPrize ceremony for their outstanding contributions to the transcription field!

[Patrick Cramer @mpgpresident]

The +1 nucleosome can slide upstream to induce an inactive conformation of TFIIH and reduce transcription activity. Congratulations to @JAbrilGarrido @c_dienemann @HaiboWang36 @lidschreiber

https://t.co/qFQCkrSXeb

[Haibo @HaiboWang36]

Let's see how a promoter-proximal +1 nucleosome impairs transcription initiation, Julio has a nice answer. Congratulations and well deserved! @JAbrilGarrido 🎉🎉🎉. Special thanks to Patrick @CramerLab for his great support on this project.

[Julio Abril Garrido @JAbrilGarrido]

A promoter-proximal +1 nucleosome meets the human RNA polymerase II pre-initiation complex (PIC), and it does so in various ways! Happy to finally see the bulk of my PhD thesis at @mpi_nat @CramerLab out online in @MolecularCell. A sneak peek below (1/n)
https://t.co/cK7v26Lg74

[Haibo @HaiboWang36]

Exciting to reveal half of the yeast Pol II CTD

[Patrick Cramer @mpgpresident]

High-resolution structure of yeast Pol II PIC-Mediator complex reveals ~half of the C-terminal domain (#CTD). Great effort by @S_Schilb @HaiboWang36 @c_dienemann
https://t.co/LLyz46ehkq

[Haibo @HaiboWang36]

@YingChen_P @CramerLab Thank you Ying! Good luck with your job application!

[Haibo @HaiboWang36]

Hard to say goodbye. I spent five wonderful years here and will miss all of you @CramerLab.

[Patrick Cramer @mpgpresident]

Saying good-bye to @HaiboWang36 and wishing him all the best as a PI at @ZJU_China. Remembering his wonderful work on chromatin-associated factors:
https://t.co/q6HbhPcA6v
https://t.co/L6ylxm92zV
https://t.co/74gE4xiVZr

[Haibo @HaiboWang36]

@FelixRWagner @CramerLab Thank you Felix! I was a great time working together with you. Wish you all the best in your new position.

[Haibo @HaiboWang36]

@s_Han7 Thank you Shen!

[Haibo @HaiboWang36]

@Zhang_Suyang @CramerLab Thank you Suyang! Wish you all the best to start at LMB soon!

[Haibo @HaiboWang36]

@LucasFarnung @ZJU_China Thank you Lucas!

[Haibo @HaiboWang36]

@JAbrilGarrido Thank you Julio. Stay in touch.

[Haibo @HaiboWang36]

@CramerLab @ZJU_China Thank you Patrick for all your great help and support all the way!

[Haibo @HaiboWang36]

@LeXiong Thank you, Le!

[Haibo @HaiboWang36]

@sarakosman @NatureSMB @Nature Nice summary👍

[Haibo @HaiboWang36]

@Zhang_Suyang @MRC_LMB @CramerLab @The_Ban_Lab Congratulations, Suyang!

[Haibo @HaiboWang36]

Looking forward to hearing comments about my work.

[Ezgi Karaca @Ezgi_Karaca_]

Will be fun! Thanks for the invite @FNucleosome @wntyuli 🙋🏻‍♀️

[Patrick Cramer @mpgpresident]

Transcription-coupled DNA repair: After a long journey, we can now see how CSA, CSB, UVSSA and CRL4 remodel the transcribing Pol II complex for ubiquitination and DNA repair. Masterpiece by @KokicGoran.
https://t.co/G2UgJwR5rd

[Haibo @HaiboWang36]

@sarakosman @NatureSMB Congratulations Sara🎉🎉🎉 Well deserved!

[Haibo @HaiboWang36]

Unexpected finding that TBP can recognise nucleosomal TATA box and function like a pioneer factor. It will be exciting to see people who are interested in TBP's function figuring out the in vivo relevance in the future.

[Patrick Cramer @mpgpresident]

TBP binding to a nucleosome, assisted by TFIIA. Unexpected structures and their implications by @HaiboWang36 now online:
https://t.co/n7MBvRTsGZ