Mo Yang 杨墨, NCI

Big congrats, Sebastian and Jeff!

@jschneek This is fun.😀

Hey bro, I heard you like degraders so I put degraders on your degraders 😁

An honor to announce our book has been published! Many thanks to Martin Pettersson, the team at Wiley, and all our amazing contributors for making this exciting project happen! onlinelibrary.wiley.com/doi/book/10.10…

@ALGchembio @UMichPharmacy Congrats!

Check out this interesting work led by our talented postbac Peri. Congrats!

@kamyaryzd @SEP_UCSF Fantastic! You will be a good teacher, man.

Had a great time as a part of the @SEP_UCSF program teaching ninth graders some microscopy and telling them about our science! This has been one of the most rewarding experiences of my graduate education so far! Cannot wait to do it again next year!

Mobile ALOHA's hardware is very capable. We brought it home yesterday and tried more tasks! It can: - do laundry👔👖 - self-charge⚡️ - use a vacuum - water plants🌳 - load and unload a dishwasher - use a coffee machine☕️ - obtain drinks from the fridge and open a beer🍺 - open doors🚪 - play with pets🐱 - throw away trash - turn on/off a lamp💡 Project website: mobile-aloha.github.io Co-lead @tonyzzhao, advised by @chelseabfinn (amazing photographing from @qingqing_zhao_ )

Delighted to announce the publication of my work with @srivsesh and my PI @jschneek at @NAR_Open. In this work, we unlock the mysteries of i-motifs and their binding partners using DNA microarrays. Special thanks to @Mo46647245, and our collaborators in the Vinson lab.

This delicious dish is called Moo Yang! I guess I have to try it.

Beautiful work! PRC2 can be inactivated by binding to G-quadruplex RNA | Science science.org/doi/10.1126/sc…

Technology saves lives.

A good example to show binding site identification of protein-protein interactions using peptide microarrays on SPRi platform.

Congrats to Prof. Li at Tsinghua University! Happy to see this work finally published in @NatureComms. Glad to be part of the collaboration and be able to make modest contribution. nature.com/articles/s4146…

@IreneZanin @manuconlaccento @DMM_Unipd @RichterLabUnipd Very nice work!

@MichaelBanco Congrats, Mike!

Incredibly thrilled to have been a part of this work! DNA can fold into elaborate structures.

Congrats! This is a fantastic approach for degrading target RNAs. So glad that I participated in the project and made modest contribution.

Hexasome-INO80 complex reveals structural basis of noncanonical nucleosome remodeling | Science science.org/doi/10.1126/sc… Congrats to Min, my collaborator during graduate school! Beautiful work!

This is awesome work! Congrats Luiz and Mike! nature.com/articles/s4158…

Drugging RNAs using small molecules could, in theory, expand the target landscape by almost two orders of magnitude. A growing list of companies offer differing approaches to move the resurgent field forward go.nature.com/45ht24c

@kamyaryzd @UCSF @realJimWells Finally, you choose the lab. Keep working hard.

Excited to announce after three amazing rotations @UCSF, I will be joining @realJimWells lab to become a protein engineer and expand our understanding of the cell surface. I’m grateful to all three labs for their warm welcome and amazing mentorship in this process.