Hillary Layden

@kaitlyn_schaaf Congrats Kaitlyn!

@HeatShock_Helen @CellGenomics Thanks, Helen!

@HillaryLayden @CellGenomics Yay! Congratulations!!

So excited to share the first half of my dissertation research. If you’re interested in transcription, enhancer activation, DLBCL, or B-cell biology, this one’s for you. Check it out in @CellGenomics!

@hansen_tylerj @HiebertLab @CellGenomics Thanks! So fun to share an issue with you

Our latest work is out now in @CellGenomics. @HillaryLayden and team use the dTAG system and deep genomic analysis to determine how wild-type and mutant FOXO1 control transcription in DLBCL. cell.com/cell-genomics/…

@k4v1 @HiebertLab @CellGenomics Thanks Kavi!

@hansen_tylerj Thanks Tyler!

I'm excited to announce that I'm defending on February 14th at 1 pm. See what I've uncovered about how mutations in FOXO1 contribute to B-cell lymphomas! Zoom link available; message me.

@SusuZhang95 Thanks Susu!

@HillaryLayden Exciting! Good luck!!👍🏻

@QixiangHe Thanks Qixiang!

@HillaryLayden Good luck, Hillary!

@k4v1 Thanks Kavi!

@hansen_tylerj We have a whole box labeled dtag despair from failed cloning attempts

@k4v1 @UWMadison @uwvetmed Congrats Kavi!

Has anyone updated their PRO-seq/GRO-seq adapters/sequencing primers to include dual indices for better results on the NovaSeq? Our current protocol is based on the TRUseq Small RNA kit but our core would like us to include a second index for better multiplexing. #Genomics

Check out our latest story in @MolecularCell. Our team pairs the dTAG system with deep genomic analysis to determine the spatiotemporal role of SMARCA5 in the maintenance of chromatin structure and function. bit.ly/3GNCalx

@AlexisNJameson Congrats Alexis!

My first author manuscript was ACCEPTED! Might be a drop in the bucket for some but for me this really is a dream come true. When you think about it there’s a moment in time when you’re the only one who knows something new about the world. Missed my chance to yell eureka though.

Excited to share our newest story! Our team details how the fusion transcription factor PAX3-FOXO1 regulates RNAPII pause release at a small number of genes via the recruitment of co-regulatory complexes to specific enhancer elements in aRMS cells. shorturl.at/ceFHL

@AlexisNJameson @TylerJohnHansen @Hodges_Lab No. You’re right and you should say it.

@TylerJohnHansen @Hodges_Lab I’m not ready to fight I have no suppprting evidence just a gut reaction 😂

Nevermind still ranks as my favorite album and listening to it all the way through today after a while has been a jolting reminder of how much I love Nirvana Dave Grohl and how much I hate Foo Fighters Dave Grohl. Have a good day everyone.

#AACR2022 PhD candidate Susu Zhang will be presenting her work on identifying the direct targets of PAX3-FOXO1 from 9-12 in poster section 7.

@RachelBrownMSTP biorxiv.org/content/10.110…

If you keep everything BSL1, is there anything wrong with having a rocker, a mini fridge, buffers at home so you don’t have to spend all weekend day in lab developing blots? You could get your laundry done while developing your blot, and then just drive in to work to image it

🇺🇦 Two of the most intelligent, talented, kind, and amazing mentors I have at @VUMC_Vaccines are from #Ukraine. I will share some ways that they have shared with our lab for anyone interested to #SupportUkraine in this short 🧵 1/ #DonateUkraine #UkraineUnderAttack #UkraineWar