Daniel Bsteh

Liquid Biopsy Core Manager and Laboratory Manager (Dr. Goldkorn lab) at the Norris Comprehensive Cancer Center at USC’s Keck School of Medicine

[AZoLifeSciences @AZoLifeSciences]

USC Scientists Discover Protein Key to 3D Genome Control and Gene Silencing https://t.co/udsgCL9veL @KECKSchool_USC #genome #gene #genetics

[Carol Folt @CarolLFolt]

Shout-out to @USCStemCell for their groundbreaking work on gene activation. Congrats!

[USC Stem Cell @USCStemCell]

A new @USCStemCell study from the lab of Oliver Bell (@stanobell), published in @NatureComms, throws our understanding of gene regulation for a loop. https://t.co/p5qDZOYKVB

[Benjamin Weekley, PhD @BenjaminWeekley]

Science Buddies are the best!!! I wouldn't be where I am today without mentors and peers who I discuss science with one-on-one often: @DBsteh @bmart87 @EmmanuelleHodar @RiceLabUSC @DavidVinson93 @chanjeneration @Lizzie_Brindley @NeuroNewaz @ANeurogirl @themazelab and many more!!!

[Daniel Bsteh @DBsteh]

Holyy that’s such a cool story!

[StarkLab @stark_lab]

We are very excited to present a major breakthrough achievement – the de novo design of synthetic enhancers for selected tissues in fruit fly embryos in vivo using deep- and transfer learning, @deAlmeida_BPet al published today in @Nature https://t.co/TIlPrBKYaK. Thread 👇(1/N)

[Daniel Bsteh @DBsteh]

@CarmeloFerrai @stanobell Thanks for spreading the word!

[Daniel Bsteh @DBsteh]

@CarmeloFerrai @stanobell @NatureComms Thanks!

[Daniel Bsteh @DBsteh]

🔬 Exciting update! Our latest publication in @NatureComms "Loss of cohesin regulator PDS5A reveals repressive role of Polycomb loops" advances our understanding of epigenetic gene regulation.
https://t.co/uKuL4qWJBl
🚀 Find some of the key findings of our paper below 👇

[Daniel Bsteh @DBsteh]

Big thanks also to all my peers over the years in the Bell lab and our fabulous collaborators for the teamwork that made this paper possible! @TrainingVbc, @IMBA_Vienna, @KeckMedicineUSC , @USCStemCell

[Daniel Bsteh @DBsteh]

🙏 Grateful beyond words to have had @stanobell as my PhD mentor. Couldn't have wished for a more supportive guide through this journey. Your mentorship and friendship mean the world to me. 🌟

[Daniel Bsteh @DBsteh]

🔬 Exciting update! Our latest publication in @NatureComms "Loss of cohesin regulator PDS5A reveals repressive role of Polycomb loops" advances our understanding of epigenetic gene regulation.
https://t.co/uKuL4qWJBl
🚀 Find some of the key findings of our paper below 👇

[Daniel Bsteh @DBsteh]

🌐 Our research demonstrates that maintaining cohesin-dependent genome architecture is critical for Polycomb regulation. This finding opens new avenues for understanding the complexities of gene regulation and has broad implications across the field of genomics. #ResearchImpact

[Daniel Bsteh @DBsteh]

🔍 Why do Polycomb loops matter? Our study reveals their crucial role in maintaining robust silencing at specific target genes. The disruption caused by PDS5A removal highlights the intricate balance required for effective Polycomb regulation. #Polycomb #GeneSilencing

[Daniel Bsteh @DBsteh]

Congrats Dr. Hodara!

[USC Norris Comprehensive Cancer Center @uscnorris]

At @ASCO annual meeting, Dr. Daniel Bsteh presented research led by Dr. Amir Goldkorn, AD for Translational Research @uscnorris, showing liquid biopsies might help predict treatment response & survival in men undergoing treatment for metastatic, hormone sensitive prostate cancer.

[SWOG Cancer Research Network @SWOG]

Headed to #ASCO23? Print a copy of our list of @SWOG oral & poster presentations: https://t.co/nEtWfrqPmK #ASCO2023 @OncoAlert

[The Nobel Prize @NobelPrize]

BREAKING NEWS:
The Royal Swedish Academy of Sciences has decided to award the 2022 #NobelPrize in Physics to Alain Aspect, John F. Clauser and Anton Zeilinger.

[Daniel Bsteh @DBsteh]

@BigBen_96