Sharon Schlesinger

we work on small retroviruses and big cows. but we actually work on stem cells. our lab Moto is “always make new mistakes”

[Sharon Schlesinger @SharonShle]

@Childish_lion ףף

[Sharon Schlesinger @SharonShle]

Come join the fun

[StögerLab @StoegerLab]

📢 2025 Epigenetics Society (ES) Special Symposium

"DNA, RNA, and Chromatin Epigenetics: Disease and Development"

🗓️ October 15-17th, 2025 📍 Chicago, Il

Don’t miss this

Visit https://t.co/J3SkvIXaCh

[Sharon Schlesinger @SharonShle]

Exited to soon be there ! It looks like it will be literally legendary

[Oded Rechavi @OdedRechavi]

Who does that? We rented a train JUST for the conference, that will take the participants from Prague to the woods of Bohemia. There'll be talks ON THE TRAIN. In Prague we'll have 5 locations with different atmospheres.
#theconferencetoendallconferences Register now:
https://t.co/5XsoHOsIZp

[Sharon Schlesinger @SharonShle]

Check out my latest #research on #cultivated_meat scaffolds, published with @SpringerNature in NPJ Science of Food: https://t.co/wsWcIW9coj

[ZZ Zhao Zhang @zz_zhaozhang]

🧨📣ecDNA, eccDNA, cccDNA, double minutes. I know, it’s confusing…😉

Let’s get together regardless of nomenclature🍻🍻

Join us if you study DNA circles from plants, yeasts, worms, viruses, transposons, & of course, tumors!🥂🥂

Awesome venue + fabulous science🥳

[Sharon Schlesinger @SharonShle]

@EleeShimshoni @EveryCure Congrats and good luck 🍀

[Sharon Schlesinger @SharonShle]

@OdedRechavi our fields merging at last?

[bioRxiv Genomics @biorxiv_genomic]

Transposable elements are prevalent vectors of transgenerational epigenetic inheritance in nature https://t.co/GntBdxoLO8 #biorxiv_genomic

[Sharon Schlesinger @SharonShle]

@LabRowe Well deserved! Congrats

[Sharon Schlesinger @SharonShle]

By incorporating food-grade plant-based scaffolds from rice into the bioreactor system, and showing cell proliferation, the study showcased the potential for using sustainable materials in cultured meat production. Thanks, @OShoseyov, Y. Giron and especially Gilad!

[Sharon Schlesinger @SharonShle]

A key innovation of our friends from the Giron lab was the development of a laser welding technique that effectively joins thermoplastic films, enabling rapid prototyping and cost-effective fabrication of fluidic systems for cell cultivation.

[Sharon Schlesinger @SharonShle]

A key innovation of our friends from the Giron lab was the development of a laser welding technique that effectively joins thermoplastic films, enabling rapid prototyping and cost-effective fabrication of fluidic systems for cell cultivation.

[Sharon Schlesinger @SharonShle]

The study addresses the challenge of sustainability and production costs in cultured meat by utilizing plant-based scaffolds and a novel laser welding method for constructing sterile and leak-free bioreactors

[Sharon Schlesinger @SharonShle]

The study addresses the challenge of sustainability and production costs in cultured meat by utilizing plant-based scaffolds and a novel laser welding method for constructing sterile and leak-free bioreactors

[Sharon Schlesinger @SharonShle]

Cultivation of Bovine Mesenchymal Stem Cells on Plant-Based Scaffolds in a Macrofluidic Single-Use Bioreactor for Cultured Meat https://t.co/myEcLmTcKt #mdpifoods via @Foods_MDPI

[Sharon Schlesinger @SharonShle]

Cultivation of Bovine Mesenchymal Stem Cells on Plant-Based Scaffolds in a Macrofluidic Single-Use Bioreactor for Cultured Meat https://t.co/myEcLmTcKt #mdpifoods via @Foods_MDPI

[Sharon Schlesinger @SharonShle]

Everything we always wanted to know, now on paper. Amazing work.

[Jamie Hackett @hackettlab]

How do chromatin modifications quantitatively impact gene expression?

How do sequence variants or combinatorial marks influence relationships?

We developed a modular #EpigenomeEditing toolkit to systematically test these Q, published today 🧵…

https://t.co/2p4W0J50Oc

[Sharon Schlesinger @SharonShle]

Finally this is out. A story that began from interesting conversation at a meeting by @MermoudLab poster…

[Mobile DNA @MobDNAjournal]

The role of Smarcad1 in retroviral repression in mouse embryonic stem cells https://t.co/NQtbwHTjca

[Sharon Schlesinger @SharonShle]

Recommend!

[RaffaellaSantoroLab @LabSantoro]

Please RT. We are recruiting motivated PhD students willing to study the contribution of the #nucleolus in genome architecture and function using exciting new approaches recently developed in the lab.
Details to apply can be found in https://t.co/4NoeoRCb2n

[Shai Bel @Mucus_Man]

🚨🚨I'm delighted to present our new work, where we aimed to understand why antibiotic use is a risk factor for development of inflammatory bowel diseases (IBD). Yes, MUCUS will be involved! A 🧵/1

[Sharon Schlesinger @SharonShle]

@JakobssonLab I want to like 👍 this tweet but I can’t because ERVs are the best. I wish I had an LTR myself. Great review though.

[Sharon Schlesinger @SharonShle]

@OdedRechavi Sneaking into a conference without registering?

[Sharon Schlesinger @SharonShle]

This is the best description of the retroviral silencing mechanism I've seen. A real nice paper to start 2024 with! https://t.co/r2vFL1adBt #ScholarAlerts

[Sharon Schlesinger @SharonShle]

@KurianLab Thanks Leo! now in an updated and improved version (still as a pre-print though)