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Is euchromatin really “open”? 🧬 Using super-resolution imaging🔬 our new study Nature Genetics reveals: Euchromatin forms condensed domains in live cells. Cohesin constrains them and prevents domain mixing for proper transcriptional insulation🚧 🔗 (1/2)

46,757 次观看 • 2 个月前 •via X (Twitter)

8 条评论

Kazuhiro Maeshima 的头像
Kazuhiro Maeshima2 个月前

Congratulations 🎉 We thank all the coauthors including 4 co-first authors: @MasaAShimazoe @shiori_iida @katsu_s_minami @level3defless 🔬👏 Special thanks to @nikonsolutions for 3D-SIM support. Modeling movie by Fujishiro-san. (2/2)

Raghavendra Singh 的头像
Raghavendra Singh2 个月前

@NatureGenet Nice work 👍. Congratulations 🎉👏, interesting sister chromatids null effect overall and nucleosome mobility affected by cohesin chromatin condensates.

Kazuhiro Maeshima 的头像
Kazuhiro Maeshima2 个月前

@NatureGenet Thank you very much!

仲野徹 『がんは運である?』 的头像
仲野徹 『がんは運である?』2 个月前

@NatureGenet ナイス! むっちゃええ仕事やん

Kazuhiro Maeshima 的头像
Kazuhiro Maeshima2 个月前

@NatureGenet うれしいです。どうもありがとうございます。これからもがんばります。

Le Thi Phuong 的头像
Le Thi Phuong2 个月前

@NatureGenet Dude, it seems like euchromatin's rigidity is mainly due to condensed domains constraining its relaxation, allowing for proper transcription! That's pretty cool, rightd.

Kazuhiro Maeshima 的头像
Kazuhiro Maeshima2 个月前

@NatureGenet Thank you so much!

GOOD DADDY💸👝 的头像
GOOD DADDY💸👝2 个月前

@NatureGenet Dm.

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