Soichi Inagaki

Homo sapiens with only one X chr. Dad of 3. Love coffee, IPA, and science. 10 years since last tweet/post.

[Soichi Inagaki @soinagak]

@ShuseiMori おめでとう🎉🎉🎉

[Soichi Inagaki @soinagak]

@Hosaka_TE Kellyさんたち最近すごいことやってるね

[Soichi Inagaki @soinagak]

@Hosaka_TE トランスポゾンが刺さりやすいというより、トランスポゾンが刺さっても無害だから淘汰されないということ？そもそも、サブゲノム単位で不活性になることってあるの？

[Soichi Inagaki @soinagak]

@Hosaka_TE @ThePlantJournal homoeologのbiased expression は面白いですね。どういうメカニズムが考えられるんでしょうか。また、TEのburstもなにかきっかけが考えられますか？

[Soichi Inagaki @soinagak]

@leandroquadrana @NaturePlants 👏👏👏

[Soichi Inagaki @soinagak]

@Hosaka_TE 五本指で���5種類のコンストラクト行けます！終わったら手袋オートクレーブして捨てるだけ。

[Vienna BioCenter Scientific Training @TrainingVbc]

Excited to welcome @TakumiNoyori from the University of Tokyo @UTokyo_News_en to the @viennabiocenter Summer School! He'll study the role of cohesin in immunoglobulin gene rearrangement with the Peters group at IMP. @TakumiNoyori @TrainingVbc @IMPvienna

[Taiji Kawakatsu @Kawakatsu_Lab]

Excited to share our latest work published in @NaturePlants ! This collaboration with Kaoru and Tetsu, @K_Sugimoto_Lab and many others explores the epigenetic regulation of imprinting in rice endosperm.
https://t.co/Y4vbM6LC7d
free link: https://t.co/o0DZbPsSaV

[Chenxin Li, PhD (@chenxinli2.bsky.social) @ChenxinLi2]

One of the reasons the epigenome is interesting to me is the intricate loops created by chromatin readers, writers, and modifiers to create different epigenetic states.

Figure from: https://t.co/BGCk1dIGDE

[Taiji Kawakatsu @Kawakatsu_Lab]

H3K9 methylation regulates heterochromatin silencing through incoherent feedforward loops | Science Advances

Congrats! https://t.co/lkw4hjavLS

[Soichi Inagaki @soinagak]

@Kawakatsu_Lab Thank you!

[Soichi Inagaki @soinagak]

@emateobonmati @biorxivpreprint @MolecularCell @CarolineDeanLab @JohnInnesCentre @Miguel_Montez_ @Bobby_Mapes @XiaofengFangLab @lapassmore @MRC_LMB @La_UPM @CBGP_Madrid Congrats! Very nice work!

[Grey Monroe @Grey_Monroe]

Why do some genome regions mutate more than others? Excited to share our latest work published in @ThePlantCell. H3K4me1 recruitment of DNA repair proteins in plants! 🌱🧬#PlantScience #Mutation

📜https://t.co/bYqNTe6iqO
1/

[Oded Rechavi @OdedRechavi]

Publishing a paper in a relatively decent journal

[Soichi Inagaki @soinagak]

@snhrhdfm それは大変！うちはまだ5人とも0回です、、が気をつけます。お大事に、、、

[Soichi Inagaki @soinagak]

@snhrhdfm 来年いつまで行けるか競争しよう。

[Soichi Inagaki @soinagak]

That was my first tweet in 10 years...Next one may be in 2033？

[bxv_genetics @bxv_genetics]

H3K9me regulates heterochromatin silencing through incoherent feedforward loops https://t.co/dJgUXi1pC2