Maq🧬

RNA editing and chronic inflammation.

[Maq🧬 @Maq_RNA]

@AkiUshiki @NadavAhituv @NicolaIlling @DoritHockman @WashUGenetics That is so cool, though scared me at the first glimp.

[Maq🧬 @Maq_RNA]

@FahadYasin55 @StanfordMed @RNAedit Thanks, Fahad!

[Maq🧬 @Maq_RNA]

Excited to announce that I've joined @StanfordMed Department of Genetics as a postdoc in Li lab @RNAedit ! I'll be diving into RNA editing, innate immunity, and aging — quite a range, but ready for the challenge. Looking forward to what's ahead! 🧬

[Maq🧬 @Maq_RNA]

@RNAedit @StanfordMed Thank you, Billy!

[Maq🧬 @Maq_RNA]

Honored to co-author with my previous advisor Zisheng on this review leveraging epitranscriptomic engineering as a next-generation approach to improve crop traits. Thanks Brian @bdgPhD for the invaluable input. A lot of progress has been made — excited to see what’s next!

[New Phytologist @NewPhyt]

Epitranscriptomic modulations optimize crop traits via messenger RNA modifications

https://t.co/WaA7hkM6Q6

[Maq🧬 @Maq_RNA]

@Xiaojie_Qiu Congrats! Using now🙂

[Cell @CellCellPress]

Now online! RNA innate immunity constitutes a barrier for interspecies chimerism https://t.co/XnB6z7J8jf

[Maq🧬 @Maq_RNA]

Big congrats!

[UPenn Dept of Biochem & Biophys @BB_UPenn]

The Zhou Lab has a new paper out in @J_A_C_S! Read it here: https://t.co/DtrQomCRGY

[Maq🧬 @Maq_RNA]

Thrilled to introduce our minireview in TCB @TrendsCellBio on exploring the "uncharted territory" of NAD cap. Big thanks to great assistance from Dr. Hao at Prof. Xuemei's lab @Xuemei_RNAlab.

[Trends Cell Biology @TrendsCellBio]

The uncharted territory of NAD+-capped RNA https://t.co/OS2qJGUBvx

[Maq🧬 @Maq_RNA]

A nice talk with ZJUglobal and proud to be a ZJUer! Welcome to the new era of noncanonical RNA cap!

[Zhejiang University @ZJU_China]

Meet MA Quan, recipient of the #ChuKochen Scholarship, and listen to his unwavering passion for #research!
https://t.co/XNQCfKwp2i

#DialogueatZJU #SuperZJUer

[Maq🧬 @Maq_RNA]

Awesome work! Always looking forward to more underlying implications.

[kathaRiNA Höfer @HoeferLab]

Did you know that bacterial #viruses glue #RNA to proteins? We discovered that a T4 #phage #ART links NAD-RNA to E. coli proteins. We call this an #RNAylation. Great collaboration with @JaeschkeLab and Urlaub Lab. Congratulations to @MaikSchauerte 🍾 https://t.co/32smjjFDH5

[nature @Nature]

Nature research paper: Hepatitis C virus RNA is 5′-capped with flavin adenine dinucleotide https://t.co/7k3ILTqpzE

[Nature Biotechnology @NatureBiotech]

RNA transcripts in bacteria are recorded as DNA modifications using a base editor https://t.co/aszcxHkkJe

[Maq🧬 @Maq_RNA]

@grnfluoresceblg Hi, I wonder is that a published research? HIV infection decrease the NAD capped RNA, what will be the mechanism and the biological significance?