Mei Liang

Researcher at Huazhong agricultural university, Wuhan, China. Our team mainly works on the pigment variation in plants (Mimulus, Lily, Rose...)

[Mei Liang @_MeeiLLL]

🥳🥳🥳🥳Congratulation to myself. I am excited to let this work out before returning to China. I cherish the time in Yaowu's Lab and love everyone.
🚩It is time to change my pinned tweet and it will be the best twm's birthday gift😍😍

[Yaowu Yuan (袁耀武) @colreeze]

#MimulusPropaganda The invincible @_MeeiLLL strikes again. She found the speciation gene in monkeyflowers, YUP, is a taxon-specific non-coding gene producing phased siRNAs. YUP derived from a partial inverted duplication of a source gene that has nothing to do with flower color.

[Dr. Sajad Alipour @SajadAlipour98]

Iris hymenospatha ssp hymenospatha in two different colors
Fars, Iran
Feb 2023, Altitude 2300m

[Jonas Frei @jdfrei]

#Juglans & #Carya. #Walnuts and Hickorys: The diversity of edible nuts from the #Juglandaceae plant family.

[闵娅 (Min Ya | Minya), PhD @0_minyaaa]

For the past 6+ years, I had lots of thoughts about how floral meristems terminate to make flowers, esp from an evo-devo viewpoint. Now, these thoughts are distilled into 2000 words and I humbly share them with the community on @NewPhyt. Comments & discussions are very welcome!

[Mei Liang @_MeeiLLL]

@RuiXia16 Thank you, Rui. And thanks to help us to sequence.

[Mei Liang @_MeeiLLL]

🥳🥳🥳🥳Congratulation to myself. I am excited to let this work out before returning to China. I cherish the time in Yaowu's Lab and love everyone.
🚩It is time to change my pinned tweet and it will be the best twm's birthday gift😍😍

[Yaowu Yuan (袁耀武) @colreeze]

#MimulusPropaganda The invincible @_MeeiLLL strikes again. She found the speciation gene in monkeyflowers, YUP, is a taxon-specific non-coding gene producing phased siRNAs. YUP derived from a partial inverted duplication of a source gene that has nothing to do with flower color.

[Mei Liang @_MeeiLLL]

@science_irl 😚😚Thanks Molly

[Mei Liang @_MeeiLLL]

haahaaa. Amazing Minya

[闵娅 (Min Ya | Minya), PhD @0_minyaaa]

Of course I'm EXTREMELY proud of Mei @_MeeiLLL and the lab, I'll also give myself credit that I predicted this before the paper was accepted! Why? Because it's AN INCREDIBLE study! Rigorous & beautiful science solving a long-standing question, revealing a surprising answer!

[Mei Liang @_MeeiLLL]

@renzongxin Thanks Zong Xin😊

[Mei Liang @_MeeiLLL]

Congrats Amy.😘😘 Sooso nice work. Looking forward for the further stories for this novel phenotype 🌱.

[Ming "Tommy" Tang @tangming2005]

5 websites for drawing scientific figures: 👇 🧵

[Mei Liang @_MeeiLLL]

@fperfectti Hahaaa. So happy you guys to read it😍

[Alonso-Stepanova Lab @AlonsoStepanova]

We can now plant over 700 near-single Arabidopsis seeds per plate with a modified Ender 3 (~$200) 3D printer, the AraPrinter. Next, we will combine the AraPrinter1.0 with the 3D printer-based imaging system, Imag3D, to track germination with high temporal resolution. Stay tuned.

[詹俊鹏 | Junpeng Zhan @junpeng2han]

Check out this poster that summarizes the major small RNA pathways in plants. Really nice artwork by @SciGrafik!

[Beverley Glover @Beverley_CUBG]

I am looking for a Postdoc Research Associate/Research Group Manager to join my team for 3-5 years and help me look after a great research group focused on flower evolution and development. Please email or DM with questions and please retweet! https://t.co/hmNot5DkWy

[Molly Edwards, PhD @science_irl]

MY PAPER IS OUT IN @Botanical_ !!! We characterize the development and transcriptomics of the weird and wonderful nectar spurs of bee- and hummingbird-pollinated columbine flowers.

Obv marked the occasion on Science IRL🌸 https://t.co/NIIDl7dNYW

Paper: https://t.co/Ik0QRXuaO0

[Nature Plants @NaturePlants]

New Letter: "Massive crossover suppression by CRISPR–Cas-mediated plant chromosome engineering" https://t.co/dyZ3qxzb3e

Chromosome engineering to invert a 17.1 Mb fragment on chr. 2 in Arabidopsis: meiotic recombination could be suppressed in nearly the entire chromosome.

[Mei Liang @_MeeiLLL]

@Yueying1112 🥰

[Mei Liang @_MeeiLLL]

Very excited to share our newest mimulus study on Science advance. https://t.co/3I6Ndji2ue

Wow! my first tweet is for my first paper on mimulus, and the first paper on flower color. Keep going...

[Mei Liang @_MeeiLLL]

@Edwige_M Thanks Edwige

[Mei Liang @_MeeiLLL]

@irfaniq10611067 Thanks.😌