Happy to share the PhD work of @MaolinPeng who did a remarkable project tagging all the Arabidopsis HSFs and discovering their mode of activation by heat via prion-related domains. https://t.co/J3tSEc1Ya2
Preprint:
Here we are reporting Arabidopsis TOR kinase regulates phosphate signaling response by regulating PHR1 protein abundance. TOR-PHR1 signaling also regulates the association of beneficial fungus.
Enjoy it with your morning tea.
Suggestions pls.
https://t.co/ogeFyrMLX1
Happy to share this tribute to the great Bill Gray, who played a major role establishing the molecular basis of thermomorphogenesis in a classic paper with Mark Estelle that came out 25 years ago #auxin#thermomorphogenesis
https://t.co/qDcLe69Pju
Incredible. Plants emit ultrasonic sounds into the air 😮🌱 I love how so many sensory layers exist in the world, that we humans cannot detect. Electrical fields of flowers, UV plumage of birds... and now, the voices of plants. https://t.co/JE5m009jem
https://t.co/dMPvfR3SVe @virsanghvi History of Basmati varietal development. India has to respect Basmati Geographical Indication (GI) for it to be respected globally . Any dilution in the Basmati GI area will be giving Basmati on platter to Pakistan.
Neat paper showing the key role of ELF3 in wheat flowering time, and how this can be separated from circadian regulation with point mutations. Great year for ELF3 as a central integrator of environmental signals, particularly photoperiod. https://t.co/fQwvzGo8pc
After more than 20 years of effort perennial rice (PR) has become a reality. PR produced yields in each of four consecutive years comparable to yields from the current leading annual cultivars. PR cropping resulted in increased #soil organic #carbon. #ag
https://t.co/aKj5ECW0tX
Our recent study is out in @NatureComms
In this study by @PawelMikulski and colleagues, we elucidate the important role of the DNA binding protein VAL1 in coordinating different activities during epigenetic silencing.
https://t.co/TiQyvUf3V8
Plants exhibit amazing plasticity to environmental changes. @SainiKumud and @aditidwivedi91 integrate an environmental regulator PIF4 and a developmental regulator TCP4 to control cell cycle for leaf size regulation under high temperature (https://t.co/OKYCbGX9Gn). Well done👏👏
🎂Happy 10th Birthday Sainsbury Laboratory Cambridge University (SLCU)!
Thank you Lord David Sainsbury, the Gatsby Charitable Foundation and Roger Freedman for starting a plant science revolution with your vision to fund the best fundamental plant science research in the UK.
Happy to share the 'social network' of Arabidopsis TORC1 published in @JXBot
Using the available PPI and phosphoproteome data, we discuss the major nodal points of TORC1 action and highlight unexplored regions of the signaling network.
https://t.co/tDKLpsXv2J
@AshveryaLaxmi
Hearty congratulations to my student, Dr. Namisha Sharma, for receiving the prestigious DST INSPIRE Faculty Award.. Way to go, Namisha!
Congratulations to all the awardees..
@NIPGRsocial@NamishaSharma15@manoj_prasad70