Prakhar
@prakhar9t6
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PhD in Plant biology | DBT-NIPGR | EMBO-STF | Delhi University | JNV | Plant nutrients signalling
New Delhi, India
Joined June 2013
Hello people. I have defended my PhD work on sugar signalling and Pi deficiency. I have identified the novel role of TOR kinase in regulating Pi deficiency signalling. More updates on the paper soon. Entering the new decade of life with a PhD degree.
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Our new paper on TOR is out in @ScienceAdvances ! We found that dihydroxyacetone phosphate (DHAP) generated in the chloroplast mediates the activation of TOR by CO2 and light in Chlamydomonas. https://t.co/TwOPB9BzdY
@mjmallen @IBVF_Sevilla @CSIC @CSICAndalExtrem @NervaMEPP
science.org
Light and CO2 activate the eukaryotic TOR kinase through the central metabolite dihydroxyacetone phosphate.
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(1/2) Mr. Sourav Chatterjee successfully defended his Ph.D. thesis entitled, “Understanding the molecular signatures underlying branching and plant architecture in rice” on January 24, 2025. Congratulations Dr. Sourav Chatterjee! @DBTIndia @rajesh_gokhale @AashishPlantBio
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Huge congratulations to Sourav for his inspiring journey and for successfully defending his PhD thesis with an outstanding presentation. We’re so proud to finally call you Dr. Sourav! Here’s to a bright and successful future ahead! 🎓 #PhDDefense @NIPGRsocial @DBTIndia @CSIR_IND
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Looking for a postdoc. Please share and/or apply. https://t.co/NNoHBTVBZs
jobs.vib.be
About the Lab The VIB-UGent Center for Plant Systems Biology (PSB) is a world-leading plant science institute located at the heart of a renowned plant biotechnology campus in Ghent, Belgium. Its...
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A TORC1-PHR1 signaling axis regulates phosphorus starvation and immunity signaling network in Arabidopsis https://t.co/MUXBtFuA17
#biorxiv_plants
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We show an unconventional role of plant TORC1 as a master regulator of the phosphate starvation program Congratulations @prakhar9t6🥳 Thanks to all the collaborators @AshveryaLaxmi @JyothiVadassery @kmanojt @hatemrouached @ChrisMeyer_TORP @smishra3351 @DhritiSingh @SunitaJindal14
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
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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
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Leaves are mostly thin, but a lot goes on into maintaining their thickness in changing environments. Check out this new review by @PrakshiAneja, @rajarshi_sanyal, and @AashishPlantBio 🍃🍃
🌿Just published in New Phytologist! Our review explores how leaf thickness—shaped by genetics and environment—boosts plant fitness. Can this hidden trait hold answers for climate resilience? 🌍 https://t.co/PrMes6gvaE
@PrakshiAneja @rajarshi_sanyal
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Are you experienced on plant or fungal molecular biology and excited to investigate the regulation of arbuscular mycorrhiza symbiosis? We have an open postdoc position @MPIMP_Potsdam. Please use the online tool and submit all required documents to apply:
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Great work by @MohanSh05516489 and the Laux lab of @BUnifr on the role of HAN and WOX5 in root stem cell maintainance, now out in @NaturePlants. Was a pleasure to see the story develop in the last 3 years. Check it out: https://t.co/LOayKC39dy
nature.com
Nature Plants - The stem cells in the Arabidopsis root meristem are maintained by the expression of the transcription factor WOX5 in the stem cell organizer. This study reveals that WOX5 functions...
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Wie steuern #Pflanzen das Wachstum ihrer Wurzeln? Ein Forschungsteam unter Leitung von Thomas Laux @CIBSS_UniFR hat herausgefunden, dass die #Moleküle HAN und WOX5 zusammen die #Stammzellen in der Wurzelspitze regulieren. Publikation in @NaturePlants. https://t.co/G55cyQWumR
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Check out our latest work in @molcellprot where we mapped a #nitrogen specific protein interaction network around the #SnRK1 and #TOR kinases in #Arabidopsis, highlighting a key role for the #ER as a hub for integration of #nutrient levels https://t.co/lG6E3kkfkw
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🔬 Lab Spotlight: Dr. Aashish Ranjan's Lab 🔬 Dr. @AashishPlantBio 's lab from the @NIPGRsocial , New Delhi (NIPGR) focuses on understanding the light and temperature signaling to regulate plant development. 🌱 Explore more info, visit 🔗Lab website: https://t.co/7DvIpImIqR
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We are looking for a Postdoc! Our lab offers a staff scientist position. If you share our fascination with plant-microbe interactions, take a look: https://t.co/wBvpli1mKa
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Postdoc positions available to join a team studying the molecular basis of AM symbiosis. Details available https://t.co/S3FUbo3lOb
recruiting.paylocity.com
Boyce Thompson Institute for Plant Research Careers Page - View all jobs and opportunities at Boyce Thompson Institute for Plant Research and apply today. | Powered By Paylocity
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Plant root development in the context of ammonium and iron dependent JA signalling. Congratulations Anshika (@anshikapandey26)
academic.oup.com
Ammonium/iron availability regulates plant growth by modulating the jasmonate signaling response in Arabidopsis.
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Are you interested in nutrient transport and its regulation in arbuscular mycorrhiza symbiosis between plants and fungi? We are looking for two Postdocs for the ERC project SymbioticExchange: https://t.co/JdiErFhWYZ
@MPIMP_Potsdam #plantsciencejob
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