Aashish Ranjan
@AashishPlantBio
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Joined November 2014
RT @thePhotoDevoLab: 🌱New preprint!🌡️How do plants adapt to high temperatures? .Our latest work reveals that PIF4 regulates H₂O₂ homeostasi….
biorxiv.org
Thermomorphogenesis under high ambient temperature involves extensive developmental changes, including hypocotyl elongation at the seedling stage, in Arabidopsis. Reactive Oxygen Species (ROS),...
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RT @thePhotoDevoLab: 📝 Our new @JXBot review is out!.☀️ Light = energy for photosynthesis.🌱 Light = signal for plant development. 🤔 How do….
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RT @biorxiv_plants: Integrative comparative transcriptomics using cultivated and wild rice reveals key regulators of developmental and phot….
biorxiv.org
Background Precise developmental and physiological processes along the leaf developmental gradient are the prerequisite for photosynthetic competence. Therefore, a comprehensive understanding of gene...
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RT @thePhotoDevoLab: We’re live! 🎉.Welcome to The PhotoDevo Lab, where we decode how plants respond to their environment and fine-tune deve….
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Hope it would pave the way towards investigating the finer unexplored details of leaf thickness @NewPhyt!!! Well done @PrakshiAneja @rajarshi_sanyal 👏👏.
🌿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? 🌍.@PrakshiAneja @rajarshi_sanyal.
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RT @thePhotoDevoLab: It's always a pleasure to discuss our work with fellow scientists and students. The National Symposium on Plant Biolog….
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Well done Vasundara 👏👏 This is just the beginning!!.
(1/2).Congratulations. !!! .Ms. Vasundara S, a PhD student from Dr. Aashish Ranjan's lab, received the Best Poster Award at the 11th International Symposium on Plant Photobiology and Embo Workshop-2024 .@ISPPhotobiology @thePhotoDevoLab @AashishPlantBio @ProfSubhraNIPGR @DBTIndia
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RT @thePhotoDevoLab: 🌱 The lab echoes with gratitude for the incredible turnout at NIPGR's Open Day Exhibition! 🌐 Your curiosity sparks the….
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RT @iisfest: #IISF2023 outreach event organised by @NIPGRsocial New Delhi on December 22, 2023. @PMOIndia @DrJitendraSingh @IndiaDST @cmoh….
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RT @thePhotoDevoLab: 🎊 Major kudos to @VasundaraSundar who bagged the Best Scientific Presentation Award for her work on “Epigenetic regula….
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RT @thePhotoDevoLab: 🏆 Huge congratulations to @rajarshi_sanyal for securing the Best Score Award in his PhD coursework @NIPGRsocial. Keep….
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RT @thePhotoDevoLab: 🎉 Exciting News! Our lab’s work on temperature regulation of leaf growth 10.1093/plphys/kiac345 led by Kumud Saini ju….
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2022 from the eyes of #AR204 lab. The positive spirit and optimism will flow into 2023 for health, happiness, and success 🙏🙏.
We will open the book. Its pages are blank. We are going to put words on them ourselves. The book is called Opportunity and its first chapter is New Year's Day. Here's a flashback of 2022 lab memories. #AR204 wishes you all a very Happy New Year !
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What a pleasure to see your one month old graduate student beginning the scientific writing as a Plantae Fellow @plantae_org @ASPB. Well done @rajarshi_sanyal 👏👏 and Thanks to @plantae_org providing the wonderful opportunity!!.
Plant Science Research Weekly -- Drought Resistance or Yield? In search of gold, we lost the diamond (Mol. Plant) (Summary by Rajarshi Sanyal @rajarshi_sanyal) . #PlantaePSRW.
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And the association of our lab & @NIPGRsocial with @plantae_org @ASPB continues with @maheshkumarMnP & @rajarshi_sanyal as 2022-2023 Plantae Fellows after @PrakshiAneja as a 2021-22 Plantae Fellow and @aditidwivedi91 as a ASPB Graduate Ambassador. Cheers to Science & Learning👏.
We had a successful 2023 Plantae Fellows kick-off meeting this morning! We are thrilled to welcome the 2022-2023 Plantae Fellows cohort members! Stay updated at
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NEWS & VIEWS on our recent article about PIF4- and TCP4- mediated leaf size regulation under high temperature! Thank you for covering our article @MishDivya @PlantPhys @ASPB.
NEWS & VIEWS: Take it easy in the heat: Transcription factors PIF4 and TCP4 interplay to slow leaf growth (Divya Mishra @NIPGRsocial) @ASPB #PlantSci
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RT @PlantPhys: Recognizing Plant Physiology author Kumud Saini first author of "High temperature restricts cell div….
plantae.org
Current position: Research Associate, Sainsbury Laboratory Cambridge University, UK Education: MSc. Plant Biology and Biotechnology, University of Hyderabad, India; Ph.D. Biology…
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Our article on temperature control of leaf size ( is identified as the Plant Physiology Article of the Week. Big shout-out to @SainiKumud and @aditidwivedi91 for their excellent efforts👏👏 @NIPGRsocial @DBTIndia @PlantPhys @ASPB @plantae_org
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RT @PlantPhys: High temperature restricts cell division and leaf size by coordination of PIF4 and TCP4 transcription factors (Kumud Saini,….
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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 (. Well done👏👏
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