Debatosh Das
@Debatosh2016
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#SustainableAg @redoxgrows @USDA @CUHKofficial @TU_Muenchen #Plantabioticstress @UniUtrecht @IITGuwahati @NITDgp1955
USA
Joined June 2016
@redoxgrows at the US Biostimulants Summit 2025 I had the opportunity to represent Redox Bio-Nutrients with a talk on nutrient efficiency, challenges of overfertilization, while presenting RDX-N (patented) powered by our RAM technology. #RDXN #NutrientEfficiency #YieldStability
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We were honored to open the US Biostimulants Summit in Raleigh, NC, where our R&D Scientist, Dr. Debatosh Das, presented RDX-N®—our patented redox-active biostimulant that enhances nitrogen efficiency in crops. The Summit convened leading experts from the biostimulant industry.
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This is my soybean field which was sown on June14. Now crop is ready for harvesting. I hope that I will get expected yield. I have not used any chemical fertilizer in this field.I believe that if soil is strong, then amount of chemical fertilizer will be less or not needed at all
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Today we welcome our new President, Giles Oldroyd, PhD! A world-leading scientist with a global perspective, Giles is laser focused on plant-powered solutions to today’s challenges. Get to know Giles:
danforthcenter.org
Giles Oldroyd, PhD, is the President at the Danforth Center. Learn more about his plant science research. For Danforth Center President Giles Oldroyd, curiosity about plants was a seed planted at a...
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🚨🚨Job Alert!! Assistant professor vacancy ‘plant abiotic stress resilience’ in our group @uuplants @UUBeta Come for the science, stay for the amazing colleagues 🪴🪴🪴 😀More details here https://t.co/EnJPW7Drp6 Please share!!
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American went to Costco and bought fresh wild sockeye salmon. The car ride home was about an hour, so the salmon started to get warm As it got warmer, look at the amount of paradises that came out of the salmon…..
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Functional divergence of BRUTUS in legumes may have evolved to optimize nodulation efficiency by linking it to iron availability. Find our latest focused article from Geddes lab at @NDSU, @BarneyGeddes
https://t.co/ARVnEDpxvb
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🌿Excited to share our latest review We explore how alternative splicing helps plants balance immunity and symbiosis with fungi. 🔗 https://t.co/wGwFOOIwBD
#Biological #Genetics #AgTech #SustainableAgriculture These insights could help design sustainable agro-biotechnologies.
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🦠💡 Are you using microbial biologicals effectively? 🌱 Optimal microbial support ⚖️ = Better crop performance 🌾 & soil health 🌍 🔬 Learn how to boost microbial survival & maximize impact in @RedoxGrows’ latest blog by me 👇 👉 https://t.co/bjFFDhU83b
#AMF #NitrogenFixation
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🧪 H-85™ packs short-, medium-, & long-chain carbon + secondary metabolites to fuel soil and plants. 🌿 In hydroponic corn trials (no soil!), we saw 44% more biomass & 90% more root surface. 📊 See why it outperforms typical humics. 🚀 Try it: https://t.co/SNcG9kYqWT
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Excited to keep advancing sustainable farming solutions with @redoxgrows! 🌱🚨My new publication explores how ethylene suppresses beneficial plant-fungal interactions. Thanks @carogutj @KartikyeV
https://t.co/5D0xfXjWon
#SoilHealth #SustainableAg #RegenerativeAg #RedoxBiology
Ethylene suppresses arbuscular mycorrhiza by promoting SMAX1 accumulation. Big congrats to @Debatosh2016 and @KartikyeV and many thanks for the contributions of @nelson_lab, Satoshi Ogawa, Salar Torabi and Regina Hüttl for their contributions. https://t.co/XMlW39R5nw
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Delighted to share our Director, @gilesedoldroyd recent TED talk, where he explores the potential of soil microbes to future-proof our food supply, reduce agriculture’s environmental impact, and improve farmer livelihoods. Watch it here: https://t.co/JP5EtVou3I
@TEDTalks
ted.com
Could the key to a sustainable food system already be growing in the world’s farms? Plant scientist Giles E.D. Oldroyd explores how a special quirk of soybean plants allows them to naturally partner...
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I am proud to announce I will be the next @DanforthCenter President starting in October. I will continue leading @ENSA_research but reduce my research activities. Plant science is key to sustainable, secure food. I am excited to drive that push at this prestigious organization.
Renowned plant geneticist Dr. Giles Oldroyd will join the Danforth Center as its next President! Read the full release:
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Most plants can`t handle salt, but have evolved strategies to survive in it. How do they do it?🌱 Excited to share some of our first insights using a new cryoelemental imaging technique to answer these questions at the subcellular scale! (1/8) @Nature
nature.com
Nature - This study demonstrates that cryo nanoscale secondary ion mass spectrometry (CryoNanoSIMS) enables direct multi-elemental imaging at subcellular resolution of macro- and micronutrients or...
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Fungal small RNA molecules (sRNAs) can silence plant genes to establish beneficial symbioses. This study by researchers from @unito and @cragenomica explains how: https://t.co/4VCvG4BLhj
@NewPhyt
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Move over glyphosate, here comes Laserweeder, powered by AI to zap the weeds https://t.co/9D9TmO5r0g
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Excited to have @NvonWiren, Managing Director & Head of Physiology and Cell Biology at @LeibnizIPK, visit us today! His talk on nitrogen nutrition as versatile determinant of root plasticity was truly enlightening. Thank you for the fascinating insights! 🌱 @carogutj
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Mark your calendars! I have the honor of introducing this @PlantPhys FI #hypoxia webinar on behalf of my co-editors @jnbserres @schwarzland_lab @ThePlantLab Hosted by @PlantTeaching @AlicjaKunkowska and featuring this amazing 🤩 speaker lineup!! @ISPLORE
The January 2025 Focus Issue of Plant Physiology spotlights research on hypoxia in plants Join us on Tuesday January 28 for a free webinar exploring the topic of hypoxia in plants. 👉 https://t.co/DkIKVlsceE
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A non-destructive root phenotyping of rice cultivated in the paddy using X-ray CT is now available. This saves us the trouble of root washing. In one week, we can conduct root sampling of 500 plants and GWAS using root parameters. Congrats, Dr. Teramoto. https://t.co/BnzpfIqmS7
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Congratulations to @gilesedoldroyd who has made it to the @Clarivate top 1% most highly cited researcher list every year since 2013! 👏👏👏#HighlyCited2024
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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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