Manoj Prasad
@manoj_prasad70
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https://t.co/KXSishhRkC https://t.co/eqCOrPdzAq
New Delhi, India
Joined September 2014
Hearty Congratulations @NamishaSharma15
We’re excited to share that our invention, “Nucleic Acids Encoding Artificial RNA Against AC1 Gene and Methods of Developing Tolerance Against ToLCNDV Infection,” has been granted a patent! @NIPGRsocial @DBTIndia @manoj_prasad70 @SciComm_India
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RT @manoj_lab: Our latest review, published in the @JXBot, explores the role of phytohormone signaling pathways during plant-virus interact…
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Register to attend the interesting talks...
Join us for the upcoming Plantae webinar on September 20 at 10:00 am Eastern time, hosted by the 2024 Plantae Fellows. Free registration at #plantscience
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Delivered a plenary talk at Royal Global University, Guwahati during "1st Asia Pacific Congress on Alternate crops" (Sept. 9-12, 2024).
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Spent quality time with students & faculties of @NABI_India. Thank you very much...
On the occasion of Teacher's Day, Dr Manoj Prasad, Professor & J. C. Bose National Fellow, University of Delhi South Campus, New Delhi delivered a special talk on “Climbing the Career Ladder: Roles of Mentor and Mentee” @DBTIndia @manoj_prasad70
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Visiting BRIC-NABI, Mohali today for delivering Teacher's Day special talk on 'Climbing the career ladder: Roles of mentor and mentee'. "Happy Teacher's Day All"
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Visited IISER-TVM for delivering a public lecture on 'Climbing the career ladder: Roles of mentor and mentee'.
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@apslab_nipgr @anshikapandey26 @Lor94Loitongbam @G_Shreya_96 @wheat_biology @csirnbrilko @serbonline @NIPGRsocial @NABI_India Hearty congratulations @apslab_nipgr & team..
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Transcription factors (TFs) are pivotal proteins that orchestrate gene expression. This review focuses on factors defining the TFs' functionality and how TFs regulate plant development and adaptation to environmental challenges.
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Our study provides insights into the regulation of N responsiveness at molecular and physiological levels in foxtail millet, which has significant implications for better understanding this important agronomic trait that helps achieve high yields under sustainable N conditions.
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This review sheds light on transcription factors (TFs) that govern diverse abiotic stress responses & play a role in conferring tolerance to various abiotic stresses in millets. Specifically the molecular functions and expression patterns of investigated TFs from various families
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RT @IndiaDST: The 1st brainstorming session on Anusandhan National Research Foundation #ANRF was organised by @IndiaDST at @IITKanpur Outre…
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Saluting incredible women for making this world prosperous, progressive and a worthy place to live....
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