miRNA408 and its encoded peptide, miPEP408, regulate arsenic stress response in Arabidopsis
R. S. Kumar, H. Singh, T. Datta…·P. K. Trivedi
miR408 and its encoded peptide miPEP408 regulate arsenic stress and low sulphur responses in Arabidopsis.
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4 papers
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R. S. Kumar, H. Singh, T. Datta…·P. K. Trivedi
miR408 and its encoded peptide miPEP408 regulate arsenic stress and low sulphur responses in Arabidopsis.
D. Singh, S. Dwivedi, H. Singh…·P. K. Trivedi
This study shows that mutation in the shoot-to-root mobile transcription factor NtHY5 reduces nicotine levels in tobacco by down-regulating the biosynthetic pathway in root tissues.
P. K. Badola, A. Sharma, H. Gautam, P. K. Trivedi
The paper identifies a regulatory module involving miR858, miPEP858a, MYB3, and PSK4 that modulates plant growth and development in Arabidopsis through auxin response regulation.
A. Sharma, P. K. Badola, C. Bhatia…·P. K. Trivedi
The paper identifies miPEP858a, a peptide encoded by pri-miR858a, and shows it regulates plant growth, development, and flavonoid biosynthesis through modulation of miR858a and its target genes.