Redox biology enabled screening of drought resilient genotypes of edible Amaranths of Gangetic plain of West Bengal and their implication in health benefits

• Published in: South African journal of botany Vol. 185; pp. 495 - 515
• Main Authors: Bhattacharjee, Soumen, Sen, Debasmita
• Format: Journal Article
• Language: English
• Published: Elsevier B.V 01.10.2025
• Subjects: Amaranths; Climate-resilience; Drought stress; Halliwell-Asada pathway; Phenylpropanoid pathway; Redox interactome; Root phenotyping; UV–-VIS; FeCl3; dm; CRSMF; Halliwell-Asada pathway; DS; EDS; Drought stress; IDS; v/v; MDS; NBT; DNPH; DPPH; Root phenotyping; IAA; DHAR; TBARS; Redox interactome; Min; GA/GA3; RH; CAT; JA; DCFDA; FC; ABA; NADPH; Phenylpropanoid pathway; DTT; TROS; H2DCFDA; Climate-resilience; BHT; RBOH/RboH; SE; TRIS-HCL; Amaranths; GB; GSH; w/v; GSSH; CD; DTNB; ASW; SOD; GR; RP-HPLC; TAC

•Redox biology of Amaranths influence Drought resilience property.•Drought-induced redox metabolic interactome studies revealed genotype impact.•Redox biology influence on hormonal profile, root phenotypes and stress tolerance.•Tandem action of Ascorbate-glutathione and phenylpropanoid pathway for r...