ES6Y — Cicer arietinum

Summary

CaES6Y (LOC101511786) on chickpea chromosome 6 encodes a ribosomal eS6-like protein. It is associated with structural constituent of ribosome, mRNA binding, protein homodimerization activity, ATP hydrolase activity, lipase activity, and phase separation nucleator activity. It is linked to systemic acquired resistance, salicylic acid mediated signaling pathway, defence response to Gram-negative bacteria, negative regulation of HR, response to singlet oxygen, response to hypoxia, response to misfolded protein, leaf abscission, meristem growth, meristem structural organization, root morphogenesis, root cap development, multidimensional cell growth, phyllome development, male gamete generation, and female gamete generation. It localizes to the cytosolic small ribosomal subunit, ribosome, nucleolus, ER membrane, ESCRT III complex, SCAR complex, and proteasome. Associations include biomass yield, seed yield trait, water use efficiency, nitrogen sensitivity, zinc sensitivity, leaf chlorosis, herbicide sensitivity, oxidative stress response, low temperature stress response, salt tolerance, disease tolerance, trichome morphology trait, inflorescence morphology trait, hypocotyl morphology trait, and root development trait.