ERS — Solanum lycopersicum

Summary

SlERS (SOLYC06G051610.1) on tomato chromosome 6 encodes a protein with dual-specificity protein kinase, histidine phosphotransfer kinase activity, histidine kinase activity, phosphorelay sensor kinase activity, ethylene receptor activity, copper binding, anthranilate phosphoribosyltransferase activity, ethene binding, histidine kinase binding, ribosome binding, translation initiation factor activity, histone binding, and chromatin binding. The protein belongs to the HisK_dim/P_sf and HisK_dim/P domain families. SlERS is associated with detection of ethene stimulus, jasmonic acid/ethene-dependent systemic resistance, regulation of stem cell renewal, response to carbon starvation, regulation of post-embryonic root development, programmed cell death induced by symbiont, regulation of starch metabolism, alternative respiration, poly(A)+ mRNA-nucleus export, establishment of planar polarity, calcium ion homeostasis, mRNA-nucleus export, alkane anabolism, regulation of seedling development, actin depolymerization, antipodal cell differentiation, embryo sac egg cell differentiation, tryptophan formation, and many other biological processes. It is linked to leaf carbon content, acid phosphatase activity, peroxidase-71 content, IAA content, sulfur sensitivity, nematode damage response, leaf shattering, leaf area, phosphorus response, water stress response, plant nutrient response, nitrate transport, fruit ripening, shoot fresh weight, respiration rate, lignin biosynthesis, root number, temperature stress response