TIC — Pisum sativum

Summary

PsTIC (PSAT3G032520) on chromosome 3LG5 encodes a protein with DNA binding, transcription coactivator activity, phosphorelay response regulator activity, protein domain specific binding, cis-regulatory region sequence-specific DNA binding, kinase binding, protein dimerization activity, protein homodimerization activity, protein binding, and sequence-specific DNA binding. It is associated with downregulation of photosynthesis, downregulation of circadian rhythm, regulation of protein-containing complex assembly, regulation of defense response to insect, protein secretion, protein import, extracellular ATP signaling, response to desiccation, protein homotetramerization, adaxial/abaxial pattern specification, electron transfer, regulation of photosynthesis, starch metabolism, upregulation of cell differentiation, response to low humidity, and temperature compensation of the circadian clock. The gene is linked to traits including shoot elongation under submergence, ovary development, pistil morphology, spot blotch, plant cell size, fruit set, branch angle, phosphorus response, hybrid incompatibility, leaf area, vegetative vigor, leaf drying, brassinosteroid content, starch mobilization, photoperiod sensitivity, gynoecium development, gibberellin biosynthesis, shoot growth angle, stamen morphology, seed protein content, starch grain synthesis, aphid response, light response, temperature stress response, anther morphology, root oxidative activity, plant morphology, seed viability, photoperiod-sensitive flowering time, and gibberellic acid sensitivity. It is also