Going beyond nutrition: Regulation of potassium homoeostasis as a common denominator of plant adaptive responses to environment - Anschütz, Uta; Becker, Dirk; Shabala, Sergey (Journal of plant physiology, 2014)
Keywords: Adaptation, Physiological; apoptosis; Arabidopsis thaliana; Biological Transport; biotic stress; Cell Membrane - metabolism; Channels; Control; developmental stages; drought; Environment; genes; Homeostasis; Models, Biological; Models, Molecular; mutants; nutrition; oxidative stress; Physiology; plant growth; Plant Stomata - metabolism; Plants (organisms); Plants - metabolism; Potassium; potassium channels; Potassium homeostasis; Potassium transport; salinity; sequence analysis; Shaker-like channels; Stomatal movement; Stress, Physiological; transcription (genetics); Transport; Transporter; Xylem - metabolism; Xylem transport and development; GORK; KcsA; KAT1; KZM1; PEPR; PVX; ZMK1; NORC; AIP1; CNGCs; AKT1; SPIK; AtNHX3; SKOR; SLAC; Xylem transport and development; CPA2; HAK5; Shaker-like channels; BY-2; FLS2; EK; VSD; KUP; SRK2E; PCD; PEP1; VK; JA; ROS; SV channel; GRFs; AtCHX7; OPDA; SOS1; BA; ABA; NADPH; NO; NSCC; ZmEA1; MAMPs; CED9; T-DNA; CBL; KEA5; TPK; DAMPs; SNARE; EFR; P; RLK; K+out channel; Stomatal movement; RCI3; Potassium homeostasis; NRT1.1; QUAC; SNF1; CCC; OST1; K+in channel; COS