… (GIPC) sphingolipids in the plasma membrane. MOCA1 is … for salt-induced depolarization
of the cell-surface potential, Ca 2… influx of Ca 2+ drives an adaptive response to high salt …

… part of the most abundant sphingolipid. The major sphingolipid subclass of sphingolipids in
plants is the glycosyl inositol … GIPCs were discovered in plants and fungi during the 1950s ( …

… (GIPC) sphingolipids located on the … -triggering depolarization of the cell-surface potential.
In essence, Na + binds to GIPCs, and facilitates Ca 2+ influx that ultimately leads to Ca 2+ …

… and activate an unknown Ca 2+ channel to trigger Ca 2+ influx. … sphingolipid GIPC on the
outer side of the plasma membrane [ … of how GIPCs sense salt and gate Ca 2+ influx channels, …

… , glycosyl inositol phosphorylceramide (GIPC). This is a sphingolipid localized at the outer
… It is evolutionarily conserved and plays a key role in decoding the salt-induced [Ca 2+ ] cyt …

… , temperature changes, salt, pests, and … Plant sphingolipids play vital roles, encompassing
structural functions that uphold membrane integrity and active participation in cell surface …

… plants, the main form of sphingolipids is the GIPC… GIPC in the lumen of the TGN, this would
in turn favour the gating of calcium (Ca 2+ ) from the TGN lumen to the cytoplasm and activate …

… [16] reported that IP 3 caused an influx of Ca 2+ in the … salinity or dehydration, plant cells
activate signaling pathways that … of plant-specific GIPC sphingolipids in the modulation of salt-…

… Salt stress is sensed by the binding of monovalent cations to the negatively charged GlcA
of the GIPC sphingolipids… and how plants perceive eH 2 O 2 at the cell surface is unknown. …

… sibilities of further studying the complexity of GIPC’s intriguing role in membrane organization
and in plant immunity. As the most abundant sphingolipid in plants, GIPCs have arguably …