Linked from

The 24 pages that link to Exocytosis, each with the reason it gives.

• NeurotransmitterRelated: An arriving electrical signal can trigger vesicle fusion and neurotransmitter release.

• GlutamateRelated: Neuronal exocytosis releases glutamate from synaptic vesicles.

• GABARelated: Neurons release stored GABA into the synaptic cleft through this process.

• CnidocyteRelated: Cnida discharge involves rapid membrane and capsule changes that release the tubule.

• Golgi apparatusRelated: Golgi-derived vesicles deliver secreted cargo to the cell surface.

• Epithelial cellsRelated: Epithelial cells use it to deliver secretions to a surface or lumen.

• Exocrine glandRelated: Many gland cells release stored secretory products by fusing vesicles with their cell membranes.

• Bernard KatzRelated: Quantal transmitter release is now understood as vesicle exocytosis.

• Vesicular monoamine transporter 2Related: Vesicular loading prepares monoamines for release by exocytosis.

• Endomembrane systemRelated: Secretory vesicles use this process to deliver cargo outside the cell.

• Contractile vacuoleRelated: The vacuole expels its collected fluid by fusing with the cell surface.

• George Emil PaladeRelated: His work helped explain the final step in secretion from pancreatic cells.

• Endocrine cellRelated: Many endocrine cells use vesicle fusion to release stored peptide hormones.

• EpitheliumRelated: Glandular epithelial cells use it to release secretions onto surfaces or into ducts.

• Acinar cellsRelated: Many acinar cells discharge stored secretory products by vesicle fusion.

• SecretomeRelated: It is a major route by which secretome components leave cells.

• Bodily secretionsRelated: Many cells release stored secretions by vesicle fusion with the cell membrane.

• Chromaffin SystemRelated: Chromaffin cells release stored catecholamines by calcium-dependent exocytosis.

• Fluids and SecretionsRelated: Many secretory cells release proteins and other products by exocytosis.

• Neurosecretory systemsRelated: Vesicles discharge neurosecretory molecules through this membrane process.