The Journal of Medical Investigation · 2009 · 90 citations · 32 references
Protein SecretionSystems BiologyMolecular PhysiologySignal TransductionFluid SecretionMouse Salivary GlandsOsmoregulationMembrane TransportPhysiologyFluid Secretion ProcessOral CavityOral BiologySalivary GlandEndocrinologyMedicineCell BiologyCellular PhysiologySecretory Pathway
Fluid secretion by exocrine glands requires the coordinated activity of multiple water and ion transporter and channel proteins. The molecular cloning of many of the transporter molecules involved in fluid secretion has yielded a better understanding of the fluid secretion process. Mouse salivary glands are easily accessible model systems for the study of exocrine gland secretion at the cellular and organ level. Indeed, the characterization of mice with null mutations in many of the water and ion transporter and channel genes has demonstrated the physiological roles of individual proteins. This overview will focus on recent developments in determining the molecular identification of the proteins that are involved in the fluid secretion process.
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TMEM16A confers receptor-activated calcium-dependent chloride conductance
Young Yang, Hawon Cho, Jae Yeon Koo et al. · Nature · 2008 · 1.3K citations
Signal Transduction, Molecular Physiology, Hyperpolarization (Biology) +9