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- B9243978a2df190b0b2ae3f5c1d4f1871 hasDbXref "PMID:33355253" @default.
- B9243978a2df190b0b2ae3f5c1d4f1871 hasDbXref "doi:10.3109/01902148209069653" @default.
- B9243978a2df190b0b2ae3f5c1d4f1871 hasDbXref "doi:10.7554/eLife.78216" @default.
- B9243978a2df190b0b2ae3f5c1d4f1871 type Axiom @default.
- B9243978a2df190b0b2ae3f5c1d4f1871 annotatedProperty IAO_0000115 @default.
- B9243978a2df190b0b2ae3f5c1d4f1871 annotatedSource CL_1000223 @default.
- B9243978a2df190b0b2ae3f5c1d4f1871 annotatedTarget "A neuroendocrine cell that is part of respiratory epithelium of the lung and is involved in the sensory detection of environmental stimuli, including hypoxia, nicotine and air pressure. Ultrastructurally, this cell type is characterized by the presence of cytoplasmic dense core granules, which are considered the storage sites of amine and peptide hormones. Lung neuroendocrine cells are innervated and appear as solitary cells or as clustered masses, localized at airway bifurcation sites, called neuroepithelial bodies that can release serotonin in response to hypoxia and interact with sensory nerve terminals. Lung neuroendocrine cells also function as reserve stem cells that repair the surrounding epithelium after injury." @default.