Glutamate is released from peripheral afferent nerve terminals (Svensson et al. 2003) and receptors are located on the peripheral ends of small-diameter primary afferents.
Significant amount of peptide can be released from the peripheral (i.e., cranial meninges) and central branches (i.e., trigeminal caudal nucleus) of the TG and other PACAP-38-containing structures of the nervous system (i.e., SPG/OT) during the beginning of the headache.
Cholesterol not converted to bile acids or secreted into bile can be released from the liver into the circulation and transported to peripheral tissue.
He will never be released from prison.
It is assumed that fibrochondrocytes have migrated towards chemotactic growth factors that were released from either peripheral blood vessels or PRP.
So, venous plasma collects not only the unbound [11C]erlotinib molecules coming from the arterio-capillary route but also the [11C]erlotinib molecules being released from the interstitial and peripheral tissue compartments.
It is found in the C fiber population of primary afferent neurons and is released from their central and peripheral endings [ 7, 8].
It is now evident that ATP is released from many cell types including peripheral and central neurons as well as many nonneuronal cell types during mechanical deformation in response to shear stress, stretch, osmotic swelling, hypoxia, and stimulation by various agents [ 56, 57].
