14,15-EE-(5Z)-E (CAS 519038-92-7)

14,15-EE-(5Z)-E, identified by CAS number 519038-92-7, is a specialized epoxyeicosatrienoic acid (EET) derivative, a class of compounds derived from the cytochrome P450-mediated oxidation of arachidonic acid. EETs like 14,15-EE-(5Z)-E are crucial for understanding the biochemical pathways involved in the regulation of cellular functions through their interactions with intracellular signaling mechanisms. Specifically, 14,15-EE-(5Z)-E acts as a signaling molecule that can influence various cellular processes, including those involved in the modulation of inflammation and vascular tone. In research contexts, this compound has been extensively used to study the role of EETs in cellular signaling pathways, particularly how they affect endothelial cells and the regulation of blood flow and pressure in non-medical experimental setups. The compound′s actions are typically mediated through direct effects on specific ion channels or through G-protein coupled receptors, which facilitate the study of signal transduction pathways that are fundamental to cellular physiology. Furthermore, 14,1514,15-EE-(5Z)-E, identified by CAS number 519038-92-7, is a specialized epoxyeicosatrienoic acid (EET) derivative, a class of compounds derived from the cytochrome P450-mediated oxidation of arachidonic acid. EETs like 14,15-EE-(5Z)-E are crucial for understanding the biochemical pathways involved in the regulation of cellular functions through their interactions with intracellular signaling mechanisms. Specifically, 14,15-EE-(5Z)-E acts as a signaling molecule that can influence various cellular processes, including those involved in the modulation of inflammation and vascular tone. In research contexts, this compound has been extensively used to study the role of EETs in cellular signaling pathways, particularly how they affect endothelial cells and the regulation of blood flow and pressure in non-medical experimental setups. The compound′s actions are typically mediated through direct effects on specific ion channels or through G-protein coupled receptors, which facilitate the study of signal transduction pathways that are fundamental to cellular physiology. Furthermore, 14,15-EE-(5Z)-E′s involvement in the pathways of lipid signaling provides insights into the broader role of lipids in cellular communication and function, aiding in the exploration of lipidomics as a significant area of biochemical research.