Brainstem: Opioid receptors influence respiration, cough, nausea and v translation - Brainstem: Opioid receptors influence respiration, cough, nausea and v Indonesian how to say

Brainstem: Opioid receptors influen

Brainstem: Opioid receptors influence respiration, cough, nausea and vomiting, blood pressure, pupillary diameter, and control of stomach secretions. • Medial thalamus: This area mediates deep pain that is poorly localized and emotionally influenced. • Spinal cord: Receptors in the substantia gelatinosa are involved with the receipt and integration of incoming sensory information, leading to the attenuation of painful afferent stimuli. • Hypothalamus: Receptors here affect neuroendocrine secretion. • Limbic system: The greatest concentration of opiate receptors in the limbic system is located in the amygdala. These receptors probably do not exert analgesic action, but they may influence emotional behavior. • Periphery: Opioids also bind to peripheral sensory nerve fibers and their terminals. As in the CNS, they inhibit Ca2+dependent release of excitatory, proinflammatory substances (for example, substance P) from these nerve endings. • Immune cells: Opioid-binding sites have also been found on immune cells. The role of these receptors in nociception (response or sensitivity to painful stimuli) has not been determined
Reseptor Opioid
• Mu Morphine-like supraspinal analgesia, respiratory and physical depression, miosis, reduced
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Brainstem: Opioid receptors influence respiration, cough, nausea and vomiting, blood pressure, pupillary diameter, and control of stomach secretions. • Medial thalamus: This area mediates deep pain that is poorly localized and emotionally influenced. • Spinal cord: Receptors in the substantia gelatinosa are involved with the receipt and integration of incoming sensory information, leading to the attenuation of painful afferent stimuli. • Hypothalamus: Receptors here affect neuroendocrine secretion. • Limbic system: The greatest concentration of opiate receptors in the limbic system is located in the amygdala. These receptors probably do not exert analgesic action, but they may influence emotional behavior. • Periphery: Opioids also bind to peripheral sensory nerve fibers and their terminals. As in the CNS, they inhibit Ca2+dependent release of excitatory, proinflammatory substances (for example, substance P) from these nerve endings. • Immune cells: Opioid-binding sites have also been found on immune cells. The role of these receptors in nociception (response or sensitivity to painful stimuli) has not been determined Reseptor Opioid• Mu Morphine-like supraspinal analgesia, respiratory and physical depression, miosis, reduced
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Batang otak: reseptor opioid mempengaruhi respirasi, batuk, mual dan muntah, tekanan darah, diameter pupil, dan pengendalian sekresi lambung. • Medial thalamus: Daerah ini menengahi nyeri yang mendalam yang buruk lokal dan emosional dipengaruhi. • medula spinalis: Reseptor di substansia gelatinosa terlibat dengan penerimaan dan integrasi informasi sensorik yang masuk, yang mengarah ke pelemahan rangsangan aferen menyakitkan. • Hipotalamus: Reseptor sini mempengaruhi sekresi neuroendokrin. • Sistem limbik: Konsentrasi terbesar dari reseptor opiat di sistem limbik terletak di amigdala. Reseptor ini mungkin tidak mengerahkan tindakan analgesik, tetapi mereka mungkin mempengaruhi perilaku emosional. • Pinggiran: Opioid juga mengikat serabut saraf sensorik perifer dan terminal mereka. Seperti dalam SSP, mereka menghambat Ca2 + rilis tergantung dari rangsang, zat proinflamasi (misalnya, substansi P) dari ujung saraf ini. • Sel kekebalan: situs Opioid-mengikat juga telah ditemukan pada sel-sel kekebalan tubuh. Peran reseptor ini di nosisepsi (respon atau sensitivitas terhadap rangsangan yang menyakitkan) belum ditentukan
Reseptor opioid
• Mu Morfin seperti analgesia supraspinal, pernapasan dan depresi fisik, miosis, dikurangi
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