The cerebral and systemic effects of movement in response to a noxious stimulus in lightly anesthetized dogs: Possible modulation of cerebral function by muscle afferents

Keyphrases

• Noxious Stimuli 100%
• Electroencephalogram 100%
• Systemic Effects 100%
• Anesthetized Dog 100%
• Cerebral Function 100%
• Muscle Afferents 100%
• Cerebral Blood Flow 83%
• Cerebral Vascular Function 66%
• Central Venous Pressure 66%
• Muscle Activity 50%
• Electromyogram 50%
• CMRO2 50%
• Pancuronium 50%
• Active muscle 50%
• Cerebral Perfusion Pressure 33%
• Cerebral Stimulation 33%
• PaCO2 33%
• Stretch Receptor 33%
• Drug Effects 16%
• Physiologic 16%
• Method Study 16%
• Hindlimb 16%
• Trachea 16%
• Cough 16%
• Epinephrine 16%
• Halothane 16%
• Receptor Activity 16%
• Metabolic Demand 16%
• Epinephrine Concentrations 16%
• Cerebral Vasospasm 16%
• Muscle Stretch 16%
• Cerebral Oxygenation 16%
• Limb Movement 16%
• Paralysis 16%
• Pressure Change 16%
• Head Movement 16%
• Arterial Carbon Dioxide 16%
• Partial Pressure of Carbon Dioxide 16%
• Epinephrine and Norepinephrine 16%

Neuroscience

• Electroencephalogram 100%
• Muscle Afferent 100%
• Brain Function 100%
• Norepinephrine 50%
• Epinephrine 50%
• Cerebral Perfusion Pressure 33%
• Eicosanoid Receptor 16%
• Vasodilation 16%
• Limb Movement 16%
• Halothane 16%