Cortical Inhibition

Uses

How it works

Benefits

Risks & contraindications

Highlighted claims

• The brain's primary output is inhibitory, functioning by turning systems off and restraining activity rather than exciting them. — Brain Inhibition, Posture, Stress, and Muscle Tone
• The cortex, the outer wrinkled portion of the brain, is the key structure providing inhibitory control over body systems. — Brain Inhibition, Posture, Stress, and Muscle Tone
• Cortical inhibitory control is essential for upright posture, normal movement, stress regulation, muscle tone, reaction time, and filtering of secondary stimuli. — Brain Inhibition, Posture, Stress, and Muscle Tone
• Most brain cells are inhibitory rather than excitatory because neurons are naturally designed to fire and require mechanisms to keep that firing in check. — Brain Inhibition, Posture, Stress, and Muscle Tone
• When cortical inhibition is strong, the body can stand upright, recover from stress quickly, maintain balanced muscle tone, and react quickly to instability. — Brain Inhibition, Posture, Stress, and Muscle Tone
• When cortical inhibition is weak, flexor postures emerge, stress remains active longer, and muscle tone and reaction time decline. — Brain Inhibition, Posture, Stress, and Muscle Tone
• The inhibitory control of the sympathetic response runs on the same side of the brain as the body side it governs, unlike many other brain functions that cross over. — One-Sided Underarm Sweating and Brain-Side Imbalance
• Greater sweating on one side of the body is linked to weaker cortical inhibition on that same side of the brain. — One-Sided Underarm Sweating and Brain-Side Imbalance
• More sweating on the left side specifically suggests weaker inhibitory capacity from the left hemisphere of the brain. — One-Sided Underarm Sweating and Brain-Side Imbalance