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Hidden Brain Pathway Drives High Blood Pressure
18 Apr
Summary
- Brainstem neurons (pFL) are linked to blood pressure regulation.
- Overactive pFL neurons can cause blood pressure to rise.
- Managing stress and sleep may help regulate brain pathways.
New research has identified a hidden brain pathway that may contribute to high blood pressure readings.
Scientists discovered that overactive pFL neurons in the brainstem, which controls unconscious bodily functions like breathing, can lead to elevated blood pressure.
This brain area links breathing to the body's stress response. When pFL neurons are overstimulated, blood vessels constrict, increasing pressure.
Factors such as chronic stress, anxiety, sleep deprivation, and excessive stimulation can trigger these neurons.
Calming pFL neuron activity involves regulating the body's stress response, which can be achieved through stress management and improved sleep.
This finding provides a potential new target for treating high blood pressure that is resistant to conventional methods.
