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  2. Cardiocentric hypothesis - Wikipedia

    en.wikipedia.org/wiki/Cardiocentric_hypothesis

    The "little brain in the heart" is an intricate system of nerve cells that control and regulate the heart's activity. It is also called the intrinsic cardiac nervous system (ICNS). [ 15 ] It consists of about 40,000 neurons that form clusters or ganglia around the heart, especially near the top where the blood vessels enter and exit.

  3. Neurocardiology - Wikipedia

    en.wikipedia.org/wiki/Neurocardiology

    The constant communication between the heart and the brain have proved invaluable to the interdisciplinary fields of neurological and cardiac diseases. [4] The fundamental understanding of the communication between the heart and the brain via the nervous system has led scientists towards an understanding of its elaborate circuitry.

  4. These 3 Heart Conditions May Impact Brain Health ... - AOL

    www.aol.com/3-heart-conditions-may-impact...

    In a new scientific statement published on October 10, 2024, in the journal Stroke, the American Heart Association highlights research that emphasizes the connection between certain heart ...

  5. Ventricular system - Wikipedia

    en.wikipedia.org/wiki/Ventricular_system

    These form the ventricular system of the brain: [8] The neural stem cells of the developing brain, principally radial glial cells, line the developing ventricular system in a transient zone called the ventricular zone. [9] The prosencephalon divides into the telencephalon, which forms the cortex of the developed brain, and the diencephalon.

  6. 6 simple strategies to keep your brain and your heart strong

    www.aol.com/lifestyle/6-simple-strategies-keep...

    The heart-brain link. One of the biggest benefits of a healthy heart: a healthy brain. It all begins with the blood that flows between your heart and your brain. ... But it’s good for your brain ...

  7. Cerebral circulation - Wikipedia

    en.wikipedia.org/wiki/Cerebral_circulation

    [10] [13] Too much blood (a clinical condition of a normal homeostatic response of hyperemia) [1] can raise intracranial pressure (ICP), which can compress and damage delicate brain tissue. Too little blood flow ( ischemia ) results if blood flow to the brain is below 18 to 20 ml per 100 g per minute, and tissue death occurs if flow dips below ...

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