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This podcast episode delves into the profound importance of the brain's inhibitory capacity, arguing that it is fundamental to a wide range of human functions and dysfunctions. The speaker posits that the ability to inhibit secondary stimuli is crucial for focus, distinguishing it as an active process requiring "brain energy." This core concept is then extended to explain conditions like ADD, where the brain struggles to block irrelevant signals, leading to fragmented attention. The discussion begins with a stark statistic about falls in the elderly, linking the prevention of such incidents to lifelong brain strength and maintenance, setting the stage for a broader exploration of brain function.
The episode makes key distinctions regarding common psychological and physiological states. Depression is reframed not merely as a mood but as "depressed brain function," characterized by the cortex's inability to interrupt negative thought patterns. Similarly, anxiety is described as an inability to block anxious thoughts. Crucially, chronic pain is presented as a brain-mediated phenomenon, not an absolute physical reality; the brain, through inhibitory signals, can choose whether or not to perceive pain. This perspective highlights that many perceived physical or emotional states are ultimately rooted in the brain's regulatory and inhibitory capabilities, challenging intuitive understandings of these experiences.
Practical insights revolve around the idea that brain function, particularly inhibitory strength, is a skill developed and maintained through practice. While not offering specific therapeutic techniques, the speaker emphasizes the choice individuals have in cultivating thought patterns (e.g., practicing happy thoughts over depressing ones). The discussion also recontextualizes chiropractic care, moving beyond mere back pain relief to a holistic approach that improves overall brain function. By enhancing brain regulation, the speaker suggests, one can improve focus, emotional stability, social behavior, and reduce the likelihood of various health issues, including falls and high blood pressure.
The broader implications of this brain-centric view are significant, suggesting a unified understanding of diverse human experiences from a neurological perspective. It connects adolescent recklessness to the undeveloped frontal lobe, and the loss of social manners in stroke or Alzheimer's patients to compromised brain inhibition. The episode advocates for a holistic approach to health, where addressing underlying brain function can lead to improvements across physical, mental, and social domains, ultimately enhancing life quality and joy at all ages. This perspective encourages listeners to view health and well-being through the lens of ongoing brain development and maintenance.
forty percent of those admitted to a hospital or nursing home will never return to independent living and twenty five percent of them will die within a year.
Inhibition of secondary stimuli this is the ability to focus because in order for you to listen to me rather than the thunder outside you have to actively spend brain energy brain calories to block those signals.
The brain has to turn off secondary stimuli in order for you to do that because otherwise you could never choose what to focus on everything would get you equally and that's what happens to people with really bad a DD.
depression is nothing more than a tendency to think depressing thoughts... your cortex does not have the ability to go in and interrupt that pattern.
pain is not an absolute thing... if we have enough inhibitory signals inhibitory synapses on the brain cell perceiving the pain the brain can choose to feel the pain or not and therefore pain is not a real thing.
babies they cry in public they scream they have tantrums they make a scene why because they do not have that they don't have developed the brain capacity to inhibit those impulses.
Why do teens act so stupid why are they so reckless why do they kill themselves on the road because the brain is not fully developed the frontal lobe which inhibits this stuff is not fully developed until age 25.
a lot of what we call aging is nothing more than a gradually degenerating brain that doesn't have the ability to to manage and monitor this anymore.
brain regulates everything in the body so if there's a problem in the body if there's an imbalance in the body there's always an imbalance in the brain first unless it's a an acute trauma that we can identify everything else starts in the brain first.
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