Chapter
The Connection Between Immune System and Brain
20:22 - 38:50 (18:28)
The speaker discusses how controlling the immune system is possible by tapping into the brain stem and producing hormones like adrenaline and epinephrine. Additionally, measurement devices are not able to detect the full capacity of oxygen storage in the human body.
Clips
The current measurement devices are not able to detect the maximum amount of oxygen that the body can store which is more than 100%.
20:22 - 27:18 (06:56)
Summary
The current measurement devices are not able to detect the maximum amount of oxygen that the body can store which is more than 100%. This creates limitations in detecting oxygen saturation levels in individuals with COPD or other lung diseases who may have low saturation levels that could lead to death.
ChapterThe Connection Between Immune System and Brain
Episode#102: "The Iceman," Wim Hof
PodcastThe Tim Ferriss Show
The podcast talks about how the third line of defense in the immune system can be activated to become alert to specific hormones or molecules which can kill off non-self invaders like viruses, bacteria or back cells.
27:19 - 32:48 (05:29)
Summary
The podcast talks about how the third line of defense in the immune system can be activated to become alert to specific hormones or molecules which can kill off non-self invaders like viruses, bacteria or back cells. The technique is both preventive and healing, and is effective for immune responses to dramatic stimuli like an injection, as well as building up a protective shield.
ChapterThe Connection Between Immune System and Brain
Episode#102: "The Iceman," Wim Hof
PodcastThe Tim Ferriss Show
This podcast discusses the significance of the reptilian brain and its relation to the glands in our body, such as the pineal gland, pituitary gland, and hypothalamus, which regulate various functions of the body.
32:48 - 38:50 (06:02)
Summary
This podcast discusses the significance of the reptilian brain and its relation to the glands in our body, such as the pineal gland, pituitary gland, and hypothalamus, which regulate various functions of the body. The brain stem and primitive brain are responsible for our behavior and comfort, and we can control them by accessing and regulating the hormones they produce, like adrenaline and epinephrine.