Bryan Callen
๐ค SpeakerAppearances Over Time
Podcast Appearances
neuropharmacology in the world for the year 2024. I have become convinced that any system which maintains Ibogaine's criminality is in fact criminal and needs to be tore apart brick by brick.
If I might provide some historical context on the reality that you have just articulated, In 1962, a heroin addict by the name of Howard Lotsoff, whose widow, Norma, is still living in New York City, he was part of an underground subculture in the early 60s known as the Yippies. And Howard came into contact with Ibogaine in 1962, and he took it out of curiosity just to see what would occur.
If I might provide some historical context on the reality that you have just articulated, In 1962, a heroin addict by the name of Howard Lotsoff, whose widow, Norma, is still living in New York City, he was part of an underground subculture in the early 60s known as the Yippies. And Howard came into contact with Ibogaine in 1962, and he took it out of curiosity just to see what would occur.
If I might provide some historical context on the reality that you have just articulated, In 1962, a heroin addict by the name of Howard Lotsoff, whose widow, Norma, is still living in New York City, he was part of an underground subculture in the early 60s known as the Yippies. And Howard came into contact with Ibogaine in 1962, and he took it out of curiosity just to see what would occur.
After he took it, he discovered that his desire for heroin had vanished, despite a nine-year hardcore dependency. Howard, along with a guy by the name of Stanley Glick, a gentleman by the name of Dana Beale, joined also by a guy by the name of Dr. Kenneth Alper, were the original pioneers.
After he took it, he discovered that his desire for heroin had vanished, despite a nine-year hardcore dependency. Howard, along with a guy by the name of Stanley Glick, a gentleman by the name of Dana Beale, joined also by a guy by the name of Dr. Kenneth Alper, were the original pioneers.
After he took it, he discovered that his desire for heroin had vanished, despite a nine-year hardcore dependency. Howard, along with a guy by the name of Stanley Glick, a gentleman by the name of Dana Beale, joined also by a guy by the name of Dr. Kenneth Alper, were the original pioneers.
who essentially engaged in a decades-long process of developing observational field data which demonstrated that Ibogaine had the unique ability to resolve physiological dependence on opioids. The mechanism of action was not understood and is still not understood. What is known is that the opioid-dependent brain does not have the capacity to produce its own dopamine and serotonin.
who essentially engaged in a decades-long process of developing observational field data which demonstrated that Ibogaine had the unique ability to resolve physiological dependence on opioids. The mechanism of action was not understood and is still not understood. What is known is that the opioid-dependent brain does not have the capacity to produce its own dopamine and serotonin.
who essentially engaged in a decades-long process of developing observational field data which demonstrated that Ibogaine had the unique ability to resolve physiological dependence on opioids. The mechanism of action was not understood and is still not understood. What is known is that the opioid-dependent brain does not have the capacity to produce its own dopamine and serotonin.
Dopamine and serotonin are our baseline survival chemicals. They drive all of our most fundamental human instincts. The drive to eat, the drive to drink, the drive to procreate. The human body's natural physical capacity to produce dopamine at its maximum, as measured in what's called nanograms per deciliter, is 125 nanograms per deciliter.
Dopamine and serotonin are our baseline survival chemicals. They drive all of our most fundamental human instincts. The drive to eat, the drive to drink, the drive to procreate. The human body's natural physical capacity to produce dopamine at its maximum, as measured in what's called nanograms per deciliter, is 125 nanograms per deciliter.
Dopamine and serotonin are our baseline survival chemicals. They drive all of our most fundamental human instincts. The drive to eat, the drive to drink, the drive to procreate. The human body's natural physical capacity to produce dopamine at its maximum, as measured in what's called nanograms per deciliter, is 125 nanograms per deciliter.
Opioids produce a dopamine response of 925 nanograms per deciliter, exceeded only by meth, which produces a dopamine response of 1,100 nanograms per deciliter. For years, individuals, as the opioid epidemic has played out in this country,
Opioids produce a dopamine response of 925 nanograms per deciliter, exceeded only by meth, which produces a dopamine response of 1,100 nanograms per deciliter. For years, individuals, as the opioid epidemic has played out in this country,
Opioids produce a dopamine response of 925 nanograms per deciliter, exceeded only by meth, which produces a dopamine response of 1,100 nanograms per deciliter. For years, individuals, as the opioid epidemic has played out in this country,
With the detonation of OxyContin and the Appalachian Mountains in 1996, for years we looked at this problem as one of profound moral failure by those who found themselves trapped in addiction. What I learned in my roles in government was that that was completely wrong.
With the detonation of OxyContin and the Appalachian Mountains in 1996, for years we looked at this problem as one of profound moral failure by those who found themselves trapped in addiction. What I learned in my roles in government was that that was completely wrong.
With the detonation of OxyContin and the Appalachian Mountains in 1996, for years we looked at this problem as one of profound moral failure by those who found themselves trapped in addiction. What I learned in my roles in government was that that was completely wrong.
What we are seeing are the results of a profound neurochemical brain injury expressed by the shutdown of dopamine and serotonin in the brain due to opioid exposure.