whygetfat on Nostr: Cameron Borg: "I wanted to start by asking about mate selection and olfaction. A ...
Cameron Borg: "I wanted to start by asking about mate selection and olfaction. A couple of years ago there was a paper published suggesting that repeated miscarriages were related to olfactory perception, particularly of male odor in the brain. And I've been thinking for several years now that the use of deodorants and perfumes, and just generally not being able to smell one another's actual scent is really impacting the way that we interact with others, particularly those we see as potential mates. I wanted to ask you your thoughts on this, and how important olfaction is in the way that we interact with one another."
Dr. Jack Kruse: "[…] In us, meaning humans, we have six layers of cortex in most places in our brain. But it turns out right where the olfactory cortex is there's only three. It's the oldest part of our brain. […] Between all of our senses, the five senses (actually I'm going to tell you it's six, because mitochondria is another one), we have melanin present there. Most people don't know that there's olfactory melanosomes that do that.
"The way sex selection or mate selection really works, you're designed to smell someone else's immune system. OK? So if you use perfumes, if you use deodorants, if you use any odoriferants at all then you begin to realize that it creates an interesting problem. […]
"When you're dealing with three-layer cortex, it turns out the ROS signal is really important, because that's actually what creates the biophoton release in cells. So effectively, what you're doing in three-layer cortex is you are really sampling someone else's electromagnetic footprint to see if they're compatible, not only with your biology, it's not so much a mitochondrial story, it's actually really a story is do our immune system really work.
"And this story goes back so far, especially in humans. Most people don't know that the genes that actually form the MHC complex, and formed the genes that actually formed our brain, called Sonic hedgehog, that controls migration, they all lead back to these immune-mediated problems.
"Meaning that your immune system allows you to pick the right person. Because what is the goal of evolution or nature? It's to make sure that the offspring is viable.
"Back in the early days of mammals, there was no issues. There was no electromagnetic pollution to get involved, so this was not really an issue. It turned out that the ROS signal (versus the biophotons) was much more important.
"And the ROS signal, this should make sense to you, because T and B cells use like superoxide, hydrogen peroxide, and the Fenton's reaction to create a massive amplification of the system.
"So when you're able to smell someone that actually is additive to your immunity, that actually is going to drive a lot of your biologic selection.
"Your presupposition that when we get involved in masking our sense, is there an issue, the answer is yes. And this is probably some of the oldest quantum biology that's in us. […]
"It turns out these T cells, when they get activated, we have massive amplifications of ROS to actually fuel how the T and the B cells actually work in natural immunity. […]
"When you layer this on with Nick Lane's work, you begin to understand this is why dogs and cats smell each other's butts. You actually see remnants of this in us. I would tell you it's the reason we kiss and it's the reason why we perform oral sex, for the exact same reason. You are actually getting feedback on this. I've actually told some of my members if you enjoy kissing and you enjoy oral sex, it actually tells you something about the person that you're with. If you do not, it also tells you something." —Dr. Jack Kruse with Cameron Borg @ 01:08–09:15 https://youtu.be/2Xfa_V30tR0&t=68
Dr. Jack Kruse: "[…] In us, meaning humans, we have six layers of cortex in most places in our brain. But it turns out right where the olfactory cortex is there's only three. It's the oldest part of our brain. […] Between all of our senses, the five senses (actually I'm going to tell you it's six, because mitochondria is another one), we have melanin present there. Most people don't know that there's olfactory melanosomes that do that.
"The way sex selection or mate selection really works, you're designed to smell someone else's immune system. OK? So if you use perfumes, if you use deodorants, if you use any odoriferants at all then you begin to realize that it creates an interesting problem. […]
"When you're dealing with three-layer cortex, it turns out the ROS signal is really important, because that's actually what creates the biophoton release in cells. So effectively, what you're doing in three-layer cortex is you are really sampling someone else's electromagnetic footprint to see if they're compatible, not only with your biology, it's not so much a mitochondrial story, it's actually really a story is do our immune system really work.
"And this story goes back so far, especially in humans. Most people don't know that the genes that actually form the MHC complex, and formed the genes that actually formed our brain, called Sonic hedgehog, that controls migration, they all lead back to these immune-mediated problems.
"Meaning that your immune system allows you to pick the right person. Because what is the goal of evolution or nature? It's to make sure that the offspring is viable.
"Back in the early days of mammals, there was no issues. There was no electromagnetic pollution to get involved, so this was not really an issue. It turned out that the ROS signal (versus the biophotons) was much more important.
"And the ROS signal, this should make sense to you, because T and B cells use like superoxide, hydrogen peroxide, and the Fenton's reaction to create a massive amplification of the system.
"So when you're able to smell someone that actually is additive to your immunity, that actually is going to drive a lot of your biologic selection.
"Your presupposition that when we get involved in masking our sense, is there an issue, the answer is yes. And this is probably some of the oldest quantum biology that's in us. […]
"It turns out these T cells, when they get activated, we have massive amplifications of ROS to actually fuel how the T and the B cells actually work in natural immunity. […]
"When you layer this on with Nick Lane's work, you begin to understand this is why dogs and cats smell each other's butts. You actually see remnants of this in us. I would tell you it's the reason we kiss and it's the reason why we perform oral sex, for the exact same reason. You are actually getting feedback on this. I've actually told some of my members if you enjoy kissing and you enjoy oral sex, it actually tells you something about the person that you're with. If you do not, it also tells you something." —Dr. Jack Kruse with Cameron Borg @ 01:08–09:15 https://youtu.be/2Xfa_V30tR0&t=68