Michael Nehls
speaker
896 appearances
1 recordings
1 series
first heard Jul 2026
last heard 3 Jul
Michael Nehls’s voice in public audio — every appearance, attributed to the second.
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recordings per month · last 12 monthsRecordings per month over the last 12 months — 1 in all, peaking in Jul 2026 with 1.
Appearances
Yeah, there was a paper a few years ago in science where they actually showed that dogs actually captured what we call the oxytocin system.
Oxytocin is a hormone, you know, produced by your... Hormones.
Hormones, yeah.
They are produced and they are for bonding.
Actually, the main purpose of oxytocin is, it's a Greek word, it's for...
It actually is activating the uterus and helps delivering the baby.
Yeah, like Pitocin that they give to women and ladies.
Yeah, exactly, the same stuff.
And every time we look into the eyes of friends and be happy and have companionship, then oxytocin is produced in our body.
And the oxytocin has one important function, and that is not only to give easy birth when you deliver a baby, but also a second function, which is actually important for the bonding between the mother and the child.
So the bonding between the mother and child is essential for the life of the child.
If you can't remember the child, if you can't smell it, if you don't have a connection to the child, the child is lost.
So the mother love and the love of the mother to the child has to keep for the whole life.
And this, of course, is a function of our autobiographical memory center, which we call the hippocampus, you know, a seahorse-shaped hippocampus.
structure here in the temporal lobe of our brain on both sides, big like a thumb.
This is the memory center.
Actually, we will talk about this in depth, I guess, because this memory center is important if we are able to think peace, if we actually act like humans, you know, reflect about things.
And of course, if it doesn't function, one disease which we all know about, which I call hippocampal dementia, is Alzheimer's.
Alzheimer's starts from the hippocampus.
And the main reason I published this in 2016, I called it Unified Theory of Alzheimer's, is that this hippocampus has the ability to grow new nerve cells every day.
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