전사 🔗
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I mean, I remember using the word anti-aging,
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you know, 20-plus, 30-plus
years ago, and people laughed.
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I honestly remember that.
And I'm telling you the truth.
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And I have a photograph of Professor Khavinson
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receiving a medal
for outstanding work in medicine
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from Putin himself. So, 100%, no question of it,
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he knows all about bioregulators.
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Is it an accident
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that the average lifespan in the West is 80
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and yet the maximum verifiable
lifespan is nearer 120?
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My dream is that we conquer aging.
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I think it's the biggest
problem the human race faces.
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Thank you very much for joining
us on today's Peptide Show.
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We really hope you enjoy this episode.
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If you do, please like,
subscribe and share it with a friend.
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We'd very much appreciate it.
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In a South London classroom,
Phil Micans started wondering
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what else our food might be capable of.
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Nearly 30 years later, a lecture in Istanbul
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gave that thought a new lease of life.
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The speaker that day was Russian
scientist Vladimir Khavinson,
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whose work drew Phil into
the world of peptide bioregulators.
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They would later coauthor a book.
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Which brings us to the bigger question:
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what exactly did the Russians discover?
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In this conversation, we explore
the Soviet research behind these compounds,
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what sets them apart from other peptides,
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and what Phil took from a 12-year
study of gas workers in Siberia.
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My guest today is Phil Micans.
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Welcome to Peptide Show.
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Welcome to Peptide Show from Longr.
My name is Richard Skaife.
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I'm a venture capitalist and entrepreneur.
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And my guest today is Phil. Phil,
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thank you very much
for joining us on Peptide Show.
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I'm really looking forward to this one.
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Well, it's very kind of you,
Richard. It's a pleasure to be here.
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Now,
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given the name of the show,
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we pretty much exclusively talk about peptides
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and the business of peptides,
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but this is a small divergence
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in that a lot of our conversation
is going to really be around
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peptide bioregulators.
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Am I getting the term right?
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Is it a peptide bioregulator
or just a bioregulator?
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Well, to save time, I might
suggest just saying bioregulator,
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but they are peptides.
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What is the difference between
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a peptide and a bioregulator?
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Okay. For somebody who's
kind of just stumbling into
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this and doesn't yet quite
know what a peptide is?
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Sure. Well,
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I suppose we have to give credit to the late,
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great Professor Vladimir Khavinson.
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And I'm sure we'll
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talk a little bit about him as we go on,
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from Saint Petersburg in Russia.
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And he was really the one
who played with these things
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many moons ago. And he
defined them as being both...
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And the term people like to use now,
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I was scolded the other day.
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I used to call them short-chain peptides,
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but we can call them ultrashort peptides.
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As you know, peptides are
made up of amino acids.
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So as soon as you've got
two amino acids conjoined,
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it becomes a peptide,
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a dipeptide, specifically.
But to be a bioregulator,
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typically, it has to be two, three, four,
five, six. We don't know, as of yet,
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any bioregulators that are
beyond six amino acids.
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But the crucial part of what
the bioregulator does
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is they have been proven to
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interact with DNA
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in order to either activate or silence genes.
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So there are a lot of peptides out there,
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as you well know. I think
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the school is basically up to 50 amino acids,
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which is a lot.
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But by being these very ultrashort peptides,
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Load full transcript
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they have a number of advantages,
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which will... which we can get into.
And they have a lot of research
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behind them as well because, as
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I think I alluded to,
the Russians or the Soviets,
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perhaps I should say, were
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playing with these in the 1980s. So they...
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And that's a fascinating point,
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isn't it? I think, you know, when you
throw in a term like bioregulators and,
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you know, off camera, full disclosure,
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we were having a little bit
of a chat, and, you know,
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I said I stumbled into bioregulators
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and the science around them,
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actually through a Russian,
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before I started to look at peptides.
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Now we're saying that, you know,
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bioregulators have really
been around for 40 years.
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What do we know about them?
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Yeah. Thank you.
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And what do you think we
need to know about them?
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Okay. Yeah, yeah.
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Well, okay.
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I'm going to tell you a little story.
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So my first learnings were in the early 1980s,
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and when I went to South London College,
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which is now called Thames University and
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sounds much nicer.
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But I did a course there, my first one,
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which was called Food and Vitamin Technology.
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I think today we might call
it nutrition. And one day,
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the lecturer put up on
the overhead projector. Hey,
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no PowerPoints, kids. No emails, no cell phones.
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Only just had electricity.
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That's right. [Laughter]
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So basically, he put up
a pie chart on the screen and
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he said, and I don't... Forgive me,
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I don't actually remember the numbers.
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It was rather a while ago.
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But he put this pie chart up and he said,
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"This is typically what you find in food."
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He said, "You find X percentage of vitamins,
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X percentage of minerals, X percentage
of fats."
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And most of it was fiber,
like 55%, if I remember rightly.
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And I had a thought
in the classroom on that day.
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And I said to myself, "Wow,
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fiber must be more important than we think."
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And in the '80s, people weren't
thinking too much about fiber. Okay,
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I know it's different now.
And so I thought to myself,
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well, fiber must be more
important than we imagine,
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because I've always believed
that nature wastes nothing,
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right? Whatever's in it, it's not wasted.
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It's all energy of some description or another.
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Or they've missed something.
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That was the thought I had on that day.
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Fast forward to 2010,
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when I first had the privilege
to listen to Professor
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Khavinson, strangely enough,
in Istanbul at a lecture.
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And when I realized that their discovery
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was that these ultrashort peptides
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that are found in foods, right,
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act as individualized gene switches,
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both activating and silencing.
We'll come to that.
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It was like a light bulb.
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I had an epiphany at that moment because
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it took me back to that classroom
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when I asked myself, "Oh,
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they've missed something."
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And that was the point I thought
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they had. We now know that these peptides,
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these bioregulators found in different foods,
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interact with us.
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It explains our epigenetics.
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It certainly explains the DNA methylation.
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So it's something really fundamental
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and really at the core. So, as a result of that,
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you can imagine that
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depending on which genes you're activating
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or silencing, you could have
quite profound effects in
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different areas of the body. And
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amazingly, and I'm sure we'll talk about it,
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the Soviets did the largest human studies
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you've ever heard of, and I'll be happy to
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you know, tell you more about those results.
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We'll put them up on the screen
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so people can go away and read them.
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I mean, we talk about their presence in
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food groups, if there are
any really obvious foods
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which sort of jump out in terms of
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that prominence. Yeah, awareness. Well,
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I have a... And then, in terms
of bioregulators, what are we looking at?
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What are the most common bioregulators
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which are out there? Well, you know, today,
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And are people getting as excited?
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Yeah. Well,
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you know, you could take this either way.
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You might like it, you might not like it,
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but of course these peptides
can be made synthetically.
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Right? That's always possible, of course.
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But what I've mainly been involved in
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for various reasons,
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including regulatory,
are the natural sources. Okay.
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Now, for convenience,
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the main sources of
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the natural bioregulators are
either pigs or cows. Okay.
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And it's a very exact...
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If you want to get into how they're extracted,
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I'll get into that, but otherwise
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I'll skip over it, but it's a very,
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very precise process.
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There's very, very high safety.
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This is not some organ extract
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that we've all known about
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and you can get from the butchers, you know.
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This is something... It's a very, very fine
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filtration process.
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But that's the normal. But there are different
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short... different ultra...
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peptides are found in different food groups.
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Just to give one example,
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Professor Khavinson,
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the last thing he was involved with,
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and it's published,
was with the University of Tel Aviv,
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where
they'd asked him
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to improve the output of strawberry production
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in the deserts, you see.
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And he...
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And you're going to have
to forgive me right now,
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because I can't remember
the precise peptides they used.
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We can find it.
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And basically
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what they showed was: same strawberries,
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same conditions.
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One being grown as they're normally grown,
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the other being grown the same way,
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but now adding some peptides.
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And they actually increased
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the yield of strawberries,
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the amount of fruit by 30%.
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Three-zero percent. And that is a magic number
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that I'd like to come back to
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and talk to you about because I think
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there's no accident that
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30 keeps coming up again and again.
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Interesting. So,
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in terms of bioregulators that people
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will commonly see,
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what are the most common
bioregulators? And, you know,
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do they have names in the same
way that we have with peptides?
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How does that work? Well,
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unfortunately, the names will drive you crazy,
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because you need to learn
another language, right?
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The Russians, when they
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first started all this,
they named them... If they...
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They named them one name if they were synthetic,
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one name if they were natural,
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and I'm talking about the same.
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So let's take the pineal, right,
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which is, I think, epitalon,
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probably one of the best
known synthetic bioregulators.
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It's a pineal bioregulator. Okay.
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But if you have the natural source,
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we call it epithalamin.
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Right. And then they change the names again,
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depending whether you inject them,
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take them sublingually
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or take them
orally, right?
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So all of a sudden you can
have six different names
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for what is essentially the same
blinking molecule. Okay.
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So it gets pretty horrible in that respect.
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And sometimes when people throw names,
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I have to really stop and
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"Hang on a minute," you know.
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So I actually cheat a little bit,
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and I just go, "Pineal bioregulator,
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kidney bioregulator," right? I
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kind of do this cheat
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because it simplifies everything.
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It's still...
256
00:11:06,233 --> 00:11:08,800
At the end of the day, it will be from a gland,
257
00:11:08,800 --> 00:11:11,666
from an organ or from a tissue. Okay.
258
00:11:11,666 --> 00:11:14,566
And today, commercially,
259
00:11:14,900 --> 00:11:17,433
not every country, of course,
260
00:11:17,433 --> 00:11:21,233
but commercially, there are
21 current ones available.
261
00:11:21,233 --> 00:11:23,200
And I'll be happy to describe to you
262
00:11:23,233 --> 00:11:26,266
the most popular ones
or the most fundamental ones.
263
00:11:26,600 --> 00:11:28,500
But like everything in life,
264
00:11:28,700 --> 00:11:30,233
you address your weak points.
265
00:11:30,233 --> 00:11:32,366
If you have an issue with your thyroid
266
00:11:32,366 --> 00:11:34,866
or your eyesight or whatever it is,
267
00:11:34,866 --> 00:11:36,466
you're going to focus on that, aren't you?
268
00:11:36,466 --> 00:11:40,533
You're going to say, "I need to fix
this." So everybody starts there.
269
00:11:41,500 --> 00:11:42,766
It's different, of course,
270
00:11:42,766 --> 00:11:44,866
if you're into regeneration or prevention.
271
00:11:44,866 --> 00:11:46,600
That's a different side to the game.
272
00:11:47,700 --> 00:11:48,966
And do people sort of...
273
00:11:48,966 --> 00:11:51,966
We've seen this argument
before with cannabinoids
274
00:11:51,966 --> 00:11:53,666
and with, you know, psychedelics.
275
00:11:53,666 --> 00:11:57,633
Natural versus synthetic. Do you see a similar
276
00:11:57,633 --> 00:11:59,733
conversation in your field of work?
277
00:11:59,800 --> 00:12:02,800
I do, actually, and it's fairly recently,
278
00:12:03,500 --> 00:12:05,633
about within the last year or two,
279
00:12:05,633 --> 00:12:09,666
that I came to realize
a certain fundamental difference
280
00:12:09,666 --> 00:12:10,666
between naturals.
281
00:12:10,666 --> 00:12:12,466
I'm talking bioregulators all the time here,
282
00:12:12,466 --> 00:12:13,500
you guys, okay?
283
00:12:13,500 --> 00:12:15,766
I'm not talking about other peptides.
284
00:12:15,866 --> 00:12:19,800
So, because when I first went out to Russia,
285
00:12:20,433 --> 00:12:22,633
I was fascinated to go into the various clinics
286
00:12:22,633 --> 00:12:24,200
and see how they were using them.
287
00:12:24,200 --> 00:12:26,633
Of course, most of the patients
they were dealing with
288
00:12:26,633 --> 00:12:28,166
had problems, right?
289
00:12:29,200 --> 00:12:32,566
Some of them were there for preventative
health reasons, whatever,
290
00:12:32,566 --> 00:12:36,500
but most of them had issues.
And I was asking them,
291
00:12:36,500 --> 00:12:39,100
I was saying, "Well, you know,
how do you use them?"
292
00:12:39,100 --> 00:12:41,166
And they do use injections as well,
293
00:12:41,166 --> 00:12:43,233
but I can assure you, and we'll come back to it,
294
00:12:43,233 --> 00:12:45,066
that the orals are effective.
295
00:12:45,466 --> 00:12:47,066
And they said,
296
00:12:47,066 --> 00:12:48,033
"Well, normally, Phil,"
297
00:12:48,033 --> 00:12:51,300
they said, "We start the patient on synthetics."
298
00:12:51,800 --> 00:12:53,533
And I went, "Oh, okay."
299
00:12:53,600 --> 00:12:56,066
So he said, "We'll do that for about a month."
300
00:12:56,200 --> 00:12:57,266
I said, "All right."
301
00:12:57,266 --> 00:13:00,600
"But after about a month,
we flip them to the naturals."
302
00:13:00,966 --> 00:13:03,433
So I, sort of confused, said,
303
00:13:03,433 --> 00:13:05,200
"Well, why would you do that?"
304
00:13:05,200 --> 00:13:09,033
And they said, "Well, we find that
when they're on the synthetics,
305
00:13:09,033 --> 00:13:10,500
they act faster.
306
00:13:11,033 --> 00:13:13,233
But when they're on the naturals,
307
00:13:13,233 --> 00:13:16,633
they last longer, a lot longer."
308
00:13:16,633 --> 00:13:18,900
And we can get into how dosing and cycling...
309
00:13:18,900 --> 00:13:21,033
And the good news about the naturals is
310
00:13:21,033 --> 00:13:23,900
there's no way you have
to take them every day. Okay.
311
00:13:24,200 --> 00:13:25,600
It's quite a low...
312
00:13:25,600 --> 00:13:27,800
Does delivery mechanism impact on
313
00:13:27,800 --> 00:13:29,800
duration and tendency? A bit.
314
00:13:29,800 --> 00:13:31,566
Is that something? A little bit.
315
00:13:31,566 --> 00:13:32,566
A bit. A bit,
316
00:13:32,566 --> 00:13:35,100
but not as much as you might imagine.
317
00:13:35,400 --> 00:13:36,433
When you follow the...
318
00:13:36,433 --> 00:13:38,266
when you follow the history of bioregulators,
319
00:13:38,266 --> 00:13:40,033
like you say, so much of that work has been done
320
00:13:40,033 --> 00:13:42,766
in the USSR and then Russia,
321
00:13:43,166 --> 00:13:45,800
has that sort of impacted
322
00:13:45,800 --> 00:13:49,000
the locations where there is,
323
00:13:49,066 --> 00:13:52,900
you know, awareness and availability? Yeah.
324
00:13:53,166 --> 00:13:55,133
Definitely. I mean,
325
00:13:55,366 --> 00:13:57,600
we were using the Russian bioregulators
326
00:13:57,600 --> 00:14:00,466
for a number of years
and we'd regularly order them
327
00:14:00,466 --> 00:14:03,200
and they'd be delivered
from Saint Petersburg to us.
328
00:14:03,300 --> 00:14:08,666
But the conflict, let us call it that, has
329
00:14:08,666 --> 00:14:12,066
caused no end of problems in many countries.
330
00:14:12,100 --> 00:14:15,033
So, to take the UK as an example,
331
00:14:15,033 --> 00:14:16,733
my country,
332
00:14:16,766 --> 00:14:19,900
then, you know, you can't
send money to a Russian bank.
333
00:14:20,233 --> 00:14:22,033
They can't send money to you, right?
334
00:14:22,033 --> 00:14:24,800
So there's one block, and there are many,
335
00:14:24,800 --> 00:14:27,000
many products that you
cannot import from Russia.
336
00:14:27,000 --> 00:14:29,833
I'm not saying that if you order
three packs from a Russian pharmacy,
337
00:14:29,833 --> 00:14:31,333
they won't arrive in London,
338
00:14:31,466 --> 00:14:32,833
but if you're running a business,
339
00:14:32,833 --> 00:14:35,333
that's a totally different kettle of fish.
340
00:14:35,366 --> 00:14:36,966
So, yes,
341
00:14:36,966 --> 00:14:39,433
there are many countries
around the world where it has
342
00:14:39,433 --> 00:14:43,400
impacted their ability to get
hold of the Russian products.
343
00:14:43,400 --> 00:14:47,033
But what we did, actually, is we moved ahead,
344
00:14:47,033 --> 00:14:49,700
knowing that Russia was going to be a problem.
345
00:14:49,700 --> 00:14:53,266
So we source the materials from Denmark,
346
00:14:53,266 --> 00:14:54,633
believe it or not, and then
347
00:14:54,633 --> 00:14:56,566
we actually do all the encapsulation
348
00:14:56,566 --> 00:14:58,000
work in the United Kingdom.
349
00:14:58,100 --> 00:15:01,500
And that has overcome the issues.
350
00:15:01,666 --> 00:15:02,666
But we followed...
351
00:15:02,666 --> 00:15:06,166
we followed Khavinson's
original work to the letter.
352
00:15:06,200 --> 00:15:08,033
Same source, same product, same dose,
353
00:15:08,033 --> 00:15:11,366
same everything.
So that's what we've been doing.
354
00:15:11,366 --> 00:15:13,766
So now, if you buy...
355
00:15:14,433 --> 00:15:16,700
I won't mention names unless you want me to.
356
00:15:16,700 --> 00:15:19,166
If you buy, or maybe you can put... Okay.
357
00:15:19,166 --> 00:15:21,700
Thank you. Well, we branded it Nature's Marvels.
358
00:15:21,700 --> 00:15:23,866
That's the thing that we called it.
359
00:15:24,166 --> 00:15:27,833
Of course, other people are now
coming out and doing things,
360
00:15:27,833 --> 00:15:30,633
you know, but as I'm sure you...
361
00:15:30,633 --> 00:15:35,400
I don't think I'm telling
any secrets here when I say,
362
00:15:35,400 --> 00:15:36,500
let's be honest,
363
00:15:36,600 --> 00:15:39,533
the peptide world at
the moment is the Wild West.
364
00:15:40,366 --> 00:15:43,633
Right? When you can be browsing through Facebook
365
00:15:43,633 --> 00:15:47,133
and see an advert come
down about some injectable
366
00:15:47,566 --> 00:15:49,533
peptide, probably from China,
367
00:15:49,966 --> 00:15:53,233
that you can purchase,
and it says clearly on it,
368
00:15:53,233 --> 00:15:55,933
"Not for human use. Research only," right,
369
00:15:55,966 --> 00:16:00,000
which is their way round the problems. Okay.
370
00:16:00,066 --> 00:16:01,266
Indeed.
371
00:16:01,266 --> 00:16:02,400
And the challenges that come,
372
00:16:02,400 --> 00:16:04,066
and we've done many episodes
373
00:16:04,066 --> 00:16:05,800
just talking about the challenges of that.
374
00:16:05,800 --> 00:16:07,100
And have you, you know,
375
00:16:07,100 --> 00:16:10,366
even covering how somebody
can identify a fake COA,
376
00:16:10,366 --> 00:16:12,000
which, of course, when you can fake a Rolex,
377
00:16:12,000 --> 00:16:14,133
you can probably fake a COA.
378
00:16:14,700 --> 00:16:16,900
And I imagine anybody who's
379
00:16:16,900 --> 00:16:18,900
watching this, the next video they'll get,
380
00:16:18,900 --> 00:16:21,600
if the YouTube algorithm does its work,
381
00:16:21,600 --> 00:16:22,500
will probably be
382
00:16:22,500 --> 00:16:24,100
a video about Putin,
383
00:16:24,100 --> 00:16:26,200
and a lot of people suggesting that,
384
00:16:26,200 --> 00:16:27,166
you know,
385
00:16:27,200 --> 00:16:28,500
his physical form,
386
00:16:28,500 --> 00:16:30,866
love him or hate him, at his grand old age,
387
00:16:31,033 --> 00:16:33,600
has perhaps got something
to do with bioregulators.
388
00:16:33,666 --> 00:16:35,766
Well, okay.
389
00:16:35,900 --> 00:16:37,400
Again, this is no secret.
390
00:16:37,466 --> 00:16:39,233
Professor Vladimir Khavinson, look,
391
00:16:39,233 --> 00:16:41,466
was one of the doctors looking after him.
392
00:16:41,966 --> 00:16:43,366
So, and he...
393
00:16:43,366 --> 00:16:45,533
And I have a photograph.
394
00:16:46,233 --> 00:16:48,666
No, no. I'm not... I'm telling you the truth.
395
00:16:48,666 --> 00:16:52,100
And I have a photograph of Professor Khavinson
396
00:16:52,300 --> 00:16:55,366
receiving a medal
for outstanding work in medicine
397
00:16:55,366 --> 00:16:56,533
from Putin himself.
398
00:16:57,066 --> 00:17:00,400
So, 100%, no question of it,
399
00:17:00,400 --> 00:17:02,600
he knows all about bioregulators.
400
00:17:03,800 --> 00:17:04,666
No question of it. And
401
00:17:04,666 --> 00:17:05,566
I don't...
402
00:17:05,566 --> 00:17:07,966
I have no evidence whether he uses them or not.
403
00:17:08,666 --> 00:17:09,866
But he knows that.
404
00:17:10,033 --> 00:17:11,466
I think it's likely.
405
00:17:12,233 --> 00:17:14,766
Indeed, he does look pretty
406
00:17:14,766 --> 00:17:16,733
decent physical shape
407
00:17:17,600 --> 00:17:19,600
for his age. I think he's
408
00:17:19,600 --> 00:17:21,700
mid-70s now. Yeah.
409
00:17:21,833 --> 00:17:24,100
Yeah, no. He takes it very seriously.
410
00:17:24,100 --> 00:17:26,233
In fact, several years ago,
411
00:17:26,233 -->
00:17:29,166
he told his doctors
412
00:17:29,166 --> 00:17:32,266
that the average lifespan
in Russia was not good enough,
413
00:17:32,266 --> 00:17:34,100
which it isn't, you know.
414
00:17:34,100 --> 00:17:36,200
I mean, they have one of the lowest
415
00:17:36,200 --> 00:17:38,266
average lifespans across Europe.
416
00:17:38,266 --> 00:17:39,900
I mean, there's all kinds of reasons for that.
417
00:17:39,900 --> 00:17:42,000
Obviously, it's not one singular thing,
418
00:17:42,100 --> 00:17:44,766
but he's conscious of it
and he wants to improve it.
419
00:17:45,833 --> 00:17:46,633
Indeed.
420
00:17:46,966 --> 00:17:47,833
Now you've spent,
421
00:17:47,833 --> 00:17:49,700
you know, a considerable part of your career
422
00:17:49,700 --> 00:17:51,033
working in this space. What
423
00:17:51,033 --> 00:17:52,966
do you think has sort of changed?
424
00:17:52,966 --> 00:17:55,900
You know, is there a difference
in consumer perception?
425
00:17:55,900 --> 00:17:59,566
Is the peptide noise helping
426
00:17:59,566 --> 00:18:01,733
the bioregulatory conversation?
427
00:18:02,233 --> 00:18:04,566
I suppose it is, yes.
428
00:18:04,566 --> 00:18:06,333
I mean, it is a different world.
429
00:18:06,366 --> 00:18:07,766
When I started out,
430
00:18:08,366 --> 00:18:10,300
I don't want to call them fads,
431
00:18:10,300 --> 00:18:13,800
and this isn't a fad,
but over the course of my career,
432
00:18:13,800 --> 00:18:17,366
there were constant... I mean, the very first
thing I remember people into was chelation.
433
00:18:17,466 --> 00:18:20,266
Later on, I did quite a lot with nootropics,
434
00:18:20,266 --> 00:18:22,233
which morphed into smart drugs and
435
00:18:22,233 --> 00:18:24,166
then bioidentical hormones,
436
00:18:24,166 --> 00:18:25,866
which are still around, of course.
437
00:18:25,866 --> 00:18:27,866
All these things are still around, of course.
438
00:18:28,400 --> 00:18:32,200
And now, very much at the front
and center, is peptides,
439
00:18:32,200 --> 00:18:33,300
without question.
440
00:18:33,300 --> 00:18:35,266
They're all... And words, I mean,
441
00:18:35,266 --> 00:18:38,100
I remember using the word anti-aging,
442
00:18:38,366 --> 00:18:41,366
you know, 20-plus, 30-plus
years ago, and people laughed.
443
00:18:41,366 --> 00:18:43,800
I honestly remember that. Now,
444
00:18:43,800 --> 00:18:45,600
you know, every advert on television,
445
00:18:45,600 --> 00:18:48,166
every... You know, it's all over the place.
446
00:18:48,233 --> 00:18:49,766
You know, because... Well, I mean, yeah,
447
00:18:49,766 --> 00:18:52,400
now you can buy yourself
a longevity chocolate bar.
448
00:18:52,400 --> 00:18:55,100
So, I mean, you know, exactly. Exactly.
449
00:18:55,366 --> 00:18:57,166
Two final questions before we bring our...
450
00:18:57,166 --> 00:19:00,033
bring it to a close. You did touch on, you know,
451
00:19:00,033 --> 00:19:03,033
the terminology of anti-aging and now,
452
00:19:03,033 --> 00:19:04,666
you know, sort of longevity.
453
00:19:04,833 --> 00:19:06,766
What's the significance
454
00:19:07,000 --> 00:19:10,033
between bioregulators
and anti-aging and longevity?
455
00:19:10,033 --> 00:19:13,166
Where do the bedfellows meet? Right.
456
00:19:13,233 --> 00:19:15,766
Well, that's really interesting.
457
00:19:15,766 --> 00:19:16,866
And if you don't mind, Richard,
458
00:19:16,866 --> 00:19:18,466
I'm going to give you the one-minute story
459
00:19:18,466 --> 00:19:21,000
about the biggest study they
ever did with the humans.
460
00:19:21,000 --> 00:19:22,233
Okay.
461
00:19:22,233 --> 00:19:25,200
So... Please. Which Khavinson
was behind, of course.
462
00:19:25,200 --> 00:19:29,500
So they took three bioregulators,
463
00:19:29,633 --> 00:19:33,466
and I still quantify these
as the three most important,
464
00:19:33,800 --> 00:19:35,600
unless you're treating a problem.
465
00:19:35,600 --> 00:19:37,300
If you have a problem with your thyroid, yes,
466
00:19:37,300 --> 00:19:39,066
you want to take a thyroid bioregulator, right?
467
00:19:39,066 --> 00:19:41,900
Whatever. But if you're not sure
468
00:19:41,900 --> 00:19:43,066
and you just want good
469
00:19:43,066 --> 00:19:44,666
general health for as long as you want,
470
00:19:44,666 --> 00:19:47,966
et cetera, I think this
trial focused on these three
471
00:19:47,966 --> 00:19:50,366
and really proved it. So it was pineal,
472
00:19:50,500 --> 00:19:53,000
thymus, blood vessel. Okay.
473
00:19:53,000 --> 00:19:54,833
So what did they do? Well,
474
00:19:54,833 --> 00:19:56,166
they did two big studies,
475
00:19:56,166 --> 00:19:58,166
but the biggest study they did is
476
00:19:58,166 --> 00:20:02,666
they took 11,000 workers in Gazprom.
477
00:20:02,666 --> 00:20:06,666
Gazprom are Russia's oil and gas people, right?
478
00:20:07,433 --> 00:20:12,466
Khavinson said most of these workers
were living in Siberia, right?
479
00:20:12,466 --> 00:20:14,866
So already they're in a tough environment.
480
00:20:14,866 --> 00:20:15,866
I always say to people
481
00:20:15,866 --> 00:20:18,100
they weren't office workers in New York,
482
00:20:18,100 --> 00:20:20,466
you know, they already had a tough day.
483
00:20:20,666 --> 00:20:23,366
So there we are. So, 11,000 of them.
484
00:20:23,366 --> 00:20:27,366
Now they put 3,000 of them on placebo,
485
00:20:27,366 --> 00:20:30,000
which was vitamin pills, right?
486
00:20:30,100 --> 00:20:32,533
And then the other 8,000,
487
00:20:32,666 --> 00:20:36,033
they gave these three bioregulators
488
00:20:36,033 --> 00:20:39,266
which I just described. And over 12...
489
00:20:39,266 --> 00:20:40,733
Was that an oral bioregulator?
490
00:20:41,100 --> 00:20:43,200
Was that an oral bioregulator, or...?
491
00:20:43,200 --> 00:20:45,300
It was oral. It was oral, yeah.
492
00:20:45,300 --> 00:20:48,666
So it was thymus, pineal,
493
00:20:48,700 --> 00:20:50,300
blood vessel. Okay.
494
00:20:50,433 --> 00:20:51,600
Khavinson said, of course,
495
00:20:51,600 --> 00:20:54,133
blood vessel is synergistic with them all.
496
00:20:54,166 --> 00:20:57,666
Not really surprising when
you realize what it does,
497
00:20:57,666 --> 00:20:59,700
right? But anyway,
498
00:20:59,700 --> 00:21:02,666
long story short, by the end of the trial,
499
00:21:02,666 --> 00:21:04,733
the end of 12 years,
500
00:21:05,633 --> 00:21:06,766
they had a thousand... They...
501
00:21:06,766 --> 00:21:08,633
The numbers did go down over time.
502
00:21:08,633 --> 00:21:10,266
They didn't give it 11,000,
503
00:21:10,266 --> 00:21:12,366
8,000 people all the time.
504
00:21:12,366 --> 00:21:13,666
But by the end of the trial,
505
00:21:13,666 --> 00:21:17,633
and, by the way, people
started at the ages of 40, 50,
506
00:21:17,633 --> 00:21:19,466
60. These were not 20-,
507
00:21:19,466 --> 00:21:21,500
30-year-olds in the trials. Okay.
508
00:21:21,500 --> 00:21:25,600
So by the time the trial ended 12 years later,
509
00:21:25,600 --> 00:21:27,366
we were talking about people in their 50s,
510
00:21:27,366 --> 00:21:30,100
60s, 70s, even a few in their 80s. Okay.
511
00:21:30,366 --> 00:21:32,433
And they studied that group
512
00:21:32,433 --> 00:21:33,900
and then they studied the group
513
00:21:33,900 --> 00:21:36,100
that just took the vitamins.
514
00:21:37,166 --> 00:21:39,800
And they found that in the peptide group,
515
00:21:39,966 --> 00:21:41,500
in the bioregulator group,
516
00:21:41,666 --> 00:21:45,400
they had 30% less
517
00:21:45,700 --> 00:21:51,466
morbidity and 30% less mortality, right?
518
00:21:51,466 --> 00:21:54,800
Now, again, that number 30's
come up again, hasn't it?
519
00:21:54,800 --> 00:21:58,800
And what Khavinson said was
that what these peptides...
520
00:21:58,966 --> 00:22:00,166
I keep saying peptides.
521
00:22:00,166 --> 00:22:03,166
What these bioregulators are fundamentally doing
522
00:22:03,200 --> 00:22:05,100
is they are activating
523
00:22:05,300 --> 00:22:08,466
what he called the biological reserve.
524
00:22:08,633 --> 00:22:11,566
And he's discovered that every cell
525
00:22:12,000 --> 00:22:17,266
in our body has a biological reserve of 30%.
526
00:22:18,166 --> 00:22:20,200
It's sitting there waiting to be used,
527
00:22:20,200 --> 00:22:22,500
but obviously sometimes it isn't activated.
528
00:22:22,500 --> 00:22:25,933
And so his theory was,
529
00:22:26,100 --> 00:22:29,233
if the longest-lived people, verifiable,
530
00:22:29,233 --> 00:22:33,500
have been about 120... I mean,
Jeanne Calment was 122.
531
00:22:33,500 --> 00:22:34,966
There was a lady in England, actually,
532
00:22:34,966 --> 00:22:38,133
just the other day, 117, right?
533
00:22:38,300 --> 00:22:41,466
And it's extremely rare, folks, to get over 110
534
00:22:41,466 --> 00:22:43,533
because they call them supercentenarians.
535
00:22:43,600 --> 00:22:47,166
They
reckon if you haven't
got enough fingers and toes...
536
00:22:47,466 --> 00:22:49,233
You have enough fingers and toes to count
537
00:22:49,233 --> 00:22:51,300
the number of supercentenarians on this planet
538
00:22:51,300 --> 00:22:52,600
right now. Okay.
539
00:22:52,600 --> 00:22:54,466
It is rare, but he,
540
00:22:54,766 --> 00:22:58,300
Khavinson, surmised that the peptides
541
00:22:58,300 --> 00:23:00,766
would activate this biological reserve.
542
00:23:00,766 --> 00:23:03,233
And is it an accident
543
00:23:03,233 --> 00:23:06,133
that the average lifespan in the West is 80
544
00:23:06,200 --> 00:23:10,900
and yet the maximum verifiable
lifespan is nearer 120?
545
00:23:11,400 --> 00:23:14,266
Are these... It's only a hypothesis, folks.
546
00:23:14,266 --> 00:23:16,400
Are these long-lived people
547
00:23:16,466 --> 00:23:18,800
activating their biological reserve?
548
00:23:20,800 --> 00:23:22,266
So we may have something that
549
00:23:22,266 --> 00:23:24,266
not only improves overall health
550
00:23:24,400 --> 00:23:28,600
but actually will increase lifespan as well.
551
00:23:29,466 --> 00:23:30,400
Maybe. Indeed.
552
00:23:31,100 --> 00:23:32,633
Now, talking of lifespan,
553
00:23:32,633 --> 00:23:36,600
we're going to jump forward
over the next 10 years.
554
00:23:36,700 --> 00:23:38,166
What are your hopes,
555
00:23:38,166 --> 00:23:40,666
prayers and dreams for bioregulators
556
00:23:40,666 --> 00:23:41,766
and where do you see...?
557
00:23:42,966 --> 00:23:46,300
My dream is that we conquer aging.
558
00:23:46,833 --> 00:23:50,366
I think it's the biggest
problem the human race faces.
559
00:23:50,500 --> 00:23:52,600
I'm not saying that's conquering death.
560
00:23:52,766 --> 00:23:54,466
That's a completely different subject.
561
00:23:54,466 --> 00:23:57,066
So let's not have the religious
people writing in.
562
00:23:57,466 --> 00:23:59,733
That's a whole different debate.
563
00:24:01,900 --> 00:24:03,466
Years and years ago,
564
00:24:03,466 --> 00:24:06,100
I got involved
with a parliamentary subcommittee,
565
00:24:06,400 --> 00:24:08,933
and I gave them some facts and figures.
566
00:24:10,033 --> 00:24:13,566
If we break down what all diseases are,
567
00:24:13,566 --> 00:24:16,166
they fall into four categories. Okay.
568
00:24:16,166 --> 00:24:18,266
They are either inherited disease,
569
00:24:18,400 --> 00:24:19,566
genetic disease,
570
00:24:19,766 --> 00:24:24,766
or they are trauma, accidents,
or they are infectious,
571
00:24:25,033 --> 00:24:27,966
right, or they are degenerative.
572
00:24:28,300 --> 00:24:30,666
And I think there's a strong
argument to make that
573
00:24:30,666 --> 00:24:34,700
degenerative diseases are principally aging.
574
00:24:34,866 --> 00:24:36,600
How many 20-year-olds do you know
575
00:24:36,600 --> 00:24:39,233
with Alzheimer's disease,
just as an example, right?
576
00:24:39,233 --> 00:24:41,266
It's very likely, the older you get,
577
00:24:41,566 --> 00:24:43,166
the more likelihood there is of having
578
00:24:43,166 --> 00:24:45,466
a degenerative disease. That's a given, really.
579
00:24:45,500 --> 00:24:50,166
So if you then take the financial
cost for most countries,
580
00:24:50,166 --> 00:24:52,400
and I looked up the UK at the time,
581
00:24:52,400 --> 00:24:56,333
and you broke it down into
those four categories. Okay.
582
00:24:56,900 --> 00:24:59,300
We spend, as a society,
583
00:24:59,366 --> 00:25:03,566
75 to 90% of the money on degenerative disease.
584
00:25:04,233 --> 00:25:08,266
Right? So, if you want
to make a financial impact,
585
00:25:08,400 --> 00:25:12,133
help people not suffer from
degenerative diseases, right?
586
00:25:12,233 --> 00:25:14,966
Job one. And it would make... And, of course,
587
00:25:15,400 --> 00:25:18,166
it would make an enormous
impact to people's lives.
588
00:25:18,500 --> 00:25:20,833
Not to have cancer, not to have Alzheimer's,
589
00:25:20,833 --> 00:25:23,433
not to have arthritis or whatever it is, right?
590
00:25:23,433 --> 00:25:25,700
I don't want to put words in your mouth,
591
00:25:25,700 --> 00:25:28,200
but you're sort of suggesting,
or leaning towards,
592
00:25:28,200 --> 00:25:30,266
we may actually have some of the answers,
593
00:25:30,633 --> 00:25:32,300
they're just hiding in plain sight.
594
00:25:32,300 --> 00:25:33,633
Yeah, I think so.
595
00:25:33,633 --> 00:25:35,866
I think so. The issues,
596
00:25:35,866 --> 00:25:37,033
as I think you already know
597
00:25:37,033 --> 00:25:39,000
from your previous episodes, Richard,
598
00:25:39,033 --> 00:25:40,800
it will come down to regulations.
599
00:25:41,500 --> 00:25:44,433
Will people... Can we get at... I mean,
600
00:25:44,433 --> 00:25:45,566
there's no accident, of course,
601
00:25:45,566 --> 00:25:47,366
that medical tourism exists today,
602
00:25:47,366 --> 00:25:51,066
because people are flying
to Turkey or wherever, right,
603
00:25:51,066 --> 00:25:52,866
or to get treatments
604
00:25:53,100 --> 00:25:55,433
and procedures that they just can't get locally.
605
00:25:55,433 --> 00:25:57,200
And we're going to see a lot more of that,
606
00:25:57,200 --> 00:26:00,400
I think. But my dream is we defeat aging.
607
00:26:00,400 --> 00:26:01,600
That's my dream.
608
00:26:02,566 --> 00:26:05,600
Well, it's a bold dream to have, Phil,
609
00:26:05,600 --> 00:26:07,800
one I happen to share with you as well.
610
00:26:07,800 --> 00:26:09,533
So, thank you.
611
00:26:09,666 --> 00:26:11,533
Well, it really has been a pleasure.
612
00:26:11,633 --> 00:26:12,900
Thank you. Thank you.