Episode Transcript
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0:24
Hello everyone and welcome to From Lab
0:26
to Launch by klio. I'm Meg
0:28
and I'll be your host. Thanks for tuning in.
0:31
If you haven't already, please sub subscribe
0:33
and rate the podcast. We're coming
0:35
up on 80 episodes, which has been a lot of fun
0:37
for our team. If you ha,
0:40
if you like an episode, please share it with any of your
0:42
science or biology nerd friends, we know you
0:44
have some, and if you'd like to be
0:46
on the show, please fill out the application linked
0:48
in the show notes. Today
0:50
we have Dr. Carl GI with
0:52
us. Carl is the co-founder and
0:54
chief science Officer at revana,
0:57
a company dedicated to healthy aging
0:59
and longevity. After years
1:01
of studying science backed research on health
1:03
and aging orthopedic spine surgeon,
1:05
Carl developed a proprietary supplement
1:08
that targets health on a molecular level.
1:12
That supplement backed by scientific publications
1:15
delivers a direct signal to cellular
1:17
pathways in order to maintain health,
1:19
longevity, and an athletic lifestyle as
1:21
we age. This is something that
1:23
applies to each of us because, well,
1:26
we all age, don't we? All
1:28
right. Let's bring in Carl. Hi,
1:31
everyone. Welcome to From Lab
1:34
to Launch. We're so excited to speak, be speaking with
1:36
you today. You're exactly the type of person
1:38
we love to have on the show because everyone
1:40
here could learn so much from your research and
1:42
expertise.
1:44
Thank you.
1:44
Thanks, Carl. To get us started, could you tell
1:46
us a little bit more about your background and
1:49
how you went from being a spine surgeon to
1:51
co-founder of an anti-aging supplement company?
1:54
Sure. Yeah. That is somewhat of a circuitous
1:56
route, but uh, yeah. I am
1:58
a fellowship trained orthopedic spine surgeon.
2:01
But I do have a very strong background in
2:03
applied science. I spent a
2:05
little time at Rockefeller University doing genetic
2:08
work. I also, uh,
2:10
spent some time in the surgical oncology
2:12
branch of the n I H. So
2:14
I've got my background in sciences.
2:17
Uh, my background before medical school
2:19
was chemistry. So those types of
2:21
experiences provide you with kind of a broad
2:23
understanding of how complicated science
2:25
can be, but in a very methodical
2:28
way you can solve problems.
2:31
And I followed the field of lifespan
2:33
healthspan and cancer risk reduction,
2:36
uh, research for probably over 20 years
2:39
outside of my main line of work, which is obviously
2:41
orthopedic spine work. And
2:44
I felt as though it was time to participate
2:46
in the distribution of this type of information
2:48
to the public cuz I just don't
2:50
see the public catching on. And
2:52
that was kind of my real motivation,
2:55
uh, to get into this field.
2:58
Interesting. And so aging
3:01
is inevitable for all of us. Um,
3:03
but very few of us know what actually causes
3:06
aging. How do you explain aging
3:08
from your research?
3:09
Sure, and look, aging can be different
3:11
things to different people, but in
3:13
its simplest form we age
3:16
because the cells in our body lose
3:18
their identity. People don't
3:20
really understand or remember
3:23
that every cell in your body has
3:25
the same d n A in it. So
3:27
what makes a brain cell versus
3:29
a skin cell is what genes are
3:31
turned on and off in that cell.
3:34
And if the, if the cell
3:36
is turning the right proteins
3:38
on and off, your cell maintains
3:41
its identity. When the wrong
3:43
proteins are made, the wrong genes
3:45
are turned on and off, your cell loses
3:48
its identity. So imagine
3:50
a brain cell all of a sudden
3:52
functioning as a skin cell. I mean, that's
3:54
how you get cognitive decline. Imagine
3:57
a cartilage cell converting
4:00
to a skin cell. That's how you get arthritis.
4:03
You know, imagine a cardiac cell
4:05
changing into a bone cell.
4:08
That's how you get calcification in
4:10
your, you know, vasculature. So
4:12
when your cells lose their identity,
4:15
you start to age. And that is basically
4:17
what's referred to as the information
4:19
theory of aging. And that
4:22
that is not a new theory that's been
4:24
out there for a long period of time. But
4:27
the bottom line is when your cells lose their
4:29
function, you start to age.
4:31
And that's the way everybody should think of aging
4:34
today. That's
4:36
a great perspective.
4:37
Mm-hmm. What is the current state of
4:39
longevity research and how are you unlocking
4:42
the T key to slowing that aging process
4:44
and dare we say, even reversing it?
4:46
Yeah, well look, those are two
4:49
good questions. Um, because.
4:51
I think what you wanna ask is not,
4:54
can we reverse aging? Cuz people
4:56
view that as science fiction. I
4:58
think what you really wanna ask is, can
5:00
we accelerate aging by doing all the
5:02
wrong things? And can we decelerate
5:05
aging by doing all the right things? And
5:07
the answer is a resounding yes. There's
5:09
no question we can accelerate
5:11
aging or we can decelerate aging.
5:14
There are ways to actually reverse
5:16
aspects of aging. And if
5:18
you look at the articles published,
5:21
uh, You'll see that they can take an older
5:23
mouse and reverse the age all the way back
5:25
to a young mouse. Don't forget
5:28
the people that won the Nobel Prize
5:30
in this field that occurred in 2012,
5:33
where they took an adult cell
5:35
and reversed the age all the way back to a stem
5:38
cell. So age reversal is
5:40
real, but we're not gonna do some
5:42
of those things to actually reverse aging
5:45
in the human population. But
5:47
we can certainly slow aging,
5:49
decelerate aging, and we can certainly
5:51
accelerate aging. So
5:54
the field is fairly sophisticated
5:56
today. Uh, there are a lot
5:58
of signal molecules and I, and
6:00
I refer to this category, uh, as the
6:02
category of signal molecules. I think when
6:05
we talk about aging, we think
6:07
about exercise. We
6:09
think about diet, and we think about signal
6:11
molecules today, and I put vitamins
6:13
and minerals in the diet category. And
6:16
obviously we're not gonna talk about exercise
6:18
and diet, but they are very important categories.
6:22
But the third leg of that trinity,
6:24
so to speak, is signal molecules.
6:27
And the signal molecules basically work
6:30
in a way to, uh, focus
6:32
on three or
6:34
four key areas. The, you know,
6:36
in those areas are certain longevity
6:39
gene pathways. Which you might
6:41
have heard of. They're called sirtuins, a
6:43
pk and m tour. I don't want to get too
6:45
scientific, but that's one
6:47
category. The longevity gene pathways.
6:50
The second category are your Tels,
6:52
which you may have heard of. They are the, mm-hmm. The
6:55
caps on the ends of your d n A. Uh,
6:57
a third category is glucose metabolism.
7:00
We want to keep our glucose
7:02
levels down low, cuz as
7:05
they rise, you glycosylate
7:07
proteins and the proteins become less efficient.
7:10
And then the fourth category, or all the
7:12
anti-inflammatory antioxidants.
7:15
So tho those are the, the, the four
7:17
big categories to address lifespan
7:20
and healthspan today that
7:22
are inside the signal molecule,
7:24
uh, molecule category. And
7:27
the science is fairly sophisticated and
7:30
very convincing with regards
7:33
to slowing and decelerating the aging
7:35
process if you participate
7:38
in that category of signal molecules.
7:40
And that is basically the category of revana.
7:43
You know, obviously my website talks about diet
7:46
and exercise, and I have a bunch
7:48
of YouTube videos on that, but
7:51
Revana is in the category of
7:53
signal molecules. Well,
7:56
that leads
7:57
us right into Revana. Can you tell us more about
7:59
Revana and your
8:00
recent launch? Sure. So
8:02
Revana, um, launched
8:05
just in January of this year. Um,
8:08
took a lot longer to put it all together than we
8:10
thought, but, um, Revana
8:12
basically provides five
8:15
main components. And again,
8:17
those are the components that work on those. Four
8:20
categories that we talked about, and
8:22
one is n m N, which you may have
8:24
heard of. The mononuclear tie
8:26
gets a lot of publicity and
8:28
it should, it's a, it's a great molecule.
8:31
It works to raise something
8:33
in every cell in your body called N A D.
8:35
And as your n a D levels drop,
8:38
your cell loses its identity.
8:40
So n m N, very important. So that
8:43
is one of the components of Resana.
8:46
But you know, what I felt was, was
8:48
lacking in this field was you
8:50
can buy nmn, but yet
8:52
somehow it leaves out all the other
8:54
pathways that we're talking about that are
8:56
important. Uh, nmn works
8:59
on the sirtuin pathway, but
9:01
somehow the a and PK pathway, the
9:03
mTOR pathway, the telomere pathway,
9:06
the glucose pathway, and the antioxidant
9:08
pathways are left behind. So
9:10
we tried to provide a, a,
9:13
uh, A supplement that
9:15
would address all of these. So burberine
9:18
was one of the components, and you may
9:20
have heard of burberine, it's kind of the non-prescription
9:23
hypoglycemic that's out there.
9:26
If you look at something like Go Low,
9:29
you know it has burberine in it. It's again,
9:31
to try and maintain your blood sugar level. And
9:34
people do see weight loss from something
9:36
like that. But the goal of burberine
9:38
is to lower your blood sugar and, and,
9:41
and keep it at what's considered a healthy level.
9:44
Um, the third component of
9:46
revana is otro, which
9:49
again works more on the telomere
9:51
pathway. Then we've got,
9:53
uh, resveratrol, which works
9:55
more on, uh, some
9:57
of the other longevity gene pathways,
10:00
and then Quercetin is in there, which
10:02
is the fifth component of Revana
10:04
that works to remove
10:06
the CIN cells. In
10:08
your body, the cells that lose their identity,
10:11
you wanna remove them so that your body
10:13
can re replace those with,
10:16
you know, normal cells. And all
10:18
of these function as very powerful
10:20
antioxidants, which
10:22
is very important because the
10:25
free radicals, which everybody gets throughout
10:27
every cell in their body, causes
10:29
damage to the cell. Damage to the D
10:31
n A and again, contributes towards.
10:34
Uh, the, the aging process.
10:37
So we wanted to provide a comprehensive
10:39
product based upon all
10:42
the science that's been out there for the past 20
10:44
years, because it's very cumbersome
10:46
to take all of these individually, very
10:48
cumbersome, to figure out what the correct doses
10:51
are. Very cumbersome to figure out how
10:53
when you take them, you maximize
10:55
their absorption. So that was our
10:57
goal. And I would preface
10:59
it by saying a lot, all the
11:01
original research was done by
11:04
the scientists, the PhDs at
11:06
these, you know, great institutions
11:08
at Rockefeller, at, at Harvard,
11:10
at m i t, at all the great institutions.
11:13
The, their research is what
11:15
led to the development of me putting it
11:17
all together. Um, and I see,
11:20
you know, some of the other companies are slowly
11:22
kind of jumping on the bandwagon and
11:24
making combination products, but. I
11:27
think is the, is the first combination
11:30
product that supplies them all.
11:32
Because it's also important to recognize
11:34
that the whole is worth more than
11:36
the sum of the parts. They're all synergistic.
11:39
They all have to be taken together, and
11:41
that's why we decided to put this all together.
11:45
I think that's
11:45
such an important point. The whole picture
11:48
and accounting for all of those pathways
11:50
is important.
11:52
Um, Yeah, I,
11:54
I find that, and look, I, having
11:56
done basic research myself, it's easy
11:59
to focus almost with blinders
12:01
on with your single
12:03
molecule. It's hard to scan
12:05
the entire literature of published work
12:08
and try and, uh, uh,
12:10
provide some type of uniform or and
12:13
unified concept to it all. But
12:15
based upon all the information that's out
12:17
there today, those are the categories
12:20
that we wanna address. And these are the
12:22
molecules we want circulating on our body
12:24
all the time. That's
12:27
fantastic. Yeah. And to have 'em all together,
12:29
um, as you said, and a holistic approach.
12:31
That's really smart. Yeah. Um,
12:33
congratulations on your recent launch. You
12:35
did mention that it took longer, um,
12:38
than you anticipated. What obstacles did
12:40
your team encounter going
12:42
from lab, from research
12:43
to lab to launch? Yeah, yeah. Um,
12:46
yeah, it was quite a journey. Um,
12:49
you know, when this whole project started,
12:52
This started very organically
12:54
in my, my neighborhood, where I
12:57
realized I had a lot of really successful
12:59
friends, smart people who just
13:01
knew nothing about, about
13:03
this field of healthspan and lifespan.
13:05
I. Um, so my, my plan
13:08
was initially years ago we were gonna have
13:10
a neighborhood party and I was gonna lecture to them
13:12
all and finally I would be the one
13:14
being able to speak cuz they all seemed
13:16
to be attorneys and bankers and finance people,
13:19
and they're all smart, successful people. But
13:21
they knew very little about this field. Um,
13:24
and then the, and then Covid struck
13:27
and we couldn't get together and we decided we'd put
13:29
it on a website. So we put
13:31
the website together. And
13:33
then we realized it was very cumbersome
13:35
to buy all these products individually,
13:38
so we decided we would, um,
13:41
put the product on the website not knowing.
13:43
Once the attorneys looked at the website, they
13:46
educated us about how the FDA
13:49
does not allow for certain things to be
13:51
said. So we had to remove
13:53
a lot of information from the website,
13:56
which was very frustrating. Had I known that,
13:58
I'm not sure I would've put the product on
14:00
the website. Because I think the information
14:02
is very compelling if you understand
14:04
it. I think if people can explain
14:07
to you why these are very important,
14:10
you will automatically jump on the bandwagon.
14:13
But, um, I'm hoping people
14:15
will read between the lines and understand
14:17
these are very valuable things to take. We
14:19
can talk about aging because
14:22
aging is not considered a disease.
14:25
We can't talk about any disease, cardiovascular
14:28
disease, cognitive decline, Alzheimer's,
14:30
things like that. We can talk about
14:32
maintaining health, but
14:34
we can't talk about treating or
14:37
or slowing a disease,
14:39
which was a little frustrating. We didn't know that at
14:41
the start. So that set us back
14:43
quite a bit. But ultimately
14:45
we we're up and running and
14:48
you know, we feel as though this information is very
14:50
valuable and we hope that it gets
14:52
out into the public media. That's
14:55
terrific.
14:57
Health supplements, especially for aging,
14:59
may get a bad rap given the state of the supplement
15:02
industry. Thinking about snake
15:04
oil, underdosing, lack of transparency
15:06
and massive of quality concerns, especially
15:09
post covid. How do you address the
15:11
current state of the health supplement industry
15:13
at Revana and making sure you stand out?
15:15
Yeah, and look, I did not wanna be
15:18
in the, uh, Supplement
15:21
category, but I guess we are
15:24
by default cuz I don't know what other category
15:26
we would be in. I like to think of myself
15:28
as in the signal molecule category
15:30
or the messenger molecule category.
15:33
Cuz when I think of supplements, I think of
15:35
vitamins and minerals like vitamin D
15:38
or zinc or magnesium. And
15:40
look. Certain, you know, vitamins
15:42
and minerals are important, but it's extremely
15:45
rare to be vitamin deficient in
15:47
this country. It's extremely rare
15:49
to be, uh, mineral, you
15:52
know, deficient in this country. But
15:54
it can happen, but it's very unlikely.
15:57
Um, So we are
15:59
somehow in that supplement category, but
16:01
I like to think of us as a separate category
16:03
of signal molecules, which is the
16:06
N M N category, the resveratrol
16:08
category. We're talking about organic molecules
16:11
or organic compounds that are found
16:13
in nature. They're, they
16:15
just, you just can't get a high enough dose of them. To
16:19
be, you know, to see the benefits
16:21
that we're looking for. Now
16:23
the other issue is with the supplement market is
16:25
sometimes doses and absorption
16:27
get confusing. You know, you can't
16:29
just swallow certain tablets that are
16:31
fat soluble and expect them to be absorbed.
16:35
Uh, so the dose is important because even
16:37
if you do take these
16:39
molecules with fat soluble
16:41
substances like yogurt, Still,
16:44
only a small percent get absorbed,
16:46
and that's why you need a daily dose of them and
16:48
you need a certain dose ingested
16:51
because maybe sometimes five or 10%
16:53
actually circulate throughout your body. So
16:56
if you're taking a really low dose and
16:58
only a small dose of that is getting absorbed,
17:00
you're really not seeing the benefits that we've seen in
17:03
the lab and most
17:05
of the stuff that we have, the
17:07
doses that we chose. The,
17:10
the reason for a tablet versus, versus
17:12
a capsule were because some of these
17:14
molecules are absorbed in the distal
17:17
GI system, not in the proximal
17:19
GI system. So we, we don't want it to
17:21
break up too quickly. We needed to get into
17:23
the colon where some of them are absorbed
17:25
or the distal intestines. So,
17:28
you know, we tried to pick our doses
17:30
based on all the publications, and
17:33
some of these have track records
17:35
that go back a thousand years around the world.
17:38
So none of this is, is earth shatteringly
17:40
new, which is also frustrating. This
17:43
is information that's been out there.
17:45
And look, I will tell you, even as a physician,
17:48
uh, you know, I didn't know this 20,
17:50
30 years ago either. And
17:53
like, I wish I had done all the right things for
17:55
30 years rather than just the last 10
17:57
years. Uh, so. The
18:00
earlier people understand this, I think
18:02
the earlier people will adopt it and,
18:04
and utilize these principles, not
18:06
just with the signal molecules, but
18:08
with exercise and with
18:11
diet. Cuz it all, it is all very
18:13
valuable, but the whole supplement
18:15
market I I understand has a bit
18:17
of a cloud over it because there's
18:19
a lot of snake oil out there for sure. Um,
18:22
and that's why we picked the five
18:24
components that have hundreds of publications.
18:28
In terms of usage, safety,
18:30
and efficacy. And, uh, they,
18:33
some of those molecules that we chose may
18:35
be replaced by other molecules
18:38
down the road, which is fine. Our, our
18:40
composition may change, but
18:42
we need enough information in
18:44
order to change our own formula down the road.
18:49
Looks like you've taken a really research and
18:51
science backed approach to your development
18:53
there.
18:54
Yeah, look, I, I do want this
18:56
to stand separate out there from
18:58
the vitamins and the minerals, which I think are
19:01
the bulk of the, um,
19:03
supplement market. Um,
19:05
you know, you're starting to see other things enter
19:07
into that market, but by and large it's
19:09
largely vitamins and minerals.
19:12
Um, you even start to see,
19:14
you know, other stuff that's like, you know,
19:17
vegetables pulverized into a tablet,
19:19
but you know it, the idea
19:22
of that is okay, but you as
19:24
the public need to know you
19:26
need a certain milligram dose of
19:28
particular organic molecules.
19:30
You need to know what that milligram dose
19:32
is, because those are the doses
19:34
that we see giving benefits in the lab.
19:37
And in large epidemiologic studies,
19:39
you know, large observational studies with
19:41
large populations of people. So
19:44
our science has evolved to a point
19:46
where we know what those doses
19:48
should be. So that's what we should
19:50
be offering to the public.
19:54
I feel like there needs to be more education campaigns
19:57
around aging and healthy
19:58
aging. That's the problem.
20:00
Uh, people view this idea
20:02
of, uh, age reversal as science
20:05
fiction. So I'm trying to get
20:07
away from that. And when people ask me that question,
20:09
I'm trying to redirect the question and
20:11
reformulate it to be, can we
20:13
slow aging? You know, can we accelerate
20:16
aging? And we absolutely can. And that's
20:18
the goal here. You know, we will
20:20
have to wait about 50 years
20:22
to prove that people that live this
20:24
way and take these molecules live
20:26
longer. You know, if you follow this
20:28
field, you'll see people
20:31
on, uh, in the field will boast
20:33
at their. Biological age
20:35
is 10 years younger than the chronological
20:37
age. Well, I had my D
20:39
n A tested, and I too was biologically
20:43
10 years younger, a decade younger than my
20:45
chronological age. I've been doing
20:47
this for a while. I will tell you
20:49
my wife's biological age came
20:51
back 16 years younger than their
20:53
chronologic age. And I
20:55
think it's not uncommon for women to
20:57
probably, uh, age
20:59
younger. Because they, they probably
21:01
have been doing better for longer, you
21:04
know, outside of the signal molecule arena.
21:06
Their diets are better. They probably don't
21:09
smoke cigars, they don't drink as
21:11
much. So I think in general,
21:13
you know, some of the stuff we do is probably
21:15
a one-way street, but a
21:17
lot of what we can do is reversible,
21:20
but we will have to wait 50 years for me
21:22
to convince you. I've lived,
21:25
you know, 20 years beyond my expected
21:27
age. And that's, that's
21:29
a long time to wait. I think the information
21:32
is so believable today
21:34
that nobody should wait. Uh, and
21:36
it's not just about lifespan,
21:39
it's about healthspan. It's about living healthier
21:41
and longer. Now, no one wants to live
21:44
longer and be in a wheelchair. We wanna
21:46
live longer after retirement and
21:48
enjoy ourselves, play golf, sports,
21:50
tennis, jog, triathlons,
21:52
ski, all those types of things. So
21:55
it's about living healthier, maintaining
21:58
your present state of physical activity
22:00
that you have now, and not seeing
22:03
the slow deterioration that accompanies
22:05
aging.
22:08
Absolutely. And we'll be back in 50 years
22:10
for an update in this podcast. Yeah.
22:13
Switching gears a little bit, back to you, Carl.
22:16
What advice or lesson would you share with a friend
22:18
who is starting a company in life sciences today?
22:21
Well look, I would tell people not
22:23
to be discouraged cuz there are lots of
22:25
hurdles there. It's, uh,
22:28
you know, I, I was told in the beginning
22:30
that there was probably a less than 10%
22:33
chance that this would succeed. Um,
22:36
you know, there are a lot of roadblocks
22:39
and financial burdens. And look as a, as
22:41
a physician, this was never my primary source
22:43
of income. And I think you need
22:45
to be careful because, You
22:48
know, there's a lot of competition, there's a lot of expenses.
22:50
And for me, I went into
22:53
this understanding if I broke EAP and I would
22:55
consider that a success, I thought
22:57
the information was valuable enough that
23:00
the public needs this information right
23:02
between the eyes. So I, I
23:04
think, you know, if you're gonna go into something
23:06
like this, you need to understand
23:09
that it's not an easy process. It's expensive.
23:12
And probably the one bit of advice I would give
23:14
them is you need to, uh, uh,
23:17
Enact interact with the attorneys
23:20
early on. They will tell you
23:22
what you can do, what you can say,
23:24
cuz it might change the way you mold
23:27
your product and your, your, your message
23:29
to the public. I
23:31
think that's good advice
23:32
to have your regular regulatory pathway
23:34
mapped out. Yeah. As you get started. That's
23:37
great advice. If you could go back
23:39
to the start of your career and give yourself
23:41
one piece of advice, what do you think it would be?
23:44
Oh, uh, I, I will tell
23:46
you I probably did all the wrong things
23:48
that everybody else does. Um, you
23:51
know, when you're a busy, you
23:53
know, orthopedic surgeon or when
23:56
you're busy in any one of your fields,
23:58
you don't have a lot of time. to take
24:00
care of yourselves. You eat on the run
24:02
you eat, you know, when
24:04
you're eating in the hospital, in the operating room,
24:06
in between cases, I can guarantee you
24:08
there's nothing healthy about it. Uh,
24:11
but I realize today like the
24:13
Trinity to really maximizing
24:16
health span and lifespan is exercise
24:18
is diet. And it is,
24:20
uh, the signal molecule. So I would've
24:22
done all of this much earlier on
24:24
had I known what I know today,
24:27
and I'm trying to instill that information
24:29
into my, my children who are now
24:31
in their, their early twenties and late twenties.
24:34
And people don't realize that
24:36
we start to age probably in our mid
24:39
to late twenties. That's when all
24:41
these processes start. This
24:43
goes back to the Vietnam War when young
24:45
people had autopsies in restore cardiovascular
24:48
disease. Occurring in their late
24:50
teens and early twenties. So the
24:53
aging process starts early,
24:55
and all three of these
24:58
categories are incredibly valuable
25:00
and you gotta participate in all of them. You can't
25:03
pick one or two. You know,
25:05
you wanna maximize your outcome, you've gotta
25:07
participate in all three of them.
25:10
Well, I like to think of myself as a time
25:12
and gravity fighter myself. Mm-hmm. So now I have
25:14
a third way to fight this battle of
25:16
aging. Yes. Um, and keep
25:18
myself healthy as I age as well. Yeah.
25:20
Um, and for our last question,
25:23
we'd love to ask our guests, if we ran
25:25
into you at a bookstore, in what section would
25:27
we find you?
25:29
Well, I will tell you, I do have a book as well.
25:32
Um, if, if anybody's interested
25:35
in reading a story about what it's like
25:37
to go to medical school and become
25:39
an orthopedic surgeon, I have a book
25:41
that's out there called Shoot the Moon. Um,
25:45
and there is a little twist that's. Unraveled
25:47
and intertwined throughout the book. Um,
25:50
as I, I was exposed to a pretty tragic,
25:53
uh, accident. Uh, luckily I
25:55
survived, but, uh, the person
25:57
with me did not. Um,
26:00
but I think with regards to,
26:03
um, you know, a book
26:05
about this whole category, you
26:07
know, not just about revana, but
26:09
a, a book about me. I mean, I,
26:12
I'd like to be in, in probably
26:14
the section that deals with. Just
26:17
everyday life. I don't wanna
26:20
be in the science section, I don't wanna be
26:22
in the health and longevity section.
26:25
I, I want to somehow intertwine
26:29
all of this with everyday life.
26:31
I think when people start dieting
26:33
or they start doing particular things for
26:35
periods of time, they're destined
26:37
to fail. This is a lifelong
26:41
exposure where every day
26:43
makes a difference. Um,
26:45
and I think you've gotta start early
26:47
on understanding how
26:49
you are impacting your cellular
26:51
identity in every cell in your
26:54
body. And, and I want
26:56
this to be part of everyday life, whether
26:58
you're going to school or you're working
27:00
or you're going to a party. You've
27:03
gotta decide, you know, am I gonna smoke?
27:05
Am I gonna drink? Am I gonna expose
27:07
myself to toxins? You know, all of these
27:10
things are impacting our cellular identity.
27:12
The problem is, it's hard to measure. Now
27:15
we're talking about a slow erosion. It's
27:18
like emptying a swimming pool with a gallon
27:20
of water each day. You can't measure
27:23
it. And, but it's real.
27:25
It's there. And I, and I want
27:27
this to be just part of everybody's life.
27:31
Sounds like you have another
27:32
book to write, Carl.
27:33
Oh geez. I
27:35
dunno about that. We'll see.
27:38
Well, thanks so much for joining us today. It
27:40
was great to have you here. Um,
27:43
where can our listeners go to follow along and
27:45
connect with you?
27:47
So I have a website called revana.com
27:50
and there is a extensive section
27:52
in the resource area of the website
27:55
that has lots of articles to read. It
27:57
has a very extensive bibliography where
27:59
people can look up, uh, specific
28:01
articles as well as recommendations
28:03
for blood work that everybody should get, probably
28:05
once or twice a year starting at a young age.
28:09
Uh, I also have a bunch of YouTube
28:11
videos that explain the biology of food,
28:14
uh, the biology of lipids, which
28:16
I think people need to understand
28:18
at a young age. So if you wanted to find
28:20
those on, on YouTube, uh,
28:23
some of them are on my website. Not all of them
28:25
are linked yet, but. If you were to
28:28
Google on YouTube, uh, my name
28:30
and lipids, I think it'll come up. Or
28:32
a biology of food and it'll come up and I think
28:34
you'll, you'll enjoy watching them and, and
28:36
listening to them.
28:39
Terrific. Sounds like I have some reading and
28:41
some YouTube
28:41
videos to watch. You will enjoy
28:44
them. Yeah. This has been great.
28:46
It's been eye-opening as I age
28:48
into, uh, my next decade here soon.
28:50
So thank you so much, Carl.
28:52
Thank you. I appreciate it.
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