Episode Transcript
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0:00
Hi, everyone. Duper out here. Today's
0:03
mini episode, we're talking all things
0:05
cancer. Specifically, we have New York
0:07
Times best selling author doctor Jason
0:10
Fung talking to us about a revolutionary
0:12
new understanding of this medical
0:15
mystery we call cancer. and
0:17
he breaks us down in his book, the cancer code, and
0:19
we're gonna get a lot of the top gems in
0:21
today's mini episode. Specifically,
0:23
we're gonna go into like what actually is
0:26
cancer. I know that's a basic question,
0:28
but we have to ask the most basic questions
0:30
if we're gonna think differently about
0:32
this approach. What is the
0:34
seed and soil analogy of
0:37
cancer and how does it change
0:39
our current model and approach
0:41
to dealing and even
0:43
treating cancer. Jason
0:45
also goes into the interview and talks about the biggest
0:48
drivers of cancer today based
0:50
on the latest research and what feeds
0:52
cancer cells. There's something that's in our diet,
0:55
especially here in America, that
0:57
we know through the latest
0:59
science and research that's out there, that it
1:01
feeds and accelerates the growth of
1:03
cancer cells. And lastly, we're gonna
1:05
talk about what you can do today to minimize
1:08
your risk of cancer. Cancer
1:10
is one of the most scariest diseases that's
1:12
out there. You know, so many people
1:14
worry about it. So many people have it in their family
1:17
or have had past friends or family members
1:19
who have had it. If you suffer from that or if
1:21
you're curious about the topic, today's mini episode
1:23
is absolutely for you. I hope you can walk
1:25
away day with a better understanding of
1:27
cancer from doctor Jason Funn.
1:30
I wanna pull a quote from your book to start off
1:32
the conversation. which
1:35
is you say and you start off in the book,
1:37
you say the most pressing question in cancer
1:39
research is the most elusive question
1:42
What is cancer? So can
1:44
we start off there? Because it's still a question
1:46
that we're asking today, which is what
1:48
exactly is cancer.
1:51
Yeah,
1:51
and that's sort of
1:52
the most important thing is
1:54
to understand disease.
1:57
You really have to understand what it
1:59
is, like, what causes
1:59
it, what, you know, what the disease
2:02
is. And really for the common
2:05
diseases, cancer stands
2:07
virtually alone because we had no
2:09
idea what this disease actually
2:12
is. So if you look at other diseases like
2:15
COVID or infections.
2:17
So we've identified viruses. We've
2:19
identified bacteria.
2:22
We've figured out fungi and
2:24
so these are external invaders for heart
2:26
disease and stuff. These are blockages
2:30
and our blood vessels which starve the heart
2:32
or the brain of blood to get heart attacks
2:34
or strokes. So we
2:36
sort of understand what the disease is,
2:38
how it develops, and that kind of thing. But
2:41
for cancer, this is sort
2:43
of a very strange
2:45
disease. So it's
2:48
it's unlike any other disease
2:50
we've ever faced, it's not a vascular
2:52
disease, like heart disease, it's not an external
2:55
invasion, like bacterial or
2:57
viruses. It's
2:59
not stones
3:01
and stuff. There's all these other but
3:03
what is this strange disease.
3:06
And it's not
3:07
that it's one of these sort of rare
3:09
diseases. It's unfortunately
3:12
extremely common. So the lifetime
3:14
risk of cancer is
3:16
somewhere around one in ten, and it's going
3:18
to affect everybody's life.
3:21
in that if you don't get it, you will
3:23
know people who will get it, almost
3:25
everybody
3:25
does. So we don't know what this is,
3:27
and this is
3:27
the whole sort of this discussion
3:30
in the book is what is this
3:32
disease? Because it's a disease
3:34
where the you have a
3:36
normal cell which is
3:38
part of your own body because it it's
3:41
derived from your own body. And
3:43
for some
3:43
reason, this normal
3:46
cell breaks
3:47
off and becomes cancerous
3:50
to the point where it can kill you.
3:52
And it kills, of course, many, many people.
3:54
It's the second biggest killer of people.
3:57
So our concept
3:59
of what this disease actually is
4:01
has been changing. So,
4:03
you know, it's changed throughout history. But
4:05
really even in the last sort of
4:07
ten years, there's been this
4:09
massive change in the way
4:11
that we look at this disease, and this is
4:13
what I call the paradigm of cancer.
4:16
That is, I'm not arguing
4:18
about, oh, this is how to
4:20
treat cancer. Like, we've done lots of studies
4:22
on you know, use this drug
4:24
and this drug and these drugs in combination
4:26
with surgery and chemotherapy and
4:29
radiation. You put them in this sort of
4:31
regimen, and you can treat cancer. And I'm not
4:33
disputing any of that. But
4:35
in the end, it doesn't help
4:37
you answer the question of what is it. So if you want
4:39
to understand what it is, then you
4:41
have to start sort of from the beginning,
4:44
go through it and say what is this disease
4:46
and that's where we've really made a broader
4:48
progress within the last sort of
4:50
fifteen, twenty years.
4:52
And most people haven't even really
4:55
appreciated it. that. And that's
4:57
what I wanted to bring forward is that
4:59
sort of recent research and bring
5:01
it
5:01
to the people. So they at least understand
5:02
what this disease is that
5:05
that is affecting so many people.
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you use this sort of seed and
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soil, you know, analogy.
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we get to that while I have have you
7:43
get
7:43
Yeah. So that's exactly right. So if
7:45
we understand
7:46
now, this is an evolutionary process
7:49
which goes back towards our
7:51
origins. then you just have to
7:53
say, what drives evolution? And
7:55
it's not
7:56
just genetics. So if you think about
7:58
evolution, or opinion evolution, which
8:00
is the survival of the fittest for example.
8:02
So what he had observed was that in
8:05
the Galapagos Islands, he had these
8:07
birds. And if they had these
8:09
short beaks, which were really ideal
8:12
for eating nuts, and there are
8:14
birds that these had these long beaks that were
8:16
really good for eating fruit. And in the
8:18
areas where there's a lot of nuts, you
8:20
found a lot of these short beaked animals
8:22
in the areas you had a lot of fruit. You
8:24
had a lot of these long beaked animals. And
8:26
that what he said was that's not a
8:28
coincidence. What
8:28
happens is that the environment
8:32
selects the
8:32
genes that are most successful. So even
8:35
if you have a lot of nuts, you select for
8:37
the genes, that's a selective
8:39
pressure, which favors the survival
8:41
of those genes that
8:43
produce the short thick
8:44
meat and
8:45
the areas that have a lot of fruit
8:48
have exert a selective
8:50
pressure on the genes that give
8:52
you the long narrow beats. Right?
8:54
That makes sense. It's just sort of basic
8:56
evolution.
8:56
And cancer does
8:59
sort
8:59
of the same thing. So
9:01
if it's an evolutionary process
9:03
towards this sort of original
9:06
being, caused by chronic
9:08
damage to the
9:09
cell, then it's not the
9:11
genetics, which is the important part, but it's
9:13
the environment Right?
9:15
And that is the scene of
9:17
cancer is there, but if you don't
9:19
provide that environment that
9:22
selects for this
9:24
sort of survivalist, cancerist
9:27
sort of, you
9:29
know, story.
9:30
then you're not going to get cancer.
9:32
So what you have to do then is
9:34
to say, this is not just
9:36
a genetic disease. because for years
9:38
we've been sort of thinking about it as a genetic
9:40
disease. So we think, well, it's just sort of pre
9:42
programmed into us. But
9:44
it's not. because the rates
9:46
of
9:46
cancer depend on your
9:49
environment more than what
9:51
it does on your genes. That is if
9:53
you look at, say, breast
9:55
cancer. Breast cancer, if you go
9:57
from Japan, a Japanese
9:59
woman in Japan when
10:02
they -- when you move that person to San Francisco,
10:05
their rate of breast cancer like
10:07
doubles or triples within a couple of generations
10:09
-- Right. -- vaccines. It's
10:11
the
10:11
environment But that's fantastic because
10:13
then if you can figure out what part
10:15
of the environment is what's
10:17
selecting for the damage. So in
10:19
some cases we know, It's smoking,
10:21
it's tobacco, it's viruses. Right?
10:23
In many cases, we don't know, breast
10:25
cancer, colon cancer, what's damaged prostate
10:28
cancer? We don't know. If you
10:30
can figure out what part of the
10:32
environment is
10:33
driving
10:34
this evolutionary process,
10:37
then
10:37
that's how we're going
10:40
to reduce the
10:40
risk of cancer. And
10:43
so the question is, what
10:45
is it in our environment? So they've
10:47
studied this question for a long time. So back
10:49
in nineteen eighty one,
10:51
they did a study where they're going
10:53
to estimate The
10:55
risks
10:55
so we
10:56
do something called a population attribution
10:59
factor, which is what percentage
11:01
a certain risk factor will contribute
11:03
to cancer. So tobacco smoke is the biggest,
11:06
thirty five percent So tobacco
11:08
is responsible roughly for
11:10
thirty five percent of cancer
11:12
overall. But number
11:14
two was the diet at
11:16
around thirty percent. Right?
11:18
So really, like,
11:20
very, very close to
11:23
tobacco, dwarfing
11:26
almost
11:26
everything else. So
11:28
all the stuff like the pesticides and
11:30
the chemicals and stuff like one or two percent
11:32
radiation one or two percent The
11:34
cancer was caused in large
11:36
part due to one tobacco, which
11:38
we know about, and two, the
11:40
diet. The
11:41
question never really got that
11:44
like, people didn't get that. You know? Like, he
11:46
felt him that he didn't get that.
11:48
And and and and so
11:50
they were looking for what part of the
11:52
diet. That was what the tricky
11:54
part was. So
11:56
if it's diet, then what part
11:58
of the diet is causing
11:59
cancer? Brancy
12:00
looked at fiber. It wasn't
12:03
it wasn't the case. They looked at dietary fat.
12:05
It wasn't the case. They looked at vitamin
12:07
deficiencies. who's done so many
12:09
studies like you have vitamin
12:11
A, vitamin B, folic
12:13
acid, vitamin C, vitamin D,
12:15
vitamin E, you know,
12:17
omega three fatty acids,
12:19
selenium. We've tested all of those in
12:21
multi million dollars trials and
12:23
it wasn't deficiency of vitamins that
12:25
was causing cancer. And the
12:27
answer came somewhere around two
12:29
thousand what part of
12:31
the diet was the most important.
12:33
And we didn't know this really
12:35
until about two thousand and three.
12:37
And it turns out that it was obesity.
12:40
was the biggest, biggest
12:42
driver of cancer. And probably
12:44
more specifically is
12:46
that it was the hyperinsulinemia. That
12:48
is too much insulin, which
12:50
is very typical of obesity, is
12:53
probably what's
12:55
driving cancer in those
12:57
cases. The
12:58
reason I say we didn't know is because
13:00
so I went to medical school in the mid nineteen
13:02
nineties, and we never talked about this stuff.
13:05
But in two thousand and three, a very large
13:07
study came out, which showed
13:09
that obesity actually raises the
13:11
risk of all kinds of cancers. So now
13:13
the WHO classifies
13:16
thirteen different types of cancer as
13:18
obesity related, including
13:21
breast cancer and colorectal cancer,
13:23
which are after lung cancer, sort of
13:25
the most common cancers. So
13:27
really, really important causes. And
13:29
this is what's important is
13:31
now you know, what we're doing is we have to go
13:33
past again. So this paradigm,
13:35
which gets us to evolution, which
13:37
gets us to the seed and the soil, which
13:39
is this sort of evolutionary ecological,
13:42
ecology being the
13:44
study of how the
13:46
environment interacts with an individual.
13:49
how you can change that environment
13:51
in order to prevent cancer. And
13:53
that's sort of what's sort
13:55
of exciting about this is that now
13:57
hopefully we can start to understand and then
13:59
make some changes that
13:59
are going to minimize a risk
14:02
of developing these types of
14:04
cancers and hopefully
14:06
preventing them in the future. Howard Bauchner: Yeah,
14:08
and even question basic
14:10
premises, you know, I was on the Mayo Clinic
14:12
website in preparation of this interview,
14:15
you know, there's like a
14:17
myths and there's like a
14:19
myths and facts section on cancer
14:21
and diet. And like one of the questions inside
14:23
there was sugar, you know,
14:25
somebody saying, you know, does consuming
14:27
less sugar have any impact on
14:29
cancer? Right? And it was like, There's
14:32
no research. There's no evidence at
14:34
all that consuming less sugar
14:36
has anything to do with cancer. And
14:38
again, Mayo Clinic, well established
14:40
place they're doing the best they can based
14:42
on the research and the evidence that's out there right
14:44
now. And part of the thing that you're bringing in is
14:46
that highlighting especially with your
14:48
previous books that we're really talking
14:50
about insulin resistance
14:52
and what that relates
14:54
to diabetes, especially type two
14:56
diabetes is Well,
14:58
if we know that obesity through this
15:00
big study that you were talking about plays a
15:02
major factor, and then what is it
15:04
as part of that also contributes obesity
15:06
and how do cancer cells get their energy,
15:09
then, of course, we're gonna wanna pay
15:11
attention to the
15:13
level of sugar
15:15
as one example that we're
15:17
having inside of our diet because that's
15:19
gonna cause a whole chain
15:21
of effects that ultimately
15:24
supports the growth of cancer. Howard
15:26
Bauchner:
15:26
Yeah, exactly. And so one of
15:28
the - so Dr. Luke
15:30
Cantlie, who's a prominent researcher,
15:32
cancer researcher. You
15:35
know, he was one of the ones who
15:37
sort of uncovered the link
15:39
between sort of what sugar
15:41
does, which is, you know, it contributes
15:43
to this high insulin state
15:46
and insulin other than being
15:48
a metabolic hormone is actually a
15:50
very, very potent growth
15:52
factor. So it tells cells to
15:54
grow. And if you're going to tell cells
15:56
to grow, then you're going
15:58
to tip the scales in
15:59
towards, you know,
16:02
increasing growth of cancer cells
16:04
for example. So, you
16:06
know, here's a guy who's
16:08
sort of like one of the most prominent cancer
16:10
researchers and he's like, sugar
16:12
scares me. You know, that's what he says.
16:14
in one of his articles.
16:16
He's read this, like, okay. Wow.
16:18
That's all I need to know. Right? They're
16:20
totally and and also two on the basic
16:22
premise of, like, what is chemotherapy.
16:25
Right? Yeah. Could
16:27
you explain like that link on that? Like,
16:29
how do they get these
16:32
well intentioned poisons into
16:35
cancer cells. Can you
16:37
explain that to, like, our audience through, you
16:39
know, like exactly like what
16:41
goes into chemotherapy that takes
16:43
advantage of exactly that that we're talking about.
16:45
Yeah, exactly. So when you
16:47
look at the cancer cells, you can do
16:49
something called a pet test,
16:50
which is a positron emission test. And
16:52
it basically looks at
16:55
how avidly cells take
16:58
up glucose So
17:00
when you do these tests, things
17:02
that light up are eating a lot of glucose
17:04
and those are what are identified as
17:06
cancer. So they're taking in, you
17:08
know, like five or ten times the amount of glucose,
17:10
which is a type of sugar compared
17:12
to normal cells. So
17:15
it's like, okay, when you look
17:17
on these sophisticated sort
17:19
of scans. You can
17:20
see the cancer cells
17:21
basically devouring sugar
17:24
like there's no tomorrow.
17:27
And it's like, well, you know, if I
17:29
had cancer, I certainly wouldn't be trying to eat
17:31
too much of the stuff because you know that
17:33
the one place in the body that
17:35
that loves it Ten times more
17:37
than the next guy is the thing.
17:40
Right? And then you have certain
17:42
chemotherapies which take advantage of
17:44
this try and get in, know, buy because
17:48
they mimic the sugar and that's how
17:50
they do it on the positron emission
17:52
tomography testing, for
17:54
example, They may make the sugar so that the cancer takes it up and
17:56
then it lights it up. And then people are trying
17:58
to use that to sort of target the
18:00
cancers as well. But interesting,
18:04
you know, it's
18:06
it's an interesting story of how this sort
18:08
of this new paradigm explains
18:10
so much more about the
18:13
phenomenon of cancer and how, you
18:15
know, what implications it has for
18:17
screening and this sort of
18:19
evolution of And this is sort of the
18:21
promise of this cancer
18:23
paradigm three point zero is that if you now
18:25
understand that what is happening
18:27
now is that the cell is
18:29
evolving away from normal
18:31
cells evolving into a foreign
18:34
species. Because and and people
18:36
always say, oh, that's so weird. But
18:38
that's the way the body actually looks at
18:40
the cancer cells. So
18:42
when our immune system looks at a
18:44
cell, it has a way to tell
18:47
between and non self.
18:49
That is the
18:50
the immune system is a very
18:52
powerful weapon. You don't want to use it
18:54
on its own cells. That's like friendly fire.
18:56
Right? Oh, no. You wanna type group
18:59
behavior.
18:59
Exactly. And it's very, very bad if
19:01
that happens. So your body has
19:04
these ways to distinguish between your own
19:06
cells and everybody else. So,
19:08
bacteria viruses, it will try and
19:11
kill it. And it sees a
19:13
cancer, it will try and kill it.
19:15
That's just the way that's what happens. So it
19:17
has evolved this cell,
19:19
so so you take a lung cell. this
19:21
lung cell, which was originally your own
19:23
cell, has evolved into
19:25
basically a new species that is
19:27
foreign. That's
19:27
that's why it's inside your
19:30
own body. Exactly.
19:31
And that's
19:33
the reason that
19:33
instead of trying to the third
19:36
paradigm, which is like, okay, now we
19:38
have these these cells that were originally
19:40
part of us, but they've basically broken
19:42
away and they've become their own
19:44
sort of, you know,
19:47
invader Now you say,
19:49
well, instead of trying to just get
19:51
indiscriminate killing, which was paradigm one
19:53
or genetic targeting, which was
19:55
paradigm two, Now what we're gonna
19:57
do is enhance the immune
19:59
system to identify it. So
20:01
basically, you have these sleeper
20:03
cells like, you know, you have terrorists,
20:05
sleeper cells of terrorists in your city,
20:07
and now what you're trying to do
20:09
is uncover them so that you
20:11
can get your police and your SWAT teams
20:14
in there. to kill these sort of domestic
20:16
terrorists. That's what we're doing
20:18
with immunotherapy. So
20:20
these new drugs, these checkpoint
20:22
inhibitors, are basically
20:25
uncovering. So there are certain ways that
20:27
these cancer cells hide,
20:29
and they're basically trying
20:29
to uncover them.
20:32
Right?
20:32
And this is the new paradigm. What we're gonna
20:34
do is trying to uncover these sleeper
20:36
cells, these hidden sleeper cells so that
20:38
they can be identified targeted.
20:40
We can, you know, direct the immune
20:42
system. So something like those
20:44
new drugs are talking about
20:47
those checkpoint inhibitors, then you get
20:49
CAR T, where you're actually going
20:51
to take the cancer and
20:53
then engineer sort of a
20:55
SWAT team that is going to
20:57
identify and kill them, right? That's a new
20:59
therapy based on this immunotherapy, but
21:01
it's based more specifically
21:04
on this new paradigm of looking
21:06
at a cancer as a
21:08
new foreign species.
21:10
And
21:10
it's very, very interesting because
21:13
you know, it's it's the promise is
21:15
sort of immense.
21:17
Like, we're not there yet and I, you know, I
21:19
hope that there's a lot more to
21:21
come. but it's a totally new way
21:23
of targeting cancer
21:26
and treating it based on a whole
21:28
new paradigm. and that's what gives me hope
21:30
for the future that there's more
21:32
going to be able to be applied because you
21:34
can apply these lessons
21:36
of evolutionary biology and
21:38
say, well, you know, what can I do
21:40
to to change the environment for example?
21:42
Because that's evolution, that's biology,
21:45
so things like
21:47
losing
21:47
weight and, you know,
21:50
intermittent fasting, which is another way to
21:52
lose weight. You know, trying to
21:54
reverse your type two diabetes type two
21:56
diabetics, of course, get much higher rates of
21:58
cancer because it's also
21:59
hyperinsulinemia. So getting reversing the
22:02
type two diabetes, that's going
22:04
to likely reduce your risk. to
22:07
other things like chemo
22:09
preventative agents. So there's not a
22:11
lot. They've been studying stuff to
22:13
try and prevent cancer, but there's not a lot. So only
22:15
things that might work that farm in
22:17
gets a lot of research, which is
22:19
a diabetes drug, may be
22:21
useful, and then green tea,
22:24
probably a very small effect, but there's some
22:26
data from
22:27
Japan where they do drink a lot
22:29
of green tea, that some of the the compounds
22:31
in that are maybe
22:34
effective. So, hey, maybe that's a great,
22:36
you know, great thing to do, drinking green
22:38
tea is probably good anyway. And
22:40
really, the the the two
22:42
central themes that I got out of your book after
22:44
really going to that
22:46
history is One, the future is
22:48
hopeful in a way that is really
22:50
understanding more of that
22:52
central question coming back to how we start
22:55
off the guess, which is what the heck is
22:57
cancer. So we're better shaped
22:59
for what we're developing in terms of
23:01
treatments and drugs in the future because
23:03
we're where more we
23:05
have a we have the most robust
23:07
answer that's actually getting to the source and
23:09
the root of what is cancer. And the
23:11
second component is exactly
23:13
kind of what you were talking about, which is what are the things that
23:15
you can do today to both enhance,
23:18
you know, whether it's some
23:20
of the work of, like, Walter
23:23
Longo or other people that are out there that are showing
23:25
that fasting could
23:28
support, right? Targeted fasting,
23:30
especially before chemotherapy can
23:32
or and enhance the potency
23:35
of of these drugs if somebody actively
23:37
has cancer, cutting
23:39
off the source of the
23:41
supply of food, which
23:43
is significantly reducing
23:45
the amount of glucose so that we're
23:47
not in this place of hyperinsulinemia.
23:51
And if you don't have cancer right
23:53
now and this is something that you're
23:55
paying attention to in the
23:57
future, what would be your biggest recommendations?
23:59
You know, somebody who's healthy, who's listening
24:01
to this podcast right now, and they're like, wow.
24:03
This is all super fascinating. I've
24:05
never understood this before, but now I get it. It's almost
24:07
like you just gave us a master class
24:10
on cancer. What
24:12
are the one or two things
24:14
to do today besides
24:16
not smoking that will
24:19
help us be the most
24:22
resilient to potentially avoid this
24:24
disease in the future or greatly
24:26
minimize our risk. Yeah. And
24:28
and so you you get back to
24:30
those sort of attributable
24:32
risk, which is number one, backhoe
24:34
smoke. So of course, probably the single most important thing. And
24:37
still is, is to not
24:39
smoke. And then two is the diet.
24:41
So avoiding hyperinsulinemia which
24:44
is that sort of when I talk about more
24:46
in the obesity code and type
24:48
two diabetes code
24:50
is that insulin is this
24:53
hormone which tends to make us gain weight and
24:55
also causes insulin resistance
24:57
and too much insulin is a bad
24:59
is
24:59
a is a very cool growth factor, so
25:02
that's the so if
25:04
you're, you know, you want to
25:06
avoid things that are going to try,
25:08
that are going to raise insulin, which is eating
25:10
a very diet that
25:12
is very high in refined carbohydrates,
25:14
for example. Sugar is probably some
25:16
you should best take in small
25:20
amounts. And then this other idea is
25:22
that you really should be having
25:24
a regular period of
25:26
fasting every day that's
25:28
really sort of basic.
25:30
It's the word breakfast. It's
25:32
the meal that breaks your fast because
25:34
really you're supposed to be eating at,
25:36
say, dinner time, which is say, six o'clock and
25:38
eating at breakfast time, which is maybe eight
25:41
o'clock. So you're getting somewhere between twelve and
25:43
fourteen hours of fasting every
25:45
single day. that's what's supposed to
25:47
happen. That's what that buried in the
25:49
word breakfast, right, and break
25:51
fast. That is what's supposed to
25:53
happen every day. That's not what how happens
25:55
to most of us in
25:56
twenty twenty. Because
25:59
if you
25:59
look at sort of societal
26:02
norms and stuff instead of having three
26:04
meals and then no snacks, we sort
26:06
of braised throughout the day
26:08
believing that it's actually healthy for us I
26:10
don't think it is because every time
26:13
you are eating, you're
26:15
stimulating your insulin, which is
26:17
giving growth signals to the cells, including
26:19
the cancer cells, which love
26:22
insulin. You look at
26:24
a breast cancer cell, for example, has
26:26
like five or six times the number of
26:28
insulin receptors compared to a normal breast
26:30
cell. They love this stuff. They love insulin, they
26:32
love glucose. So therefore, you
26:34
want to know it. So eating
26:36
sort of whole pro unprocessed
26:38
foods is important. That's probably the
26:40
most important thing. not eating all the time is the
26:42
second, probably the second most important
26:45
thing. And, you know,
26:47
maintaining a normal weight as best as
26:49
you can I mean, that's not always the
26:51
easiest thing to do. But if you
26:53
are overweight and try to lose that weight,
26:55
if you are type two diabetic, try to reverse
26:57
that type two diabetes, And that's the you
27:00
know, the the tobacco and the
27:02
diet are so overwhelmingly
27:04
more important than everything else.
27:07
Like you could also, you know, look at the viruses,
27:09
for example, you can get the,
27:11
you know, try to avoid the
27:13
hepatitis B and hepatitis C,
27:16
which cause cancer and
27:18
human pap Loma virus, but those are
27:20
sort of givens. But the
27:22
diet and the tobacco are
27:23
sort of in a class
27:26
of their own. Everything else is like two percent
27:28
and they're at like thirty, thirty five
27:30
percent And and, you know, I I think I
27:32
just wanna say from somebody
27:33
from the outsider has been an observer of your work and and
27:36
consuming it and just super
27:38
appreciative. The the
27:40
cigarette is is
27:42
easy, you know, tough to break,
27:44
but actually there's really a lot of
27:46
really interesting stuff that's coming out of
27:48
Johns Hopkins and other places of using
27:51
psychedelics to help break cigarette
27:53
succession. You know, maybe those things will
27:55
incorporate and we'll figure out new ways to help people.
27:57
I think it's about fifteen percent of
27:59
adult population smokes here in the United States.
28:01
So it's gone down massively and cancer rates
28:03
have gone down for that. The diet,
28:05
sometimes people listening here, if they're not familiar
28:07
with your work, can think, okay, he's just talking about eating
28:09
healthy, but really you're talking about
28:11
getting out of this central
28:13
paradigm to use the word
28:15
where we're eating sugar
28:17
in all its other forms. So people who are listening
28:19
are like, I don't really have a lot of sugar in my
28:21
diet, you know, maybe a coffee, some birthday
28:24
cake here and there, one of my parties. But,
28:26
you know, how often are you eating
28:28
those meals of refined
28:31
starches that are
28:33
a regular part of our
28:35
daily life, the big bowls
28:37
of of rice or
28:39
ultra processed foods or
28:41
or breads or other things like that, that
28:43
fine. You know, have those things
28:45
every so often as, you know,
28:48
parts of your diet. But when they become the
28:50
norm, now you understand why
28:54
so much of America is in
28:56
that pre diabetic state
28:58
where they think they might be eating healthy
29:00
because they're just a little bit
29:02
overweight, but actually diet
29:04
is constantly spiking their blood
29:06
sugar, which leads to all these problems with
29:08
insulin that you're talking about. So you're not
29:10
just talking about eating healthy, let's be a little bit more mindful.
29:12
You're talking about really actually leaning
29:15
in and getting your blood sugar
29:17
under control. Yeah,
29:20
exactly. And and, you know, one of the
29:22
ways I mean, a lot of people talk
29:24
about diets and there's all these different
29:26
opinions on diets, but what people
29:28
hadn't focused on really
29:30
at all, I think, until
29:32
a few years ago was
29:35
this meal timing that
29:38
is, is eating all the
29:40
time really the same as
29:42
eating, you know, a few times? And think
29:44
the answer is no, because the point is that
29:46
you need to let your
29:49
body sort of digest, let your
29:51
insulin levels fall so that you don't
29:53
get all these problems with
29:55
the insulin resistance and so on
29:57
because insulin is not intrinsically bad,
29:59
but
29:59
it is a hormone
30:02
that goes up when you eat. So if you eat
30:05
constantly, is that a bad thing? And
30:07
that's not been talked about a lot, and that's
30:09
what really I've really focused on is
30:11
that I think it's actually
30:13
highly detrimental to be
30:15
eating constantly. It's just not the way that
30:17
you're supposed to be doing it, then -- Which was never
30:19
done it. -- which was a little bit of a trend of some
30:21
of the advice, especially in, like, the nineties and two
30:23
thousands, eat six meals a day. You
30:25
know, great. out the day and and
30:27
really, you know, we're backing
30:29
away from that largely through the
30:31
work that people like yourself are doing
30:33
and just educating, well,
30:35
Let's actually look. Is this actually helpful? Or could
30:37
it be harmful? And it's looking like it's
30:39
not supportive of our overall
30:42
health goals. inside the body. Yeah. I
30:44
mean, I think the whole idea was
30:46
sort of silly that you
30:48
should eat, eat,
30:50
eat, eat, to lose weight. And it's
30:52
like, well,
30:53
how's that gonna work exactly?
30:55
Right? If you're eating all the time, how
30:57
are you expecting to lose
31:00
weight? And you know, of course, that
31:02
if you eat a little bit and then
31:04
stop, that doesn't suppress your
31:06
appetite. It increases it. That's what an
31:08
appetizer is. It's a small
31:10
portion of food to
31:12
make you more hungry, not less
31:14
hungry, more hungry. Right? So if
31:16
you're gonna eat small portions of
31:18
food, gonna stimulate your
31:20
appetite, then you're gonna stop.
31:22
Right?
31:22
It's like it's like when you start
31:24
urinating, you just want to finish.
31:27
Right? When you start eating, you just wanna
31:29
finish. If you were
31:31
to to go pee and you
31:33
just stop start and stop and start. It's
31:35
like, why would you wanna do that?
31:37
Like, that's the dumbest thing ever.
31:39
Right? So it's like you're gonna make yourself
31:41
hungry by taking a little appetizing
31:43
portion of food, and then you're gonna
31:44
stop. Right? It's like,
31:46
oh, well, that's
31:48
not
31:48
really useful and then you're gonna do it again
31:50
and again and again six times a day.
31:52
Well, why would you wanna do that? That's
31:55
ridiculous because it's never been done
31:57
before. Because prior
31:59
to like nineteen
31:59
seventy seven, nobody did
32:02
that. So why would you even think that it's a good thing to do?
32:04
Like, why would you even come
32:06
up with that? And the answer is that
32:08
there was no real scientific evidence
32:10
said it actually helpful. And it was just sort of
32:12
made up. People just thought it might be
32:15
good and they just said it and that's it.
32:17
Sure. Well, you know, there's that old
32:19
saying that I
32:20
don't know who discovered water, but it probably
32:22
wasn't a fish. Sometimes we're
32:24
so in the cultural norms
32:26
of the way that things have been done.
32:29
that it actually takes a lot of courage, especially
32:31
for somebody in your position, to
32:33
step back and say, wait, does
32:35
any of this make sense? Let's
32:38
start with the basics and let's question
32:40
the premise and then go
32:42
from there. If not, we're in this
32:44
rat race where today still in
32:46
the US. Unfortunately, number one
32:49
reason for bankruptcy is medical
32:51
bills. Cancer rates are continuing
32:53
to go up. Quality of life is
32:55
not increasing. Out
32:57
of ninety percent of our
32:59
insurance dollars that we pay in,
33:01
young people, old people, everybody, out
33:04
of all the insurance
33:06
dollars that we pay in, ninety percent of it is
33:08
used in the last six to eight months of somebody's
33:10
life to try to keep them alive through
33:13
these expensive treatments. Lot of them
33:15
well intentioned. Lot of them well intentioned
33:17
that are there. Some may be coming from
33:19
business perspectives, but it's not
33:21
a winning race we have
33:23
to stay step back, and we have to question the
33:25
basic idea. And that's exactly doctor
33:27
Fung, what you do inside this book.
33:29
And I wanna thank you for really
33:32
putting together some strong material. I
33:34
hope progressive medical
33:36
schools out there start to make it required
33:39
reading because, you know, as we all know in this
33:41
podcast is that It can take seventeen,
33:43
twenty years for what's the
33:45
latest literature to end up becoming part
33:47
of the practice that's
33:50
out there. So kudos to you for writing an
33:52
incredible book.
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