Can we eat to starve cancer? - William Li
[Music]
[Music]
[Applause]
good
good
good
afternoon<00:00:19.439> there's<00:00:19.600> a<00:00:19.720> medical<00:00:20.080> Revolution
afternoon there's a medical Revolution
afternoon there's a medical Revolution
happening<00:00:21.000> all<00:00:21.160> around<00:00:21.480> us<00:00:22.160> and<00:00:22.279> it's<00:00:22.439> one
happening all around us and it's one
happening all around us and it's one
that's<00:00:22.760> going<00:00:22.840> to<00:00:22.960> help<00:00:23.160> us<00:00:23.359> conquer<00:00:23.800> some<00:00:24.000> of
that's going to help us conquer some of
that's going to help us conquer some of
society's<00:00:24.760> most<00:00:24.960> dreaded<00:00:25.519> conditions
society's most dreaded conditions
society's most dreaded conditions
including<00:00:27.439> cancer<00:00:28.439> and<00:00:28.560> the<00:00:28.720> revolution<00:00:29.439> is
including cancer and the revolution is
including cancer and the revolution is
called
called
called
angiogenesis<00:00:32.040> and<00:00:32.360> it's<00:00:32.599> based<00:00:32.880> on<00:00:33.040> the
angiogenesis and it's based on the
angiogenesis and it's based on the
process<00:00:33.559> that<00:00:33.680> our<00:00:33.840> bodies<00:00:34.200> use<00:00:34.480> to<00:00:34.760> grow
process that our bodies use to grow
process that our bodies use to grow
blood<00:00:35.480> vessels<00:00:36.480> so<00:00:36.640> why<00:00:36.760> should<00:00:36.920> we<00:00:37.040> care
blood vessels so why should we care
blood vessels so why should we care
about<00:00:37.399> blood<00:00:37.600> vessels<00:00:38.559> well<00:00:38.719> the<00:00:38.840> human<00:00:39.200> body
about blood vessels well the human body
about blood vessels well the human body
is<00:00:39.760> literally<00:00:40.280> packed<00:00:40.600> with<00:00:40.719> them<00:00:41.520> 60,000
is literally packed with them 60,000
is literally packed with them 60,000
miles<00:00:42.840> worth<00:00:43.120> in<00:00:43.239> a<00:00:43.399> typical<00:00:43.840> adult<00:00:44.840> end<00:00:45.079> to
miles worth in a typical adult end to
miles worth in a typical adult end to
end<00:00:45.640> that<00:00:45.719> would<00:00:45.960> form<00:00:46.120> a<00:00:46.239> line<00:00:46.440> that<00:00:46.559> would
end that would form a line that would
end that would form a line that would
circle<00:00:47.160> the<00:00:47.280> Earth
circle the Earth
circle the Earth
twice<00:00:49.320> the<00:00:49.480> smallest<00:00:49.840> blood<00:00:50.079> vessels<00:00:50.360> are
twice the smallest blood vessels are
twice the smallest blood vessels are
called<00:00:51.000> capillaries<00:00:52.000> we've<00:00:52.239> got<00:00:52.520> 19<00:00:53.239> billion
called capillaries we've got 19 billion
called capillaries we've got 19 billion
of<00:00:53.719> them<00:00:54.239> in<00:00:54.359> our<00:00:54.640> bodies<00:00:55.640> and<00:00:55.920> these<00:00:56.559> are<00:00:56.719> the
of them in our bodies and these are the
of them in our bodies and these are the
vessels<00:00:57.199> of<00:00:57.440> life<00:00:58.359> and<00:00:58.559> as<00:00:58.680> I'll<00:00:58.840> show<00:00:59.079> you
vessels of life and as I'll show you
vessels of life and as I'll show you
they<00:00:59.399> can<00:00:59.559> also<00:01:00.079> be<00:01:00.239> the<00:01:00.399> vessels<00:01:00.920> of
they can also be the vessels of
they can also be the vessels of
death<00:01:03.359> now<00:01:03.680> the<00:01:03.800> remarkable<00:01:04.280> thing<00:01:04.439> about
death now the remarkable thing about
death now the remarkable thing about
blood<00:01:04.879> vessels<00:01:05.519> is<00:01:05.680> that<00:01:05.840> they<00:01:06.000> have<00:01:06.200> this
blood vessels is that they have this
blood vessels is that they have this
ability<00:01:07.200> to<00:01:07.360> adapt<00:01:07.640> to<00:01:07.759> whatever<00:01:08.080> environment
ability to adapt to whatever environment
ability to adapt to whatever environment
they're<00:01:08.640> growing<00:01:08.880> in<00:01:09.080> for<00:01:09.240> example<00:01:10.000> in<00:01:10.080> the
they're growing in for example in the
they're growing in for example in the
liver<00:01:10.520> they<00:01:10.640> form<00:01:10.920> channels<00:01:11.320> to<00:01:11.479> detoxify<00:01:12.119> the
liver they form channels to detoxify the
liver they form channels to detoxify the
blood<00:01:13.080> in<00:01:13.159> the<00:01:13.320> lung<00:01:14.080> they<00:01:14.200> line<00:01:14.439> air<00:01:14.720> sacks
blood in the lung they line air sacks
blood in the lung they line air sacks
for<00:01:15.240> gas<00:01:15.479> exchange<00:01:16.040> in<00:01:16.159> muscle<00:01:16.880> they<00:01:17.000> cork
for gas exchange in muscle they cork
for gas exchange in muscle they cork
screw<00:01:17.680> so<00:01:17.799> that<00:01:17.920> muscles<00:01:18.280> can<00:01:18.479> contract
screw so that muscles can contract
screw so that muscles can contract
without<00:01:19.360> cutting<00:01:19.640> off<00:01:20.040> circulation<00:01:21.040> and<00:01:21.159> in
without cutting off circulation and in
without cutting off circulation and in
nerves<00:01:21.920> they<00:01:22.079> course<00:01:22.439> along<00:01:22.759> like<00:01:22.960> power
nerves they course along like power
nerves they course along like power
lines<00:01:23.520> keeping<00:01:23.799> those<00:01:24.000> nerves<00:01:24.680> alive<00:01:25.680> and<00:01:25.759> we
lines keeping those nerves alive and we
lines keeping those nerves alive and we
get<00:01:26.159> most<00:01:26.320> of<00:01:26.479> these<00:01:26.640> blood<00:01:26.920> vessels<00:01:27.680> when
get most of these blood vessels when
get most of these blood vessels when
we're<00:01:28.079> actually<00:01:28.320> still<00:01:28.640> in<00:01:28.759> the<00:01:28.920> womb<00:01:29.920> and
we're actually still in the womb and
we're actually still in the womb and
what<00:01:30.240> that<00:01:30.360> means<00:01:30.759> is<00:01:31.000> that<00:01:31.479> as<00:01:31.680> adults<00:01:32.079> blood
what that means is that as adults blood
what that means is that as adults blood
vessels<00:01:32.680> don't<00:01:32.960> normally<00:01:33.560> grow<00:01:34.560> except<00:01:34.840> in<00:01:34.960> a
vessels don't normally grow except in a
vessels don't normally grow except in a
few<00:01:35.640> special
few special
few special
circumstances<00:01:38.000> in<00:01:38.159> women<00:01:38.880> blood<00:01:39.119> vessels
circumstances in women blood vessels
circumstances in women blood vessels
grow<00:01:39.680> every<00:01:39.840> month<00:01:40.040> to<00:01:40.159> build<00:01:40.360> the<00:01:40.479> lining<00:01:40.720> of
grow every month to build the lining of
grow every month to build the lining of
the<00:01:40.920> uterus<00:01:41.920> during<00:01:42.280> pregnancy<00:01:43.000> they<00:01:43.119> form
the uterus during pregnancy they form
the uterus during pregnancy they form
the<00:01:43.560> placenta<00:01:44.520> which<00:01:44.719> connects<00:01:45.360> mom<00:01:45.799> and<00:01:46.200> baby
the placenta which connects mom and baby
the placenta which connects mom and baby
and<00:01:47.360> after<00:01:47.719> injury<00:01:48.719> blood<00:01:48.960> vessels<00:01:49.560> actually
and after injury blood vessels actually
and after injury blood vessels actually
have<00:01:49.920> to<00:01:50.040> grow<00:01:50.240> under<00:01:50.479> the<00:01:50.680> scab<00:01:51.479> in<00:01:51.600> order<00:01:51.799> to
have to grow under the scab in order to
have to grow under the scab in order to
heal<00:01:52.119> a<00:01:52.240> wound<00:01:53.119> and<00:01:53.240> this<00:01:53.360> is<00:01:53.520> actually<00:01:53.719> what
heal a wound and this is actually what
heal a wound and this is actually what
it<00:01:54.000> looks<00:01:54.320> like<00:01:54.920> hundreds<00:01:55.280> of<00:01:55.399> blood<00:01:55.640> vessels
it looks like hundreds of blood vessels
it looks like hundreds of blood vessels
all<00:01:56.360> growing<00:01:56.680> towards<00:01:56.960> the<00:01:57.079> center<00:01:57.320> of<00:01:57.399> the
all growing towards the center of the
all growing towards the center of the
wound<00:01:59.240> so<00:01:59.439> the<00:01:59.560> body<00:02:00.000> has<00:02:00.119> the<00:02:00.240> ability<00:02:00.880> to
wound so the body has the ability to
wound so the body has the ability to
regulate<00:02:02.039> the<00:02:02.119> amount<00:02:02.320> of<00:02:02.439> blood<00:02:02.640> vessels
regulate the amount of blood vessels
regulate the amount of blood vessels
that<00:02:03.039> are<00:02:03.200> present<00:02:03.479> at<00:02:03.680> any<00:02:03.920> given<00:02:04.240> time<00:02:05.159> and
that are present at any given time and
that are present at any given time and
it<00:02:05.439> does<00:02:05.759> this<00:02:06.119> through<00:02:06.439> an<00:02:06.640> elaborate<00:02:07.119> and
it does this through an elaborate and
it does this through an elaborate and
elegant<00:02:07.680> system<00:02:08.080> of<00:02:08.200> checks<00:02:08.479> and<00:02:08.679> balances
elegant system of checks and balances
elegant system of checks and balances
stimulators<00:02:10.239> and<00:02:10.440> Inhibitors<00:02:10.920> of
stimulators and Inhibitors of
stimulators and Inhibitors of
angiogenesis<00:02:12.560> such<00:02:12.800> that<00:02:12.920> when<00:02:13.040> we<00:02:13.120> need<00:02:13.280> a
angiogenesis such that when we need a
angiogenesis such that when we need a
brief<00:02:13.720> burst<00:02:14.040> of<00:02:14.200> blood<00:02:14.400> vessels<00:02:14.800> the<00:02:14.959> body
brief burst of blood vessels the body
brief burst of blood vessels the body
can<00:02:15.360> do<00:02:15.599> this<00:02:16.239> by<00:02:16.400> releasing<00:02:17.160> stimulators
can do this by releasing stimulators
can do this by releasing stimulators
proteins<00:02:18.640> called<00:02:18.879> androgenic<00:02:19.519> factors<00:02:20.360> that
proteins called androgenic factors that
proteins called androgenic factors that
act<00:02:20.720> as<00:02:20.879> natural<00:02:21.200> fertilizer<00:02:21.720> and<00:02:21.920> stimulate
act as natural fertilizer and stimulate
act as natural fertilizer and stimulate
New<00:02:22.480> Blood<00:02:22.720> vels<00:02:23.040> to<00:02:23.519> sprout<00:02:24.519> and<00:02:24.640> when<00:02:24.800> those
New Blood vels to sprout and when those
New Blood vels to sprout and when those
excess<00:02:25.319> vessels<00:02:25.599> are<00:02:25.760> no<00:02:25.879> longer<00:02:26.160> needed<00:02:26.760> the
excess vessels are no longer needed the
excess vessels are no longer needed the
body<00:02:27.239> prunes<00:02:27.680> them<00:02:28.000> back<00:02:28.440> to<00:02:28.680> Baseline<00:02:29.360> using
body prunes them back to Baseline using
body prunes them back to Baseline using
naturally<00:02:30.319> occurring<00:02:30.920> Inhibitors<00:02:31.519> of
naturally occurring Inhibitors of
naturally occurring Inhibitors of
angiogenesis<00:02:33.160> now<00:02:33.280> there<00:02:33.360> are<00:02:33.519> other
angiogenesis now there are other
angiogenesis now there are other
situations<00:02:34.239> where<00:02:34.360> we<00:02:34.480> start<00:02:34.720> beneath<00:02:35.000> the
situations where we start beneath the
situations where we start beneath the
Baseline<00:02:35.560> and<00:02:35.640> we<00:02:35.760> need<00:02:35.840> to<00:02:35.959> grow<00:02:36.200> more<00:02:36.400> blood
Baseline and we need to grow more blood
Baseline and we need to grow more blood
vessels<00:02:37.239> just<00:02:37.360> to<00:02:37.519> get<00:02:37.680> back<00:02:37.800> to<00:02:37.959> normal
vessels just to get back to normal
vessels just to get back to normal
levels<00:02:38.680> for<00:02:38.879> example<00:02:39.200> after<00:02:39.400> an<00:02:39.519> injury<00:02:40.400> and<00:02:40.519> a
levels for example after an injury and a
levels for example after an injury and a
body<00:02:40.879> can<00:02:41.040> do<00:02:41.239> that<00:02:41.480> too<00:02:42.480> but<00:02:42.720> only<00:02:43.000> to<00:02:43.319> that
body can do that too but only to that
body can do that too but only to that
normal<00:02:44.040> level<00:02:44.360> that<00:02:44.560> set<00:02:45.280> point<00:02:46.280> but<00:02:46.440> what<00:02:46.560> we
normal level that set point but what we
normal level that set point but what we
now<00:02:46.959> know<00:02:47.599> is<00:02:47.720> that<00:02:47.840> for<00:02:48.000> a<00:02:48.080> number<00:02:48.280> of
now know is that for a number of
now know is that for a number of
diseases<00:02:49.120> there<00:02:49.239> are<00:02:49.599> defects<00:02:50.280> in<00:02:50.440> the<00:02:50.640> system
diseases there are defects in the system
diseases there are defects in the system
where<00:02:51.680> the<00:02:51.840> body<00:02:52.159> can't<00:02:52.360> prune<00:02:52.720> back<00:02:53.000> extra
where the body can't prune back extra
where the body can't prune back extra
blood<00:02:53.560> vessels<00:02:54.000> or<00:02:54.200> can't<00:02:54.440> grow<00:02:54.720> enough<00:02:55.000> new
blood vessels or can't grow enough new
blood vessels or can't grow enough new
ones<00:02:55.519> in<00:02:55.640> the<00:02:55.840> right<00:02:56.120> place<00:02:56.319> at<00:02:56.480> the<00:02:56.640> right
ones in the right place at the right
ones in the right place at the right
time<00:02:57.959> and<00:02:58.120> in<00:02:58.319> these<00:02:58.560> situations<00:02:59.560> Ang
time and in these situations Ang
time and in these situations Ang
androgenesis<00:03:00.599> is<00:03:00.920> out<00:03:01.080> of<00:03:01.319> balance<00:03:02.319> and<00:03:02.440> when
androgenesis is out of balance and when
androgenesis is out of balance and when
androgenesis<00:03:03.280> is<00:03:03.400> out<00:03:03.519> of<00:03:03.680> balance<00:03:04.080> a<00:03:04.280> myriad
androgenesis is out of balance a myriad
androgenesis is out of balance a myriad
of<00:03:04.879> diseases<00:03:05.440> result<00:03:06.440> for<00:03:06.640> example
of diseases result for example
of diseases result for example
insufficient<00:03:07.920> androgenesis<00:03:08.680> not<00:03:08.840> enough
insufficient androgenesis not enough
insufficient androgenesis not enough
blood<00:03:09.280> vessels<00:03:10.080> leads<00:03:10.360> to<00:03:10.640> wounds<00:03:10.959> that<00:03:11.120> don't
blood vessels leads to wounds that don't
blood vessels leads to wounds that don't
heal<00:03:12.040> heart<00:03:12.280> attacks<00:03:13.040> legs<00:03:13.319> without
heal heart attacks legs without
heal heart attacks legs without
circulation<00:03:14.599> death<00:03:14.840> from<00:03:15.040> stroke<00:03:15.799> nerve
circulation death from stroke nerve
circulation death from stroke nerve
damage<00:03:17.519> and<00:03:17.640> on<00:03:17.760> the<00:03:17.879> other<00:03:18.080> hand<00:03:18.560> excessive
damage and on the other hand excessive
damage and on the other hand excessive
androgenesis<00:03:19.760> too<00:03:19.959> many<00:03:20.200> blood<00:03:20.480> vessels
androgenesis too many blood vessels
androgenesis too many blood vessels
drives<00:03:21.720> disease<00:03:22.080> and<00:03:22.239> we<00:03:22.360> see<00:03:22.599> this<00:03:22.760> in<00:03:23.280> cancer
drives disease and we see this in cancer
drives disease and we see this in cancer
blindness<00:03:24.560> arthritis<00:03:25.360> obesity<00:03:26.360> Alzheimer's
blindness arthritis obesity Alzheimer's
blindness arthritis obesity Alzheimer's
disease<00:03:28.439> in<00:03:28.640> total<00:03:29.120> there<00:03:29.200> are<00:03:29.360> more<00:03:29.519> than<00:03:29.840> 70
disease in total there are more than 70
disease in total there are more than 70
major<00:03:30.599> diseases<00:03:31.560> affecting<00:03:31.920> more<00:03:32.080> than<00:03:32.200> a
major diseases affecting more than a
major diseases affecting more than a
billion<00:03:32.680> people<00:03:32.959> worldwide<00:03:33.959> that<00:03:34.120> all<00:03:34.280> look
billion people worldwide that all look
billion people worldwide that all look
on<00:03:34.560> the<00:03:34.640> surface<00:03:34.959> to<00:03:35.080> be<00:03:35.239> different<00:03:35.519> from<00:03:35.680> one
on the surface to be different from one
on the surface to be different from one
another<00:03:36.439> but<00:03:36.599> all<00:03:36.959> actually<00:03:37.239> share<00:03:38.120> abnormal
another but all actually share abnormal
another but all actually share abnormal
androgenesis<00:03:39.680> as<00:03:39.879> their<00:03:40.360> common
androgenesis as their common
androgenesis as their common
denominator<00:03:42.439> and<00:03:42.599> this<00:03:42.799> realization<00:03:43.400> is
denominator and this realization is
denominator and this realization is
allowing<00:03:43.879> us<00:03:44.040> to<00:03:44.439> reconceptualize<00:03:45.439> the<00:03:45.560> way
allowing us to reconceptualize the way
allowing us to reconceptualize the way
that<00:03:45.840> we<00:03:46.000> actually<00:03:46.239> approach<00:03:46.640> these<00:03:46.920> diseases
that we actually approach these diseases
that we actually approach these diseases
by<00:03:48.120> controlling
by controlling
by controlling
androgenesis<00:03:50.799> now<00:03:50.959> I'm<00:03:51.080> going<00:03:51.159> to<00:03:51.319> focus<00:03:51.560> on
androgenesis now I'm going to focus on
androgenesis now I'm going to focus on
cancer<00:03:52.840> because<00:03:53.280> androgenesis<00:03:54.159> is<00:03:54.319> a
cancer because androgenesis is a
cancer because androgenesis is a
Hallmark<00:03:55.040> of<00:03:55.360> cancer<00:03:56.360> every<00:03:56.760> type<00:03:56.920> of<00:03:57.280> cancer
Hallmark of cancer every type of cancer
Hallmark of cancer every type of cancer
so<00:03:58.439> here<00:03:58.560> we<00:03:58.760> go<00:04:00.000> this<00:04:00.120> is<00:04:00.200> a<00:04:00.360> tumor<00:04:00.959> dark<00:04:01.280> gray
so here we go this is a tumor dark gray
so here we go this is a tumor dark gray
ominous<00:04:02.000> Mass<00:04:02.280> growing<00:04:02.560> inside<00:04:02.760> a<00:04:02.920> brain<00:04:03.760> and
ominous Mass growing inside a brain and
ominous Mass growing inside a brain and
under<00:04:04.120> the<00:04:04.280> microscope<00:04:04.760> you<00:04:04.840> can<00:04:04.959> see
under the microscope you can see
under the microscope you can see
hundreds<00:04:05.799> of<00:04:06.040> these<00:04:06.519> brown<00:04:06.840> staining<00:04:07.200> blood
hundreds of these brown staining blood
hundreds of these brown staining blood
vessels<00:04:07.920> capillaries<00:04:08.360> that<00:04:08.439> are<00:04:08.599> feeding
vessels capillaries that are feeding
vessels capillaries that are feeding
cancer<00:04:09.319> cells<00:04:10.079> bringing<00:04:10.560> oxygen<00:04:11.280> and
cancer cells bringing oxygen and
cancer cells bringing oxygen and
nutrients<00:04:13.319> but<00:04:13.519> cancers<00:04:13.920> don't<00:04:14.079> start<00:04:14.360> out
nutrients but cancers don't start out
nutrients but cancers don't start out
like<00:04:14.799> this<00:04:15.400> and<00:04:15.519> in<00:04:15.680> fact<00:04:15.920> cancers<00:04:16.359> don't
like this and in fact cancers don't
like this and in fact cancers don't
start<00:04:16.840> out<00:04:17.000> with<00:04:17.120> a<00:04:17.239> blood<00:04:17.680> supply<00:04:18.680> they<00:04:18.840> start
start out with a blood supply they start
start out with a blood supply they start
out<00:04:19.320> as<00:04:19.639> small<00:04:20.320> microscopic<00:04:21.120> nests<00:04:21.440> of<00:04:21.600> cells
out as small microscopic nests of cells
out as small microscopic nests of cells
that<00:04:22.400> can<00:04:22.600> only<00:04:22.919> grow<00:04:23.199> to<00:04:23.600> one<00:04:24.000> half<00:04:24.240> a<00:04:24.440> cubic
that can only grow to one half a cubic
that can only grow to one half a cubic
millimeter<00:04:25.680> in<00:04:26.040> size<00:04:26.600> that's<00:04:26.759> the<00:04:26.919> tip<00:04:27.080> of<00:04:27.199> a
millimeter in size that's the tip of a
millimeter in size that's the tip of a
ballpoint<00:04:27.919> pen<00:04:28.919> then<00:04:29.039> they<00:04:29.160> can't<00:04:29.320> get<00:04:29.440> any
ballpoint pen then they can't get any
ballpoint pen then they can't get any
larger<00:04:30.320> because<00:04:30.520> they<00:04:30.600> don't<00:04:30.720> have<00:04:30.800> a<00:04:30.919> blood
larger because they don't have a blood
larger because they don't have a blood
supply<00:04:31.440> so<00:04:31.600> they<00:04:31.680> don't<00:04:31.840> have<00:04:32.000> enough<00:04:32.280> oxygen
supply so they don't have enough oxygen
supply so they don't have enough oxygen
or
or
or
nutrients<00:04:34.400> and<00:04:34.560> in<00:04:34.720> fact<00:04:34.880> we're<00:04:35.160> probably
nutrients and in fact we're probably
nutrients and in fact we're probably
forming<00:04:36.120> these<00:04:36.520> microscopic<00:04:37.199> cancers<00:04:37.720> all
forming these microscopic cancers all
forming these microscopic cancers all
the<00:04:38.080> time<00:04:38.280> in<00:04:38.400> our<00:04:38.800> body<00:04:39.800> autopsy<00:04:40.440> studies<00:04:41.280> uh
the time in our body autopsy studies uh
the time in our body autopsy studies uh
from<00:04:41.720> people<00:04:42.039> who<00:04:42.240> died<00:04:42.440> in<00:04:42.600> car<00:04:42.960> accidents
from people who died in car accidents
from people who died in car accidents
have<00:04:43.520> shown<00:04:43.880> that<00:04:44.400> about<00:04:44.680> 40%<00:04:45.320> of<00:04:45.479> women
have shown that about 40% of women
have shown that about 40% of women
between<00:04:46.280> the<00:04:46.400> ages<00:04:46.639> of<00:04:46.800> 40<00:04:47.080> and<00:04:47.440> 50<00:04:48.440> actually
between the ages of 40 and 50 actually
between the ages of 40 and 50 actually
have<00:04:49.199> microscopic<00:04:50.000> cancers<00:04:50.479> in<00:04:50.600> their
have microscopic cancers in their
have microscopic cancers in their
breasts<00:04:52.280> about<00:04:52.520> 50%<00:04:53.000> of<00:04:53.120> men<00:04:53.280> in<00:04:53.400> their<00:04:53.520> 50s
breasts about 50% of men in their 50s
breasts about 50% of men in their 50s
and<00:04:54.000> 60s<00:04:54.520> have<00:04:54.759> microscopic<00:04:55.560> prostate
and 60s have microscopic prostate
and 60s have microscopic prostate
Cancers<00:04:57.120> and<00:04:57.360> all<00:04:57.560> virtually<00:04:58.120> 100%<00:04:58.600> of<00:04:58.720> us<00:04:59.000> by
Cancers and all virtually 100% of us by
Cancers and all virtually 100% of us by
the<00:04:59.199> time<00:04:59.320> we<00:04:59.479> reach<00:04:59.800> our<00:04:59.960> 70s<00:05:00.639> will<00:05:00.840> have
the time we reach our 70s will have
the time we reach our 70s will have
microscopic<00:05:01.720> cancers<00:05:02.120> growing<00:05:02.440> in<00:05:02.560> our
microscopic cancers growing in our
microscopic cancers growing in our
thyroid<00:05:04.320> yet<00:05:04.520> without<00:05:04.720> a<00:05:04.880> blood<00:05:05.120> supply<00:05:06.039> most
thyroid yet without a blood supply most
thyroid yet without a blood supply most
of<00:05:06.720> these<00:05:06.919> cancers<00:05:07.360> will<00:05:07.680> never<00:05:08.039> become
of these cancers will never become
of these cancers will never become
dangerous<00:05:10.479> Dr<00:05:10.720> Judah<00:05:11.039> folman<00:05:11.440> who<00:05:11.560> was<00:05:11.759> my
dangerous Dr Judah folman who was my
dangerous Dr Judah folman who was my
mentor<00:05:12.639> and<00:05:12.800> who<00:05:12.919> is<00:05:13.039> the<00:05:13.160> Pioneer<00:05:13.479> of<00:05:13.560> the
mentor and who is the Pioneer of the
mentor and who is the Pioneer of the
androgenesis<00:05:14.280> field<00:05:15.080> once<00:05:15.320> called<00:05:15.720> this
androgenesis field once called this
androgenesis field once called this
cancer<00:05:17.240> without
cancer without
cancer without
disease<00:05:19.560> so<00:05:19.720> the<00:05:19.880> body's<00:05:20.280> ability<00:05:20.600> to<00:05:20.840> balance
disease so the body's ability to balance
disease so the body's ability to balance
angiogenesis<00:05:22.360> when<00:05:22.479> it's<00:05:22.720> working<00:05:23.160> properly
angiogenesis when it's working properly
angiogenesis when it's working properly
prevents<00:05:24.400> blood<00:05:24.600> vessels<00:05:24.919> from<00:05:25.039> feeding
prevents blood vessels from feeding
prevents blood vessels from feeding
Cancers<00:05:26.280> and<00:05:26.600> this<00:05:27.120> turns<00:05:27.400> out<00:05:27.560> to<00:05:27.680> be<00:05:27.800> one<00:05:27.919> of
Cancers and this turns out to be one of
Cancers and this turns out to be one of
our<00:05:28.360> most<00:05:28.720> important<00:05:29.199> defens<00:05:29.840> mechanisms
our most important defens mechanisms
our most important defens mechanisms
against
against
against
cancer<00:05:33.199> in<00:05:33.360> fact<00:05:33.560> if<00:05:33.639> you<00:05:33.840> actually<00:05:34.080> block
cancer in fact if you actually block
cancer in fact if you actually block
androgenesis<00:05:35.120> and<00:05:35.240> prevent<00:05:35.520> blood<00:05:35.720> vessels
androgenesis and prevent blood vessels
androgenesis and prevent blood vessels
from<00:05:36.160> ever<00:05:36.360> reaching<00:05:36.720> cancer<00:05:37.039> cells<00:05:37.720> tumors
from ever reaching cancer cells tumors
from ever reaching cancer cells tumors
simply<00:05:38.520> can't<00:05:38.759> grow<00:05:39.000> up<00:05:39.680> but<00:05:39.840> once
simply can't grow up but once
simply can't grow up but once
angiogenesis<00:05:40.880> occurs<00:05:41.400> cancers<00:05:41.800> can<00:05:42.000> grow
angiogenesis occurs cancers can grow
angiogenesis occurs cancers can grow
exponentially<00:05:44.360> and<00:05:44.520> this<00:05:44.639> is<00:05:44.840> actually<00:05:45.199> how<00:05:45.520> a
exponentially and this is actually how a
exponentially and this is actually how a
cancer<00:05:46.720> goes<00:05:47.000> from<00:05:47.240> being<00:05:47.840> harmless<00:05:48.560> to
cancer goes from being harmless to
cancer goes from being harmless to
deadly<00:05:50.600> cancer<00:05:50.840> cells<00:05:51.199> mutate<00:05:51.880> and<00:05:52.000> they<00:05:52.120> gain
deadly cancer cells mutate and they gain
deadly cancer cells mutate and they gain
the<00:05:52.520> ability<00:05:52.840> to<00:05:52.960> release<00:05:53.319> lots<00:05:53.560> of<00:05:53.800> those
the ability to release lots of those
the ability to release lots of those
angiogenic<00:05:54.639> factors<00:05:55.080> natural<00:05:55.400> fertilizer
angiogenic factors natural fertilizer
angiogenic factors natural fertilizer
that<00:05:56.560> tip<00:05:56.840> the<00:05:56.960> balance<00:05:57.240> in<00:05:57.360> favor<00:05:57.600> of<00:05:57.720> blood
that tip the balance in favor of blood
that tip the balance in favor of blood
vessels<00:05:58.280> invading<00:05:58.680> the<00:05:58.840> cancer<00:05:59.680> and<00:05:59.840> once
vessels invading the cancer and once
vessels invading the cancer and once
those<00:06:00.199> vessels<00:06:00.560> invade<00:06:00.880> the<00:06:01.039> cancer<00:06:01.800> it<00:06:01.919> can
those vessels invade the cancer it can
those vessels invade the cancer it can
expand<00:06:03.160> it<00:06:03.280> can<00:06:03.479> invade<00:06:03.840> local<00:06:04.160> tissues<00:06:04.800> and
expand it can invade local tissues and
expand it can invade local tissues and
the<00:06:05.160> same<00:06:05.400> vessels<00:06:05.720> that<00:06:05.840> are<00:06:05.960> feeding<00:06:06.360> tumors
the same vessels that are feeding tumors
the same vessels that are feeding tumors
allow<00:06:07.680> cancer<00:06:08.000> cells<00:06:08.319> to<00:06:08.560> exit<00:06:08.919> into<00:06:09.160> the
allow cancer cells to exit into the
allow cancer cells to exit into the
circulation<00:06:10.360> as
circulation as
circulation as
metastases<00:06:12.360> and<00:06:12.599> unfortunately<00:06:13.599> this<00:06:14.080> late
metastases and unfortunately this late
metastases and unfortunately this late
stage<00:06:14.759> of<00:06:14.960> cancer<00:06:15.400> is<00:06:15.599> the<00:06:15.759> one<00:06:16.360> at<00:06:16.479> which<00:06:16.639> it's
stage of cancer is the one at which it's
stage of cancer is the one at which it's
most<00:06:17.160> likely<00:06:17.479> to<00:06:17.639> be<00:06:18.039> diagnosed<00:06:19.039> when
most likely to be diagnosed when
most likely to be diagnosed when
androgenesis<00:06:19.840> is<00:06:19.960> already<00:06:20.160> turned<00:06:20.440> on<00:06:21.160> and
androgenesis is already turned on and
androgenesis is already turned on and
cancer<00:06:21.720> cells<00:06:22.160> are<00:06:22.319> growing<00:06:22.680> like
cancer cells are growing like
cancer cells are growing like
wild<00:06:24.759> so<00:06:25.759> if<00:06:26.039> androgenesis<00:06:27.039> is<00:06:27.520> a<00:06:27.680> Tipping
wild so if androgenesis is a Tipping
wild so if androgenesis is a Tipping
Point<00:06:28.720> between<00:06:29.000> a<00:06:29.160> harmless<00:06:29.759> Cancer<00:06:30.319> and<00:06:30.440> a
Point between a harmless Cancer and a
Point between a harmless Cancer and a
harmful<00:06:31.039> one<00:06:31.960> then<00:06:32.160> one<00:06:32.400> major<00:06:32.720> part<00:06:32.880> of<00:06:33.000> the
harmful one then one major part of the
harmful one then one major part of the
angiogenesis<00:06:34.240> revolution<00:06:35.240> is<00:06:35.400> a<00:06:35.560> new
angiogenesis revolution is a new
angiogenesis revolution is a new
approach<00:06:36.039> to<00:06:36.199> treating<00:06:36.599> cancer<00:06:37.039> by<00:06:37.199> cutting
approach to treating cancer by cutting
approach to treating cancer by cutting
off<00:06:37.680> the<00:06:37.759> blood
off the blood
off the blood
supply<00:06:39.800> we<00:06:40.000> call<00:06:40.240> this<00:06:40.960> anti-androgenic
supply we call this anti-androgenic
supply we call this anti-androgenic
therapy<00:06:43.039> and<00:06:43.160> it's<00:06:43.400> completely<00:06:43.960> different
therapy and it's completely different
therapy and it's completely different
from<00:06:44.599> chemotherapy<00:06:45.400> because<00:06:45.639> it<00:06:45.880> selectively
from chemotherapy because it selectively
from chemotherapy because it selectively
aims<00:06:47.199> at<00:06:47.319> the<00:06:47.440> blood<00:06:47.720> vessels<00:06:48.039> that<00:06:48.120> are
aims at the blood vessels that are
aims at the blood vessels that are
feeding<00:06:48.880> the<00:06:49.240> Cancers<00:06:50.240> and<00:06:50.360> we<00:06:50.479> can<00:06:50.639> do<00:06:50.919> this
feeding the Cancers and we can do this
feeding the Cancers and we can do this
because<00:06:51.720> tumor<00:06:52.080> blood<00:06:52.360> vessels<00:06:52.680> are<00:06:52.919> unlike
because tumor blood vessels are unlike
because tumor blood vessels are unlike
normal<00:06:53.639> healthy<00:06:53.919> vessels<00:06:54.240> we<00:06:54.319> see<00:06:54.479> in<00:06:54.599> other
normal healthy vessels we see in other
normal healthy vessels we see in other
places<00:06:55.039> of<00:06:55.160> the<00:06:55.479> body<00:06:56.479> they're<00:06:56.720> abnormal
places of the body they're abnormal
places of the body they're abnormal
they're<00:06:58.039> very<00:06:58.319> poorly<00:06:58.680> constructed<00:06:59.599> and
they're very poorly constructed and
they're very poorly constructed and
because<00:07:00.000> of<00:07:00.160> that<00:07:00.280> they're<00:07:00.639> highly
because of that they're highly
because of that they're highly
vulnerable<00:07:01.800> to<00:07:02.000> treatments<00:07:02.560> that<00:07:02.840> Target
vulnerable to treatments that Target
vulnerable to treatments that Target
them<00:07:05.520> in<00:07:05.680> in<00:07:05.800> fact<00:07:06.000> when<00:07:06.120> we<00:07:06.280> give<00:07:06.680> cancer
them in in fact when we give cancer
them in in fact when we give cancer
patients<00:07:07.560> anti-angiogenic<00:07:08.319> therapy<00:07:09.199> here<00:07:10.039> an
patients anti-angiogenic therapy here an
patients anti-angiogenic therapy here an
experimental<00:07:10.759> drug<00:07:11.000> for<00:07:11.160> a<00:07:11.319> Goma<00:07:11.840> which<00:07:11.919> is<00:07:12.039> a
experimental drug for a Goma which is a
experimental drug for a Goma which is a
type<00:07:12.319> of<00:07:12.400> a<00:07:12.520> brain<00:07:12.800> tumor<00:07:13.800> you<00:07:13.919> can<00:07:14.039> see<00:07:14.240> that
type of a brain tumor you can see that
type of a brain tumor you can see that
there<00:07:14.479> are<00:07:14.759> dramatic<00:07:15.160> changes<00:07:15.560> that<00:07:15.759> occur
there are dramatic changes that occur
there are dramatic changes that occur
when<00:07:16.560> the<00:07:16.680> tumor<00:07:17.160> is<00:07:17.319> being
when the tumor is being
when the tumor is being
starved<00:07:19.520> here's<00:07:19.680> a<00:07:19.840> woman<00:07:20.080> with<00:07:20.199> a<00:07:20.360> breast
starved here's a woman with a breast
starved here's a woman with a breast
cancer<00:07:21.440> being<00:07:21.639> treated<00:07:21.960> with<00:07:22.080> the
cancer being treated with the
cancer being treated with the
anti-androgenic<00:07:22.960> drug<00:07:23.240> called<00:07:23.560> avastin
anti-androgenic drug called avastin
anti-androgenic drug called avastin
which<00:07:24.720> is<00:07:24.960> FDA<00:07:25.520> approved<00:07:26.400> and<00:07:26.520> you<00:07:26.599> can<00:07:26.800> see
which is FDA approved and you can see
which is FDA approved and you can see
that<00:07:27.319> the<00:07:27.520> Halo<00:07:28.000> of<00:07:28.160> blood<00:07:28.440> flow<00:07:29.080> disappears
that the Halo of blood flow disappears
that the Halo of blood flow disappears
appears<00:07:30.039> after
appears after
appears after
treatment<00:07:32.280> now<00:07:32.400> I've<00:07:32.599> just<00:07:32.680> shown<00:07:33.000> you<00:07:33.599> two
treatment now I've just shown you two
treatment now I've just shown you two
very<00:07:34.199> different<00:07:34.479> types<00:07:34.680> of<00:07:34.879> cancer<00:07:35.879> that<00:07:36.080> both
very different types of cancer that both
very different types of cancer that both
responded<00:07:36.879> to<00:07:37.039> antiandrogenic<00:07:37.960> therapy<00:07:38.960> so<00:07:39.120> a
responded to antiandrogenic therapy so a
responded to antiandrogenic therapy so a
few<00:07:39.400> years<00:07:39.639> ago<00:07:40.160> I<00:07:40.319> asked<00:07:40.639> myself<00:07:41.039> can<00:07:41.199> we<00:07:41.360> take
few years ago I asked myself can we take
few years ago I asked myself can we take
this<00:07:41.840> one<00:07:42.080> step<00:07:42.360> further<00:07:43.240> and<00:07:43.400> treat<00:07:43.800> other
this one step further and treat other
this one step further and treat other
cancers<00:07:45.199> even<00:07:45.599> in<00:07:45.800> other
cancers even in other
cancers even in other
species<00:07:48.680> so<00:07:48.919> here<00:07:49.039> is<00:07:49.199> a<00:07:49.319> 99-year-old<00:07:49.759> boxer
species so here is a 99-year-old boxer
species so here is a 99-year-old boxer
named<00:07:50.599> Milo<00:07:51.039> who<00:07:51.240> had<00:07:51.400> a<00:07:51.680> very<00:07:51.960> aggressive
named Milo who had a very aggressive
named Milo who had a very aggressive
tumor<00:07:52.800> called<00:07:53.080> a<00:07:53.280> malignant<00:07:53.759> neurofibroma
tumor called a malignant neurofibroma
tumor called a malignant neurofibroma
growing<00:07:54.800> on<00:07:54.919> his<00:07:55.039> shoulder<00:07:55.800> it<00:07:55.960> invaded<00:07:56.360> to
growing on his shoulder it invaded to
growing on his shoulder it invaded to
his<00:07:56.639> lungs<00:07:57.360> his<00:07:57.520> veterinarian<00:07:58.039> only<00:07:58.240> gave<00:07:58.360> him
his lungs his veterinarian only gave him
his lungs his veterinarian only gave him
three<00:07:58.680> months<00:07:58.879> to<00:07:59.039> live<00:07:59.800> so<00:08:00.039> we<00:08:00.280> created<00:08:00.639> a
three months to live so we created a
three months to live so we created a
cocktail<00:08:01.520> of<00:08:01.759> anti-angiogenic<00:08:02.599> drugs<00:08:02.840> that
cocktail of anti-angiogenic drugs that
cocktail of anti-angiogenic drugs that
could<00:08:03.080> be<00:08:03.159> mixed<00:08:03.400> into<00:08:03.599> his<00:08:03.800> dog<00:08:04.000> food<00:08:04.919> as<00:08:05.080> well
could be mixed into his dog food as well
could be mixed into his dog food as well
as<00:08:05.759> an<00:08:05.919> anti-angiogenic<00:08:06.680> cream<00:08:07.080> that<00:08:07.199> could
as an anti-angiogenic cream that could
as an anti-angiogenic cream that could
be<00:08:07.520> applied<00:08:08.080> on<00:08:08.199> the<00:08:08.360> surface<00:08:08.639> of<00:08:08.759> the<00:08:09.080> tumor
be applied on the surface of the tumor
be applied on the surface of the tumor
and<00:08:10.199> within<00:08:10.400> a<00:08:10.520> few<00:08:10.759> weeks<00:08:11.039> of<00:08:11.199> treatment<00:08:12.199> we
and within a few weeks of treatment we
and within a few weeks of treatment we
were<00:08:12.400> able<00:08:12.599> to<00:08:12.720> slow<00:08:13.039> down<00:08:13.280> that<00:08:13.440> Cancer's
were able to slow down that Cancer's
were able to slow down that Cancer's
growth<00:08:14.560> such<00:08:14.759> that<00:08:14.879> we<00:08:15.000> were<00:08:15.159> ultimately<00:08:15.680> able
growth such that we were ultimately able
growth such that we were ultimately able
to<00:08:16.039> extend<00:08:16.599> Milo's<00:08:17.120> survival<00:08:17.840> to<00:08:18.159> six<00:08:18.520> times
to extend Milo's survival to six times
to extend Milo's survival to six times
what<00:08:19.159> the<00:08:19.280> veterinarian<00:08:19.840> had<00:08:20.039> initially
what the veterinarian had initially
what the veterinarian had initially
predicted<00:08:21.560> all<00:08:21.759> with<00:08:21.879> a<00:08:22.039> very<00:08:22.199> good<00:08:22.400> quality
predicted all with a very good quality
predicted all with a very good quality
of<00:08:23.120> life<00:08:24.120> and<00:08:24.199> we've<00:08:24.400> subsequently<00:08:24.919> treated
of life and we've subsequently treated
of life and we've subsequently treated
more<00:08:25.400> than<00:08:25.599> 600<00:08:26.120> dogs<00:08:26.560> we<00:08:26.680> have<00:08:26.840> about<00:08:27.120> a<00:08:27.319> 60%
more than 600 dogs we have about a 60%
more than 600 dogs we have about a 60%
response<00:08:28.520> rate<00:08:29.039> and<00:08:29.520> prove<00:08:29.800> survival<00:08:30.599> for
response rate and prove survival for
response rate and prove survival for
these<00:08:31.120> pets<00:08:31.520> that<00:08:31.599> were<00:08:31.800> about<00:08:32.000> to<00:08:32.120> be
these pets that were about to be
these pets that were about to be
euthanized<00:08:34.000> so<00:08:34.159> let<00:08:34.279> me<00:08:34.399> show<00:08:34.560> you<00:08:34.680> a<00:08:34.800> couple
euthanized so let me show you a couple
euthanized so let me show you a couple
of<00:08:35.279> even<00:08:35.519> more<00:08:35.760> interesting
of even more interesting
of even more interesting
examples<00:08:37.919> this<00:08:38.039> is<00:08:38.159> a<00:08:38.360> 20-year-old<00:08:38.959> dolphin
examples this is a 20-year-old dolphin
examples this is a 20-year-old dolphin
living<00:08:39.519> in<00:08:39.640> Florida<00:08:40.200> and<00:08:40.279> she<00:08:40.479> had<00:08:40.680> these
living in Florida and she had these
living in Florida and she had these
lesions<00:08:41.399> in<00:08:41.519> her<00:08:41.680> mouth<00:08:42.080> that<00:08:42.519> over<00:08:42.760> the
lesions in her mouth that over the
lesions in her mouth that over the
course<00:08:43.080> of<00:08:43.240> three<00:08:43.479> years<00:08:43.839> developed<00:08:44.240> into
course of three years developed into
course of three years developed into
invasive<00:08:45.480> squa<00:08:45.959> cell<00:08:46.360> cancers<00:08:47.360> so<00:08:47.560> we<00:08:47.720> created
invasive squa cell cancers so we created
invasive squa cell cancers so we created
an<00:08:48.240> anti-androgenic<00:08:49.240> paste<00:08:50.200> we<00:08:50.360> had<00:08:50.480> it
an anti-androgenic paste we had it
an anti-androgenic paste we had it
painted<00:08:51.080> on<00:08:51.320> top<00:08:51.600> of<00:08:51.800> the<00:08:51.959> cancer<00:08:52.760> three<00:08:53.000> times
painted on top of the cancer three times
painted on top of the cancer three times
a<00:08:53.320> week<00:08:54.040> and<00:08:54.200> over<00:08:54.399> the<00:08:54.560> course<00:08:54.839> of<00:08:55.160> 7<00:08:55.519> months
a week and over the course of 7 months
a week and over the course of 7 months
the<00:08:56.440> cancers<00:08:56.959> completely<00:08:57.360> disappeared<00:08:57.920> and
the cancers completely disappeared and
the cancers completely disappeared and
the<00:08:58.160> biopsies<00:08:58.720> came<00:08:58.959> back<00:08:59.160> as
the biopsies came back as
the biopsies came back as
normal<00:09:02.399> here's<00:09:02.560> a<00:09:02.720> cancer<00:09:03.040> growing<00:09:03.279> on<00:09:03.360> a<00:09:03.560> lip
normal here's a cancer growing on a lip
normal here's a cancer growing on a lip
of<00:09:04.079> a<00:09:04.200> quarter<00:09:04.560> horse<00:09:04.880> named<00:09:05.120> Guinness<00:09:06.040> it's<00:09:06.200> a
of a quarter horse named Guinness it's a
of a quarter horse named Guinness it's a
very<00:09:06.680> very<00:09:06.880> deadly<00:09:07.160> type<00:09:07.320> of<00:09:07.480> cancer<00:09:07.760> called
very very deadly type of cancer called
very very deadly type of cancer called
an<00:09:08.079> angro<00:09:08.440> saroma<00:09:09.240> had<00:09:09.399> already<00:09:09.720> spread<00:09:10.040> to
an angro saroma had already spread to
an angro saroma had already spread to
his<00:09:10.320> lymph<00:09:10.560> nodes<00:09:11.200> so<00:09:11.360> we<00:09:11.480> used<00:09:11.720> the
his lymph nodes so we used the
his lymph nodes so we used the
anti-androgenic<00:09:12.760> skin<00:09:13.040> cream<00:09:13.440> for<00:09:13.600> the<00:09:13.760> lip
anti-androgenic skin cream for the lip
anti-androgenic skin cream for the lip
and<00:09:14.320> the<00:09:14.440> oral<00:09:14.839> cocktail<00:09:15.600> so<00:09:15.800> we<00:09:15.920> could<00:09:16.040> treat
and the oral cocktail so we could treat
and the oral cocktail so we could treat
from<00:09:16.399> the<00:09:16.600> inside<00:09:17.240> as<00:09:17.360> well<00:09:17.519> as<00:09:17.680> the<00:09:17.839> outside
from the inside as well as the outside
from the inside as well as the outside
and<00:09:18.959> over<00:09:19.160> the<00:09:19.279> course<00:09:19.519> of<00:09:19.720> six<00:09:19.959> months<00:09:20.959> he
and over the course of six months he
and over the course of six months he
experienced<00:09:21.600> a<00:09:21.720> complete
experienced a complete
experienced a complete
remission<00:09:24.079> and<00:09:24.279> here<00:09:24.440> he<00:09:24.600> is<00:09:25.160> six<00:09:25.760> years<00:09:26.399> later
remission and here he is six years later
remission and here he is six years later
Guinness<00:09:28.279> with<00:09:28.480> his<00:09:28.920> very<00:09:29.519> the
owner<00:09:32.839> now<00:09:33.079> obviously<00:09:34.079> antiandrogenic
owner now obviously antiandrogenic
owner now obviously antiandrogenic
therapy<00:09:35.160> could<00:09:35.279> be<00:09:35.399> used<00:09:35.680> for<00:09:35.839> a<00:09:36.079> wide<00:09:36.480> range
therapy could be used for a wide range
therapy could be used for a wide range
of<00:09:36.920> cancers<00:09:37.920> and<00:09:38.079> in<00:09:38.240> fact<00:09:38.399> the<00:09:38.560> first
of cancers and in fact the first
of cancers and in fact the first
pioneering<00:09:39.360> treatments<00:09:40.200> for<00:09:40.519> people<00:09:40.959> as<00:09:41.079> well
pioneering treatments for people as well
pioneering treatments for people as well
as<00:09:41.399> dogs<00:09:41.680> are<00:09:41.839> already<00:09:42.079> becoming<00:09:42.440> available
as dogs are already becoming available
as dogs are already becoming available
there's<00:09:43.680> 12<00:09:44.120> different<00:09:44.560> drugs<00:09:45.360> 11<00:09:45.800> different
there's 12 different drugs 11 different
there's 12 different drugs 11 different
cancer<00:09:46.640> types<00:09:47.399> but<00:09:47.560> the<00:09:47.680> real<00:09:48.000> question<00:09:48.360> is
cancer types but the real question is
cancer types but the real question is
how<00:09:48.839> well<00:09:49.000> do<00:09:49.200> these<00:09:49.399> work<00:09:49.920> in<00:09:50.160> practice<00:09:50.959> so
how well do these work in practice so
how well do these work in practice so
here<00:09:51.360> is<00:09:51.600> actually<00:09:51.920> the<00:09:52.279> patient<00:09:52.680> survival
here is actually the patient survival
here is actually the patient survival
data<00:09:54.079> from<00:09:54.279> eight<00:09:54.480> different<00:09:54.720> types<00:09:54.920> of
data from eight different types of
data from eight different types of
cancer<00:09:55.880> and<00:09:56.000> the<00:09:56.120> bars<00:09:56.560> represent<00:09:57.040> survival
cancer and the bars represent survival
cancer and the bars represent survival
time<00:09:58.440> taken<00:09:59.000> from<00:09:59.160> the<00:09:59.560> era<00:10:00.120> in<00:10:00.240> which<00:10:00.440> there
time taken from the era in which there
time taken from the era in which there
was<00:10:00.839> only<00:10:01.240> chemotherapy<00:10:02.000> or<00:10:02.160> surgery<00:10:02.560> or
was only chemotherapy or surgery or
was only chemotherapy or surgery or
radiation<00:10:03.560> available<00:10:04.560> but<00:10:04.760> starting<00:10:05.079> in
radiation available but starting in
radiation available but starting in
2004<00:10:07.000> when<00:10:07.279> anti-androgenic<00:10:08.040> therapies
2004 when anti-androgenic therapies
2004 when anti-androgenic therapies
first<00:10:08.720> became<00:10:09.000> available<00:10:09.440> you<00:10:09.519> can<00:10:09.680> see<00:10:09.880> that
first became available you can see that
first became available you can see that
there<00:10:10.320> has<00:10:10.440> been<00:10:10.600> a<00:10:10.839> 70<00:10:11.240> to<00:10:11.800> 100%<00:10:12.800> Improvement
there has been a 70 to 100% Improvement
there has been a 70 to 100% Improvement
in<00:10:13.560> survival<00:10:14.399> for<00:10:14.680> people<00:10:14.920> with<00:10:15.120> kidney
in survival for people with kidney
in survival for people with kidney
cancer<00:10:16.160> multiple<00:10:16.760> Myoma<00:10:17.760> colorectal<00:10:18.399> cancer
cancer multiple Myoma colorectal cancer
cancer multiple Myoma colorectal cancer
and<00:10:19.320> gastrointestinal<00:10:20.120> stromal<00:10:20.839> tumors
and gastrointestinal stromal tumors
and gastrointestinal stromal tumors
that's
that's
that's
impressive<00:10:23.560> but<00:10:23.720> for<00:10:23.920> other<00:10:24.160> tumors<00:10:25.160> and
impressive but for other tumors and
impressive but for other tumors and
cancer<00:10:25.720> types<00:10:26.519> the<00:10:26.680> improvements<00:10:27.320> have<00:10:27.480> only
cancer types the improvements have only
cancer types the improvements have only
been<00:10:27.920> modest
been modest
been modest
so<00:10:29.680> I<00:10:29.800> started<00:10:30.160> asking<00:10:30.560> myself<00:10:31.560> why<00:10:31.720> haven't
so I started asking myself why haven't
so I started asking myself why haven't
we<00:10:32.079> been<00:10:32.240> able<00:10:32.399> to<00:10:32.560> do
we been able to do
we been able to do
better<00:10:34.800> and<00:10:34.920> the<00:10:35.079> answer<00:10:35.480> to<00:10:35.680> me<00:10:35.959> is<00:10:36.160> obvious
better and the answer to me is obvious
better and the answer to me is obvious
we're<00:10:37.040> treating<00:10:37.560> cancer<00:10:37.920> too<00:10:38.160> late<00:10:38.360> in<00:10:38.480> the
we're treating cancer too late in the
we're treating cancer too late in the
game<00:10:39.240> when<00:10:39.399> it's<00:10:39.600> already<00:10:40.040> established<00:10:41.040> and
game when it's already established and
game when it's already established and
often<00:10:41.639> times<00:10:41.839> it's<00:10:42.000> already<00:10:42.240> spread<00:10:42.600> or
often times it's already spread or
often times it's already spread or
metastasized<00:10:44.120> and<00:10:44.240> as<00:10:44.360> a<00:10:44.560> doctor<00:10:45.079> I<00:10:45.279> know<00:10:45.680> that
metastasized and as a doctor I know that
metastasized and as a doctor I know that
once<00:10:46.120> a<00:10:46.360> disease<00:10:47.160> progresses<00:10:47.639> to<00:10:47.800> an<00:10:47.959> advanced
once a disease progresses to an advanced
once a disease progresses to an advanced
stage<00:10:49.279> achieving<00:10:49.680> a<00:10:49.880> cure<00:10:50.519> can<00:10:50.680> be<00:10:51.320> difficult
stage achieving a cure can be difficult
stage achieving a cure can be difficult
if<00:10:52.040> not
if not
if not
impossible<00:10:54.200> so<00:10:54.399> I<00:10:54.519> went<00:10:54.760> back<00:10:54.880> to<00:10:55.040> the<00:10:55.279> biology
impossible so I went back to the biology
impossible so I went back to the biology
of<00:10:56.200> Andrew<00:10:56.680> Genesis<00:10:57.680> and<00:10:58.200> started<00:10:58.600> thinking
of Andrew Genesis and started thinking
of Andrew Genesis and started thinking
could<00:11:00.560> the<00:11:00.800> answer<00:11:01.120> to<00:11:01.399> cancer<00:11:02.320> be<00:11:02.839> preventing
could the answer to cancer be preventing
could the answer to cancer be preventing
androgenesis<00:11:05.000> beating<00:11:05.440> cancer<00:11:05.720> at<00:11:05.839> its<00:11:05.959> own
androgenesis beating cancer at its own
androgenesis beating cancer at its own
game<00:11:06.920> so<00:11:07.120> that<00:11:07.360> cancers<00:11:07.839> could<00:11:08.079> never<00:11:08.440> become
game so that cancers could never become
game so that cancers could never become
dangerous<00:11:11.079> this<00:11:11.240> could<00:11:11.440> help<00:11:11.920> healthy<00:11:12.279> people
dangerous this could help healthy people
dangerous this could help healthy people
as<00:11:12.920> well<00:11:13.040> as<00:11:13.200> people<00:11:13.399> who<00:11:13.560> have<00:11:13.720> already
as well as people who have already
as well as people who have already
beaten<00:11:14.560> cancer<00:11:15.040> once<00:11:15.440> or<00:11:15.639> twice<00:11:16.279> and<00:11:16.399> want<00:11:16.519> to
beaten cancer once or twice and want to
beaten cancer once or twice and want to
find<00:11:16.920> a<00:11:17.120> way<00:11:17.320> to<00:11:17.480> keep<00:11:17.680> it<00:11:17.800> from<00:11:17.959> coming<00:11:18.800> back
find a way to keep it from coming back
find a way to keep it from coming back
so<00:11:19.959> to<00:11:20.079> look<00:11:20.240> for<00:11:20.360> a<00:11:20.519> way<00:11:20.680> to<00:11:20.880> prevent
so to look for a way to prevent
so to look for a way to prevent
androgenesis<00:11:21.800> and<00:11:22.000> cancer<00:11:22.399> I<00:11:22.519> went<00:11:22.720> back<00:11:22.880> to
androgenesis and cancer I went back to
androgenesis and cancer I went back to
look<00:11:23.160> at<00:11:23.519> Cancer's<00:11:24.160> causes<00:11:25.160> and<00:11:25.320> what<00:11:25.560> really
look at Cancer's causes and what really
look at Cancer's causes and what really
intrigued<00:11:26.320> me<00:11:26.480> was<00:11:26.639> when<00:11:26.760> I<00:11:26.920> saw<00:11:27.320> that<00:11:28.079> diet
intrigued me was when I saw that diet
intrigued me was when I saw that diet
accounts<00:11:29.040> for<00:11:29.440> 30<00:11:29.720> to<00:11:29.959> 35%<00:11:30.959> of
accounts for 30 to 35% of
accounts for 30 to 35% of
environmentally<00:11:31.760> caused
environmentally caused
environmentally caused
cancers<00:11:33.800> now<00:11:33.959> the<00:11:34.120> obvious<00:11:34.519> thing<00:11:34.880> is<00:11:35.000> to
cancers now the obvious thing is to
cancers now the obvious thing is to
think<00:11:35.399> about<00:11:35.680> what<00:11:35.800> we<00:11:35.920> could<00:11:36.120> remove<00:11:36.480> from
think about what we could remove from
think about what we could remove from
our<00:11:36.800> diet<00:11:37.079> what<00:11:37.200> to<00:11:37.560> strip<00:11:37.959> out<00:11:38.399> take<00:11:39.040> away<00:11:40.040> but
our diet what to strip out take away but
our diet what to strip out take away but
I<00:11:40.360> actually<00:11:40.639> took<00:11:40.839> a<00:11:41.040> completely<00:11:41.600> opposite
I actually took a completely opposite
I actually took a completely opposite
approach<00:11:42.839> and<00:11:43.000> began<00:11:43.360> asking<00:11:44.079> what<00:11:44.200> could<00:11:44.360> we
approach and began asking what could we
approach and began asking what could we
be<00:11:44.880> adding<00:11:45.279> to<00:11:45.440> our<00:11:45.639> diet<00:11:46.360> that's<00:11:46.800> naturally
be adding to our diet that's naturally
be adding to our diet that's naturally
anti-angiogenic<00:11:48.800> that<00:11:48.920> could<00:11:49.160> boost<00:11:49.519> the
anti-angiogenic that could boost the
anti-angiogenic that could boost the
body's<00:11:50.040> defense<00:11:50.399> system<00:11:50.760> and<00:11:50.920> beat<00:11:51.240> back
body's defense system and beat back
body's defense system and beat back
those<00:11:51.639> blood<00:11:51.880> vessels<00:11:52.480> that<00:11:52.600> are<00:11:52.720> feeding
those blood vessels that are feeding
those blood vessels that are feeding
cancers<00:11:54.279> in<00:11:54.440> other<00:11:54.600> words<00:11:55.320> can<00:11:55.519> we<00:11:55.760> eat<00:11:56.480> to
cancers in other words can we eat to
cancers in other words can we eat to
starve
starve
starve
cancer<00:11:58.920> well<00:11:59.040> the<00:11:59.240> the<00:11:59.320> answer<00:11:59.480> is<00:11:59.680> yes<00:11:59.920> and
cancer well the the answer is yes and
cancer well the the answer is yes and
I'm<00:12:00.120> going<00:12:00.200> to<00:12:00.320> show<00:12:00.480> you<00:12:00.800> how<00:12:01.800> and<00:12:02.000> our<00:12:02.240> search
I'm going to show you how and our search
I'm going to show you how and our search
for<00:12:02.800> this<00:12:03.240> has<00:12:03.440> taken<00:12:03.680> us<00:12:03.880> to<00:12:04.200> the<00:12:04.360> market<00:12:05.120> the
for this has taken us to the market the
for this has taken us to the market the
farm<00:12:05.760> and<00:12:05.880> to<00:12:06.040> the<00:12:06.160> spice<00:12:06.560> cabinet<00:12:06.920> because
farm and to the spice cabinet because
farm and to the spice cabinet because
what<00:12:07.320> we've<00:12:07.760> discovered<00:12:08.399> is<00:12:08.480> that<00:12:08.680> Mother
what we've discovered is that Mother
what we've discovered is that Mother
Nature<00:12:09.360> has<00:12:09.519> laced<00:12:10.000> a<00:12:10.160> large<00:12:10.440> number<00:12:10.639> of<00:12:10.760> foods
Nature has laced a large number of foods
Nature has laced a large number of foods
and<00:12:11.200> Beverages<00:12:11.600> and<00:12:11.720> herbs<00:12:12.480> with<00:12:12.800> naturally
and Beverages and herbs with naturally
and Beverages and herbs with naturally
occurring<00:12:13.800> Inhibitors<00:12:14.600> of<00:12:14.760> anog
occurring Inhibitors of anog
occurring Inhibitors of anog
Genesis<00:12:16.920> so<00:12:17.079> here's<00:12:17.240> a<00:12:17.399> TI<00:12:17.680> system<00:12:17.920> we
Genesis so here's a TI system we
Genesis so here's a TI system we
developed<00:12:18.760> uh<00:12:18.839> at<00:12:18.920> the<00:12:19.000> center<00:12:19.240> of<00:12:19.360> a<00:12:19.480> ring
developed uh at the center of a ring
developed uh at the center of a ring
from<00:12:19.880> which<00:12:20.040> hundreds<00:12:20.320> of<00:12:20.440> blood<00:12:20.600> vessels<00:12:20.880> are
from which hundreds of blood vessels are
from which hundreds of blood vessels are
growing<00:12:21.279> out<00:12:21.639> in<00:12:21.760> a<00:12:21.920> starburst<00:12:22.560> fashion<00:12:23.320> and
growing out in a starburst fashion and
growing out in a starburst fashion and
we<00:12:23.560> can<00:12:23.720> use<00:12:24.000> this<00:12:24.199> system<00:12:24.519> to<00:12:24.720> test<00:12:25.120> dietary
we can use this system to test dietary
we can use this system to test dietary
factors<00:12:26.360> at<00:12:26.600> concentrations<00:12:27.320> that<00:12:27.399> are
factors at concentrations that are
factors at concentrations that are
attainable<00:12:28.560> by<00:12:28.760> eating
attainable by eating
attainable by eating
so<00:12:30.360> let<00:12:30.440> me<00:12:30.560> show<00:12:30.680> you<00:12:30.839> what<00:12:30.959> happens<00:12:31.199> when<00:12:31.360> we
so let me show you what happens when we
so let me show you what happens when we
put<00:12:31.639> in<00:12:32.040> an<00:12:32.240> extract<00:12:32.839> from<00:12:33.399> red<00:12:33.680> grapes<00:12:34.320> the
put in an extract from red grapes the
put in an extract from red grapes the
active<00:12:34.680> ingredients<00:12:35.360> Resveratrol<00:12:36.360> it's<00:12:36.600> also
active ingredients Resveratrol it's also
active ingredients Resveratrol it's also
found<00:12:37.079> in<00:12:37.279> red<00:12:37.839> wine<00:12:38.839> this<00:12:39.279> inhibits<00:12:39.880> abnormal
found in red wine this inhibits abnormal
found in red wine this inhibits abnormal
androgenesis<00:12:41.360> by
androgenesis by
androgenesis by
60%<00:12:43.760> here's<00:12:43.959> what<00:12:44.079> happens<00:12:44.320> when<00:12:44.399> we<00:12:44.519> add<00:12:44.639> an
60% here's what happens when we add an
60% here's what happens when we add an
extract<00:12:45.199> from
extract from
extract from
strawberries<00:12:47.000> it<00:12:47.279> potently<00:12:47.839> inhibits
strawberries it potently inhibits
strawberries it potently inhibits
androgenesis<00:12:50.199> an<00:12:50.399> extract<00:12:50.800> from
androgenesis an extract from
androgenesis an extract from
soybeans<00:12:53.240> and<00:12:53.519> here<00:12:53.880> is<00:12:54.240> a<00:12:54.399> growing<00:12:54.839> list<00:12:55.160> of
soybeans and here is a growing list of
soybeans and here is a growing list of
our<00:12:55.920> anti-androgenic<00:12:56.760> foods<00:12:57.040> and<00:12:57.199> beverages
our anti-androgenic foods and beverages
our anti-androgenic foods and beverages
that<00:12:57.720> we're<00:12:57.880> interested<00:12:58.240> in<00:12:58.399> studying
that we're interested in studying
that we're interested in studying
and<00:12:59.959> for<00:13:00.240> each<00:13:00.560> food<00:13:00.959> type<00:13:01.839> we<00:13:02.040> believe<00:13:02.320> that
and for each food type we believe that
and for each food type we believe that
there's<00:13:02.800> different<00:13:03.199> potencies<00:13:04.079> within
there's different potencies within
there's different potencies within
different<00:13:04.720> strains<00:13:05.199> and<00:13:05.399> varietals<00:13:06.360> and<00:13:06.480> we
different strains and varietals and we
different strains and varietals and we
want<00:13:06.680> to<00:13:06.839> measure<00:13:07.360> this<00:13:07.920> because<00:13:08.800> well<00:13:09.240> while
want to measure this because well while
want to measure this because well while
you're<00:13:09.519> eating<00:13:09.800> a<00:13:10.000> strawberry<00:13:10.920> or<00:13:11.160> drinking
you're eating a strawberry or drinking
you're eating a strawberry or drinking
tea<00:13:12.399> why<00:13:12.560> not<00:13:12.760> select<00:13:13.079> the<00:13:13.160> one<00:13:13.320> that's<00:13:13.560> most
tea why not select the one that's most
tea why not select the one that's most
potent<00:13:14.399> for<00:13:14.639> preventing<00:13:15.519> cancer<00:13:16.519> so<00:13:16.800> here<00:13:17.000> are
potent for preventing cancer so here are
potent for preventing cancer so here are
four<00:13:17.959> different<00:13:18.240> tees<00:13:18.680> that<00:13:18.800> we've<00:13:19.040> tested
four different tees that we've tested
four different tees that we've tested
they're<00:13:19.680> all<00:13:19.880> common<00:13:20.480> ones<00:13:21.480> Chinese<00:13:21.959> Jasmine
they're all common ones Chinese Jasmine
they're all common ones Chinese Jasmine
Japanese<00:13:22.839> CA<00:13:23.399> Earl<00:13:23.760> Gray<00:13:24.000> and<00:13:24.120> a<00:13:24.279> special
Japanese CA Earl Gray and a special
Japanese CA Earl Gray and a special
blend<00:13:24.800> that<00:13:24.920> we<00:13:25.199> prepared<00:13:26.199> and<00:13:26.320> you<00:13:26.440> can<00:13:26.600> see
blend that we prepared and you can see
blend that we prepared and you can see
clearly<00:13:27.720> that<00:13:27.880> the<00:13:28.000> teas<00:13:28.440> vary<00:13:28.760> in<00:13:28.880> their
clearly that the teas vary in their
clearly that the teas vary in their
potency<00:13:29.680> from<00:13:30.199> less<00:13:30.519> potent<00:13:31.320> to<00:13:31.519> more<00:13:32.240> potent
potency from less potent to more potent
potency from less potent to more potent
but<00:13:33.399> what's<00:13:33.760> very<00:13:34.040> cool<00:13:34.720> is<00:13:34.880> when<00:13:35.040> we<00:13:35.240> actually
but what's very cool is when we actually
but what's very cool is when we actually
combine<00:13:36.120> the<00:13:36.279> two<00:13:36.519> less<00:13:36.760> potent<00:13:37.480> together<00:13:38.480> the
combine the two less potent together the
combine the two less potent together the
combination<00:13:39.600> the<00:13:39.720> blend<00:13:40.440> is<00:13:40.639> more<00:13:40.959> potent
combination the blend is more potent
combination the blend is more potent
than<00:13:41.720> either<00:13:41.920> one
than either one
than either one
alone<00:13:43.880> this<00:13:44.079> means<00:13:44.519> there's<00:13:44.800> food
Synergy<00:13:48.839> here's<00:13:49.040> some<00:13:49.199> more<00:13:49.399> data<00:13:49.639> from<00:13:49.760> our
Synergy here's some more data from our
Synergy here's some more data from our
testing<00:13:50.480> now<00:13:50.639> in<00:13:50.759> the<00:13:50.920> lab<00:13:51.199> we<00:13:51.279> can<00:13:51.600> simulate
testing now in the lab we can simulate
testing now in the lab we can simulate
tumor<00:13:52.639> angiogenesis<00:13:53.639> represented<00:13:54.120> here<00:13:54.240> in<00:13:54.320> a
tumor angiogenesis represented here in a
tumor angiogenesis represented here in a
black<00:13:54.720> bar<00:13:55.680> and<00:13:55.800> using<00:13:56.079> this<00:13:56.240> system<00:13:56.519> we<00:13:56.600> can
black bar and using this system we can
black bar and using this system we can
test<00:13:56.959> the<00:13:57.120> potency<00:13:57.480> of<00:13:57.720> cancer<00:13:58.079> drugs<00:13:58.680> so<00:13:58.880> the
test the potency of cancer drugs so the
test the potency of cancer drugs so the
shorter<00:13:59.440> the<00:13:59.600> bar<00:14:00.240> less<00:14:00.720> androgenesis<00:14:01.720> that's
shorter the bar less androgenesis that's
shorter the bar less androgenesis that's
good<00:14:03.440> and<00:14:03.560> here<00:14:03.680> are<00:14:03.880> some<00:14:04.279> common<00:14:04.639> drugs<00:14:05.399> that
good and here are some common drugs that
good and here are some common drugs that
have<00:14:05.680> been<00:14:05.920> associated<00:14:06.480> with<00:14:06.680> reducing<00:14:07.160> the
have been associated with reducing the
have been associated with reducing the
risk<00:14:07.519> of<00:14:07.759> cancer<00:14:08.320> in<00:14:08.519> people<00:14:09.440> statins
risk of cancer in people statins
risk of cancer in people statins
non-steroidal<00:14:11.240> anti-inflammatory<00:14:12.079> drugs
non-steroidal anti-inflammatory drugs
non-steroidal anti-inflammatory drugs
and<00:14:12.440> a<00:14:12.560> few<00:14:12.759> others<00:14:13.759> they<00:14:13.880> inhibit
and a few others they inhibit
and a few others they inhibit
androgenesis<00:14:15.399> too<00:14:16.399> and<00:14:16.639> here<00:14:16.800> are<00:14:17.000> the
androgenesis too and here are the
androgenesis too and here are the
dietary<00:14:17.800> factors<00:14:18.480> going<00:14:18.839> head-to-head
dietary factors going head-to-head
dietary factors going head-to-head
against<00:14:20.079> these<00:14:20.320> drugs<00:14:21.279> you<00:14:21.360> can<00:14:21.519> see<00:14:21.759> they
against these drugs you can see they
against these drugs you can see they
clearly<00:14:22.240> hold<00:14:22.519> their<00:14:22.680> own<00:14:23.279> and<00:14:23.399> in<00:14:23.560> some<00:14:23.759> cases
clearly hold their own and in some cases
clearly hold their own and in some cases
they're<00:14:24.279> more<00:14:24.600> potent<00:14:25.279> than<00:14:25.480> the<00:14:25.680> actual
they're more potent than the actual
they're more potent than the actual
drugs<00:14:27.240> soy<00:14:28.160> parsley<00:14:29.120> garlic<00:14:29.759> grapes<00:14:30.720> berries
drugs soy parsley garlic grapes berries
drugs soy parsley garlic grapes berries
I<00:14:31.839> could<00:14:32.040> go<00:14:32.240> home<00:14:32.560> and<00:14:32.680> cook<00:14:32.880> a<00:14:33.040> tasty<00:14:33.360> meal
I could go home and cook a tasty meal
I could go home and cook a tasty meal
using<00:14:33.959> these
using these
using these
ingredients<00:14:36.040> so<00:14:36.320> imagine<00:14:37.000> if<00:14:37.160> we<00:14:37.240> could
ingredients so imagine if we could
ingredients so imagine if we could
create<00:14:37.680> the<00:14:37.800> world's<00:14:38.199> first<00:14:38.680> rating<00:14:39.199> system
create the world's first rating system
create the world's first rating system
in<00:14:40.240> which<00:14:40.399> we<00:14:40.519> could<00:14:40.680> score<00:14:41.160> Foods<00:14:41.720> according
in which we could score Foods according
in which we could score Foods according
to<00:14:42.240> their<00:14:42.800> anti-androgenic<00:14:43.800> cancer
to their anti-androgenic cancer
to their anti-androgenic cancer
preventative<00:14:44.720> properties<00:14:45.720> and<00:14:45.880> that's<00:14:46.040> what
preventative properties and that's what
preventative properties and that's what
we're<00:14:46.320> doing<00:14:46.800> right
we're doing right
we're doing right
now<00:14:48.720> now<00:14:48.839> I've<00:14:48.959> shown<00:14:49.199> you<00:14:49.279> a<00:14:49.360> bunch<00:14:49.519> of<00:14:49.680> lab
now now I've shown you a bunch of lab
now now I've shown you a bunch of lab
data<00:14:50.839> and<00:14:51.160> so<00:14:51.360> the<00:14:51.519> real<00:14:51.759> question<00:14:52.040> is<00:14:52.279> what<00:14:52.399> is
data and so the real question is what is
data and so the real question is what is
the<00:14:52.720> evidence<00:14:53.440> in<00:14:53.839> people<00:14:54.839> that<00:14:55.000> eating
the evidence in people that eating
the evidence in people that eating
certain<00:14:55.639> foods<00:14:55.959> can<00:14:56.160> reduce<00:14:56.600> androgenesis<00:14:57.600> in
certain foods can reduce androgenesis in
certain foods can reduce androgenesis in
cancer
cancer
cancer
well<00:14:59.759> the<00:14:59.920> best<00:15:00.120> example<00:15:00.480> I<00:15:00.600> know<00:15:00.880> is<00:15:01.000> this
well the best example I know is this
well the best example I know is this
study<00:15:01.440> of<00:15:01.839> 79,000<00:15:02.839> Men<00:15:03.480> followed<00:15:03.839> over<00:15:04.120> 20
study of 79,000 Men followed over 20
study of 79,000 Men followed over 20
years<00:15:05.519> in<00:15:05.639> which<00:15:05.800> it<00:15:05.880> was<00:15:06.079> found<00:15:06.320> that<00:15:06.480> men<00:15:06.680> who
years in which it was found that men who
years in which it was found that men who
consumed<00:15:07.399> cooked<00:15:07.720> Tomatoes<00:15:08.240> two<00:15:08.440> to<00:15:08.560> three
consumed cooked Tomatoes two to three
consumed cooked Tomatoes two to three
times<00:15:09.000> a<00:15:09.160> week<00:15:09.839> had<00:15:10.000> up<00:15:10.120> to<00:15:10.279> a<00:15:10.560> 50%<00:15:11.560> reduction
times a week had up to a 50% reduction
times a week had up to a 50% reduction
in<00:15:12.440> their<00:15:12.639> risk<00:15:12.839> of<00:15:13.000> developing<00:15:13.519> prostate
in their risk of developing prostate
in their risk of developing prostate
cancer<00:15:15.560> now<00:15:15.880> we<00:15:16.079> know<00:15:16.360> that<00:15:16.560> tomatoes<00:15:16.959> are<00:15:17.079> a
cancer now we know that tomatoes are a
cancer now we know that tomatoes are a
good<00:15:17.320> source<00:15:17.560> of<00:15:17.839> lycopene<00:15:18.839> and<00:15:19.000> lycopene<00:15:19.680> is
good source of lycopene and lycopene is
good source of lycopene and lycopene is
anti-androgenic<00:15:21.720> but<00:15:21.880> what's<00:15:22.040> even<00:15:22.240> more
anti-androgenic but what's even more
anti-androgenic but what's even more
interesting<00:15:23.000> from<00:15:23.120> the<00:15:23.240> study<00:15:23.480> is<00:15:23.600> that<00:15:23.720> in
interesting from the study is that in
interesting from the study is that in
those<00:15:24.079> men<00:15:24.320> who<00:15:24.639> did<00:15:25.079> develop<00:15:25.480> prostate
those men who did develop prostate
those men who did develop prostate
cancer<00:15:26.759> those<00:15:26.959> who<00:15:27.120> ate<00:15:27.440> more<00:15:27.720> servings<00:15:28.160> of
cancer those who ate more servings of
cancer those who ate more servings of
tomato<00:15:28.680> sauce
tomato sauce
tomato sauce
actually<00:15:29.839> had<00:15:30.199> fewer<00:15:30.639> blood<00:15:30.920> vessels<00:15:31.319> feeding
actually had fewer blood vessels feeding
actually had fewer blood vessels feeding
their<00:15:32.279> cancer<00:15:33.279> so<00:15:33.480> this<00:15:33.639> human<00:15:33.959> study<00:15:34.240> is<00:15:34.360> a
their cancer so this human study is a
their cancer so this human study is a
prime<00:15:34.920> example<00:15:35.839> of<00:15:36.040> how<00:15:36.279> anti-androgenic
prime example of how anti-androgenic
prime example of how anti-androgenic
substances<00:15:37.759> present<00:15:38.040> in<00:15:38.199> food<00:15:38.600> and<00:15:38.759> consumed
substances present in food and consumed
substances present in food and consumed
in<00:15:39.399> Practical<00:15:39.839> levels<00:15:40.600> can<00:15:40.880> impact<00:15:41.519> on<00:15:42.000> cancer
in Practical levels can impact on cancer
in Practical levels can impact on cancer
and<00:15:43.120> we're<00:15:43.319> now<00:15:43.600> studying<00:15:44.399> the<00:15:44.600> role<00:15:45.240> of<00:15:45.360> a
and we're now studying the role of a
and we're now studying the role of a
healthy<00:15:45.920> diet<00:15:46.319> with<00:15:46.519> Dean<00:15:46.800> ornish<00:15:47.240> at<00:15:47.399> UCSF
healthy diet with Dean ornish at UCSF
healthy diet with Dean ornish at UCSF
and<00:15:48.160> tus<00:15:48.480> University<00:15:49.399> on<00:15:49.519> the<00:15:49.639> role<00:15:49.880> of<00:15:50.000> this
and tus University on the role of this
and tus University on the role of this
healthy<00:15:50.519> diet<00:15:50.800> on<00:15:51.079> markers<00:15:51.440> of<00:15:51.600> angiogenesis
healthy diet on markers of angiogenesis
healthy diet on markers of angiogenesis
that<00:15:52.399> we<00:15:52.480> can<00:15:52.639> find<00:15:53.040> in<00:15:53.160> the
that we can find in the
that we can find in the
bloodstream<00:15:55.000> now<00:15:55.199> obviously<00:15:56.040> uh<00:15:56.160> what<00:15:56.279> I've
bloodstream now obviously uh what I've
bloodstream now obviously uh what I've
shared<00:15:56.720> with<00:15:56.800> you<00:15:56.959> has<00:15:57.120> some<00:15:57.279> Far<00:15:57.519> ranging
shared with you has some Far ranging
shared with you has some Far ranging
implications<00:15:58.480> even<00:15:58.639> Beyond<00:15:59.199> cancer<00:15:59.519> research
implications even Beyond cancer research
implications even Beyond cancer research
because<00:16:00.519> if<00:16:00.680> we're<00:16:00.959> right<00:16:01.319> it<00:16:01.399> could<00:16:01.600> impact
because if we're right it could impact
because if we're right it could impact
on<00:16:02.160> consumer<00:16:02.680> education<00:16:03.560> Food<00:16:03.920> Services
on consumer education Food Services
on consumer education Food Services
Public<00:16:05.120> Health<00:16:05.399> and<00:16:05.600> even<00:16:05.800> the<00:16:05.959> insurance
Public Health and even the insurance
Public Health and even the insurance
industry<00:16:07.639> and<00:16:07.800> in<00:16:07.959> fact<00:16:08.160> some<00:16:08.360> insurance
industry and in fact some insurance
industry and in fact some insurance
companies<00:16:09.079> are<00:16:09.319> already<00:16:09.680> beginning<00:16:10.000> to<00:16:10.120> think
companies are already beginning to think
companies are already beginning to think
along<00:16:10.639> these<00:16:10.800> lines<00:16:11.199> check<00:16:11.399> out<00:16:11.639> this<00:16:11.839> ad<00:16:12.279> from
along these lines check out this ad from
along these lines check out this ad from
Blue<00:16:12.800> Cross<00:16:13.120> Blue<00:16:13.360> Shield<00:16:13.720> of
Blue Cross Blue Shield of
Blue Cross Blue Shield of
Minnesota<00:16:15.720> and<00:16:15.839> for<00:16:16.040> many<00:16:16.240> people<00:16:16.480> around<00:16:16.680> the
Minnesota and for many people around the
Minnesota and for many people around the
world<00:16:17.440> dietary<00:16:18.040> cancer<00:16:18.360> prevention<00:16:18.759> may<00:16:18.880> be
world dietary cancer prevention may be
world dietary cancer prevention may be
the<00:16:19.240> only<00:16:19.720> practical<00:16:20.199> solution<00:16:21.160> because<00:16:21.440> not
the only practical solution because not
the only practical solution because not
everybody<00:16:21.959> can<00:16:22.120> afford<00:16:22.519> expensive<00:16:22.959> endstage
everybody can afford expensive endstage
everybody can afford expensive endstage
Cancer<00:16:23.720> Treatments<00:16:24.560> but<00:16:24.759> everybody<00:16:25.199> could
Cancer Treatments but everybody could
Cancer Treatments but everybody could
benefit<00:16:25.959> from<00:16:26.519> a<00:16:26.680> healthy<00:16:27.040> diet<00:16:27.319> based<00:16:27.519> on
benefit from a healthy diet based on
benefit from a healthy diet based on
local<00:16:28.240> sustainable<00:16:29.319> anti-androgenic
local sustainable anti-androgenic
local sustainable anti-androgenic
crops<00:16:33.079> now<00:16:34.079> finally<00:16:34.759> I've<00:16:35.079> talked<00:16:35.319> to<00:16:35.399> you
crops now finally I've talked to you
crops now finally I've talked to you
about<00:16:35.800> food<00:16:36.440> and<00:16:36.560> I've<00:16:36.680> talked<00:16:36.959> you<00:16:37.079> about
about food and I've talked you about
about food and I've talked you about
cancer<00:16:38.160> so<00:16:38.440> there's<00:16:38.639> just<00:16:38.920> one<00:16:39.199> more<00:16:39.800> disease
cancer so there's just one more disease
cancer so there's just one more disease
that<00:16:40.319> I<00:16:40.440> have<00:16:40.560> to<00:16:40.720> tell<00:16:40.920> you<00:16:41.079> about<00:16:41.600> and<00:16:41.759> that's
that I have to tell you about and that's
that I have to tell you about and that's
obesity<00:16:43.399> because<00:16:44.360> turns<00:16:44.680> out<00:16:45.079> that<00:16:45.519> adapost
obesity because turns out that adapost
obesity because turns out that adapost
tissue<00:16:46.519> fat<00:16:47.199> is<00:16:47.480> highly<00:16:47.880> angiogenesis
tissue fat is highly angiogenesis
tissue fat is highly angiogenesis
dependent<00:16:49.880> and<00:16:50.040> like<00:16:50.199> a<00:16:50.319> tumor<00:16:50.800> fat<00:16:51.000> grows
dependent and like a tumor fat grows
dependent and like a tumor fat grows
when<00:16:51.440> blood<00:16:51.639> vessels<00:16:52.000> grow<00:16:52.680> so<00:16:52.920> the<00:16:53.120> question
when blood vessels grow so the question
when blood vessels grow so the question
is<00:16:53.680> can<00:16:53.800> we<00:16:54.000> shrink<00:16:54.519> fat<00:16:55.120> by<00:16:55.279> cutting<00:16:55.560> off<00:16:55.720> its
is can we shrink fat by cutting off its
is can we shrink fat by cutting off its
blood
blood
blood
supply<00:16:57.800> so<00:16:58.079> the<00:16:58.240> top<00:16:58.480> curve<00:16:58.920> shows<00:16:59.240> the<00:16:59.440> body
supply so the top curve shows the body
supply so the top curve shows the body
weight<00:17:00.120> of<00:17:00.279> a<00:17:00.480> genetically<00:17:01.000> obese<00:17:01.440> mouse<00:17:02.440> that
weight of a genetically obese mouse that
weight of a genetically obese mouse that
eats<00:17:03.440> non-stop<00:17:04.199> until<00:17:04.439> it<00:17:04.600> turns<00:17:05.120> fat<00:17:05.400> like
eats non-stop until it turns fat like
eats non-stop until it turns fat like
this<00:17:05.959> furry<00:17:06.400> tennis
this furry tennis
this furry tennis
ball<00:17:08.280> and<00:17:08.400> the<00:17:08.559> bottom<00:17:08.919> curve<00:17:09.319> is<00:17:09.600> the<00:17:09.880> weight
ball and the bottom curve is the weight
ball and the bottom curve is the weight
of<00:17:10.400> a<00:17:10.559> normal<00:17:10.919> Mouse<00:17:11.559> if<00:17:11.640> you<00:17:11.799> take<00:17:11.959> the<00:17:12.079> obese
of a normal Mouse if you take the obese
of a normal Mouse if you take the obese
Mouse<00:17:12.679> and<00:17:12.799> give<00:17:12.880> it<00:17:13.000> an<00:17:13.120> androgenesis
Mouse and give it an androgenesis
Mouse and give it an androgenesis
inhibitor<00:17:14.319> it<00:17:14.439> loses<00:17:14.880> weight<00:17:15.360> stop<00:17:15.679> the
inhibitor it loses weight stop the
inhibitor it loses weight stop the
treatment<00:17:16.120> gains<00:17:16.319> the<00:17:16.439> weight<00:17:16.720> back<00:17:17.160> restart
treatment gains the weight back restart
treatment gains the weight back restart
the<00:17:17.679> treatment<00:17:18.000> loses<00:17:18.280> the<00:17:18.400> weight<00:17:18.679> again
the treatment loses the weight again
the treatment loses the weight again
stop<00:17:19.400> the<00:17:19.480> treatment<00:17:19.839> gains<00:17:20.039> the<00:17:20.160> weight<00:17:20.400> back
stop the treatment gains the weight back
stop the treatment gains the weight back
and<00:17:21.079> in<00:17:21.240> fact<00:17:21.400> you<00:17:21.480> can<00:17:21.679> cycle<00:17:22.039> the<00:17:22.199> weight<00:17:22.439> up
and in fact you can cycle the weight up
and in fact you can cycle the weight up
and<00:17:22.720> down<00:17:23.199> simply<00:17:23.959> by<00:17:24.120> inhibiting
and down simply by inhibiting
and down simply by inhibiting
androgenesis<00:17:26.000> so<00:17:26.199> this<00:17:26.400> approach<00:17:26.760> that<00:17:26.880> we're
androgenesis so this approach that we're
androgenesis so this approach that we're
taking<00:17:27.559> for<00:17:27.839> cancer<00:17:28.199> prevention<00:17:28.600> May<00:17:29.000> also
taking for cancer prevention May also
taking for cancer prevention May also
have<00:17:29.400> an<00:17:29.600> application<00:17:30.120> for
have an application for
have an application for
obesity<00:17:32.320> the<00:17:32.520> really<00:17:32.799> truly<00:17:33.160> interesting
obesity the really truly interesting
obesity the really truly interesting
thing<00:17:33.720> about<00:17:33.960> this<00:17:34.080> is<00:17:34.200> that<00:17:34.360> we<00:17:34.520> can't<00:17:34.799> take
thing about this is that we can't take
thing about this is that we can't take
these<00:17:35.559> obese<00:17:35.960> mice<00:17:36.360> and<00:17:36.520> make<00:17:36.720> them<00:17:36.960> lose<00:17:37.280> more
these obese mice and make them lose more
these obese mice and make them lose more
weight<00:17:38.200> than<00:17:38.360> what<00:17:38.480> the<00:17:38.600> normal<00:17:38.919> Mouse's
weight than what the normal Mouse's
weight than what the normal Mouse's
weight<00:17:39.679> is<00:17:40.039> supposed<00:17:40.400> to<00:17:40.559> be<00:17:41.480> in<00:17:41.600> other<00:17:41.760> words
weight is supposed to be in other words
weight is supposed to be in other words
we<00:17:42.280> can't<00:17:42.600> create<00:17:43.160> super<00:17:43.559> model
we can't create super model
we can't create super model
mice<00:17:45.840> and<00:17:46.000> this<00:17:46.120> speaks<00:17:46.400> to<00:17:46.559> the<00:17:46.640> role<00:17:46.840> of
mice and this speaks to the role of
mice and this speaks to the role of
Andre<00:17:47.280> Genesis<00:17:47.640> in<00:17:47.760> regulating<00:17:48.240> healthy<00:17:48.600> set
Andre Genesis in regulating healthy set
Andre Genesis in regulating healthy set
points<00:17:50.679> Alberton<00:17:51.240> Georgie<00:17:51.679> once<00:17:51.919> said<00:17:52.280> that
points Alberton Georgie once said that
points Alberton Georgie once said that
Discovery<00:17:53.240> consists<00:17:53.600> of<00:17:53.720> seeing<00:17:53.960> what
Discovery consists of seeing what
Discovery consists of seeing what
everybody<00:17:54.400> has<00:17:54.559> seen<00:17:55.240> and<00:17:55.400> thinking<00:17:55.720> what
everybody has seen and thinking what
everybody has seen and thinking what
nobody<00:17:56.120> has<00:17:56.480> thought<00:17:57.480> I<00:17:57.600> hope<00:17:57.799> I've<00:17:58.000> convinced
nobody has thought I hope I've convinced
nobody has thought I hope I've convinced
you<00:17:58.840> that<00:17:59.000> for<00:17:59.159> diseases<00:17:59.640> like<00:17:59.880> cancer
you that for diseases like cancer
you that for diseases like cancer
obesity<00:18:00.880> and<00:18:01.039> other<00:18:01.400> conditions<00:18:02.120> that<00:18:02.280> there
obesity and other conditions that there
obesity and other conditions that there
may<00:18:02.559> be<00:18:02.720> a<00:18:02.960> great<00:18:03.320> power<00:18:03.960> in<00:18:04.159> attacking<00:18:04.559> their
may be a great power in attacking their
may be a great power in attacking their
common<00:18:05.120> denominator<00:18:06.080> Andre<00:18:06.480> Genesis<00:18:07.320> and
common denominator Andre Genesis and
common denominator Andre Genesis and
that's<00:18:07.640> what<00:18:07.760> I<00:18:07.840> think<00:18:07.960> the<00:18:08.080> world<00:18:08.320> needs<00:18:08.640> now
that's what I think the world needs now
that's what I think the world needs now
thank
you<00:18:20.400> I<00:18:20.520> haven't<00:18:20.679> few<00:18:20.919> questions<00:18:21.200> for<00:18:21.320> you<00:18:21.480> so
you I haven't few questions for you so
you I haven't few questions for you so
um<00:18:22.240> these<00:18:22.400> drugs<00:18:22.640> aren't<00:18:23.200> exactly<00:18:24.200> they're
um these drugs aren't exactly they're
um these drugs aren't exactly they're
not<00:18:24.559> exactly<00:18:24.880> in<00:18:25.039> mainstream<00:18:25.720> cancer
not exactly in mainstream cancer
not exactly in mainstream cancer
treatments<00:18:26.640> right<00:18:26.880> now<00:18:27.559> for<00:18:27.960> anyone<00:18:28.240> out<00:18:28.400> here
treatments right now for anyone out here
treatments right now for anyone out here
who<00:18:28.840> has<00:18:29.080> cancer<00:18:30.000> what<00:18:30.120> would<00:18:30.280> you<00:18:30.400> recommend
who has cancer what would you recommend
who has cancer what would you recommend
do<00:18:30.880> you<00:18:31.039> recommend<00:18:31.440> pursuing<00:18:32.080> these
do you recommend pursuing these
do you recommend pursuing these
treatments<00:18:32.640> now<00:18:32.760> for<00:18:32.919> most<00:18:33.159> cancer<00:18:33.520> patients
treatments now for most cancer patients
treatments now for most cancer patients
so<00:18:34.720> there<00:18:34.840> are<00:18:35.120> anti-androgenic<00:18:35.919> treatments
so there are anti-androgenic treatments
so there are anti-androgenic treatments
that<00:18:36.480> are<00:18:37.000> FDA<00:18:37.520> approved<00:18:38.280> and<00:18:38.799> U<00:18:39.600> if<00:18:39.679> you're<00:18:39.840> a
that are FDA approved and U if you're a
that are FDA approved and U if you're a
cancer<00:18:40.400> patient<00:18:40.799> or<00:18:41.679> working<00:18:42.000> with<00:18:42.400> Advocate
cancer patient or working with Advocate
cancer patient or working with Advocate
anyone<00:18:43.159> you<00:18:43.240> should<00:18:43.520> ask<00:18:44.360> and<00:18:44.440> there<00:18:44.559> are<00:18:44.880> many
anyone you should ask and there are many
anyone you should ask and there are many
clinical<00:18:45.720> trials<00:18:46.720> um<00:18:46.960> the<00:18:47.039> angiogenesis
clinical trials um the angiogenesis
clinical trials um the angiogenesis
foundation<00:18:48.120> has<00:18:48.320> followed<00:18:48.679> almost<00:18:48.960> 300
foundation has followed almost 300
foundation has followed almost 300
companies<00:18:50.159> and<00:18:50.240> there's<00:18:50.480> about<00:18:50.799> 100<00:18:51.720> more<00:18:52.480> uh
companies and there's about 100 more uh
companies and there's about 100 more uh
drugs<00:18:52.960> every<00:18:53.320> the<00:18:53.480> pipeline<00:18:54.000> so<00:18:54.679> consider<00:18:55.039> the
drugs every the pipeline so consider the
drugs every the pipeline so consider the
approved<00:18:55.600> ones<00:18:56.000> look<00:18:56.159> for<00:18:56.400> clinical<00:18:56.799> trials
approved ones look for clinical trials
approved ones look for clinical trials
but<00:18:57.919> then<00:18:58.159> between<00:18:58.840> what<00:18:58.960> the<00:18:59.120> doctor<00:18:59.400> can<00:18:59.520> do
but then between what the doctor can do
but then between what the doctor can do
for<00:18:59.880> you<00:19:00.360> we<00:19:00.480> need<00:19:00.640> to<00:19:00.760> start<00:19:01.039> asking<00:19:01.360> what<00:19:01.480> can
for you we need to start asking what can
for you we need to start asking what can
we<00:19:01.720> do<00:19:01.880> for<00:19:02.039> ourselves<00:19:02.520> and<00:19:02.679> this<00:19:02.760> is<00:19:02.960> one<00:19:03.080> of
we do for ourselves and this is one of
we do for ourselves and this is one of
the<00:19:03.280> themes<00:19:03.559> that<00:19:03.679> I'm<00:19:03.880> talking<00:19:04.159> about<00:19:04.360> is<00:19:04.520> we
the themes that I'm talking about is we
the themes that I'm talking about is we
can<00:19:04.760> Empower<00:19:05.240> ourselves<00:19:05.640> to<00:19:05.799> do<00:19:05.960> the<00:19:06.080> things
can Empower ourselves to do the things
can Empower ourselves to do the things
that<00:19:06.440> doctors<00:19:06.880> can't<00:19:07.120> do<00:19:07.280> for<00:19:07.480> us<00:19:08.000> which<00:19:08.120> is<00:19:08.240> to
that doctors can't do for us which is to
that doctors can't do for us which is to
use<00:19:08.760> knowledge<00:19:09.080> and<00:19:09.280> take<00:19:09.600> action<00:19:10.400> and<00:19:10.600> if
use knowledge and take action and if
use knowledge and take action and if
Mother<00:19:11.080> Nature<00:19:11.480> has<00:19:11.640> given<00:19:11.880> us<00:19:12.039> some<00:19:12.280> Clues<00:19:13.080> we
Mother Nature has given us some Clues we
Mother Nature has given us some Clues we
think<00:19:13.480> that<00:19:13.640> there<00:19:13.799> might<00:19:13.960> be<00:19:14.159> some<00:19:14.600> a<00:19:14.840> new
think that there might be some a new
think that there might be some a new
future<00:19:15.440> in<00:19:15.559> the<00:19:15.799> value<00:19:16.480> of<00:19:16.640> how<00:19:16.799> we<00:19:16.960> eat<00:19:17.480> and
future in the value of how we eat and
future in the value of how we eat and
what<00:19:17.760> we<00:19:17.960> eat<00:19:18.240> is<00:19:18.440> really<00:19:18.679> our<00:19:18.880> chemotherapy
what we eat is really our chemotherapy
what we eat is really our chemotherapy
three<00:19:19.760> times<00:19:19.919> a<00:19:20.120> day<00:19:20.480> right<00:19:21.200> and<00:19:21.520> um<00:19:21.640> along
three times a day right and um along
three times a day right and um along
those<00:19:22.120> lines<00:19:22.360> for<00:19:22.559> people<00:19:22.840> who<00:19:22.960> might<00:19:23.159> have
those lines for people who might have
those lines for people who might have
risk<00:19:24.039> factors<00:19:24.440> for<00:19:24.640> a<00:19:24.799> cancer<00:19:25.280> would<00:19:25.400> you
risk factors for a cancer would you
risk factors for a cancer would you
recommend<00:19:26.200> pursuing<00:19:26.799> any<00:19:27.120> treatment<00:19:27.520> sort<00:19:27.640> of
recommend pursuing any treatment sort of
recommend pursuing any treatment sort of
prophylactically<00:19:28.480> or<00:19:28.799> simply<00:19:29.080> pursuing<00:19:29.480> the
prophylactically or simply pursuing the
prophylactically or simply pursuing the
right<00:19:30.159> diet<00:19:30.559> with<00:19:30.880> lots<00:19:31.039> of<00:19:31.159> tomato<00:19:31.520> sauce
right diet with lots of tomato sauce
right diet with lots of tomato sauce
well<00:19:33.159> you<00:19:33.240> know<00:19:33.400> there's<00:19:33.840> abundant
well you know there's abundant
well you know there's abundant
epidemiological<00:19:35.240> evidence<00:19:35.520> and<00:19:35.640> I<00:19:35.720> think<00:19:35.840> an
epidemiological evidence and I think an
epidemiological evidence and I think an
Information<00:19:36.559> Age<00:19:36.840> it<00:19:36.960> doesn't<00:19:37.240> take<00:19:37.400> long<00:19:37.600> to
Information Age it doesn't take long to
Information Age it doesn't take long to
go<00:19:37.880> to<00:19:38.039> a<00:19:38.200> credible<00:19:38.600> Source<00:19:39.039> like<00:19:39.559> pmid<00:19:40.039> the
go to a credible Source like pmid the
go to a credible Source like pmid the
National<00:19:40.480> Library<00:19:40.760> of<00:19:40.840> Medicine<00:19:41.480> to<00:19:41.679> look<00:19:41.840> for
National Library of Medicine to look for
National Library of Medicine to look for
epidemiological<00:19:43.080> studies<00:19:43.559> for<00:19:43.840> cancer<00:19:44.200> risk
epidemiological studies for cancer risk
epidemiological studies for cancer risk
reduction<00:19:45.000> based<00:19:45.240> on<00:19:45.480> diet<00:19:46.080> and<00:19:46.240> based<00:19:46.440> on
reduction based on diet and based on
reduction based on diet and based on
common<00:19:46.919> medications<00:19:47.840> and<00:19:48.000> that's<00:19:48.159> certainly
common medications and that's certainly
common medications and that's certainly
something<00:19:48.919> that<00:19:49.240> uh<00:19:49.400> anybody<00:19:49.760> can<00:19:49.919> look<00:19:50.120> into
something that uh anybody can look into
something that uh anybody can look into
okay<00:19:50.960> well<00:19:51.159> thank<00:19:51.320> you<00:19:51.480> so<00:19:51.720> much
William Li, TED, TED Talk, TED-Ed, TEDEducation, TED Ed, cancer, tumor, growth, cancer spread, eating, nutrition, health
