April 13, 2026 • 44 mins
What if lifesaving heart surgery no longer meant cracked bones, months of pain, and a long road back? Dr. Adam Brockman dives into one of the most exciting frontiers in modern medicine—the VECTOR procedure—a groundbreaking, minimally invasive approach reinventing how we treat blocked arteries. This episode reveals how advanced imaging and catheter-based tools may soon replace open-heart bypass for many, offering faster recovery and less trauma. But Dr. Brockman doesn’t stop there—he connects it all to the bigger picture of longevity, exploring how habits, nitric oxide, and natural vascular support can keep your arteries clear long before intervention is needed. Tune in to “The Dr. Bob Martin
Show” for a deep look at the past, present, and future of heart health—and discover how smarter
medicine meets self-care for a longer, stronger life.
Special Guest: Dr. Nathan Bryan, leading Nitric Oxide Expert (N1O1.com)
Show” for a deep look at the past, present, and future of heart health—and discover how smarter
medicine meets self-care for a longer, stronger life.
Special Guest: Dr. Nathan Bryan, leading Nitric Oxide Expert (N1O1.com)
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Episode Transcript
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Speaker 1 (00:10):
Welcome to the number one radio health talk show in America,
The Doctor Bob Martin Show. Doctor Martin is a chiropractic physician,
a Board certified clinical nutritionist, and diplomat of the American
Academy of Anti Aging Medicine. The information presented on this
show is educational in nature. Please consult your personal healthcare
provider regarding health issues. You may have got a health
(00:32):
related problem or challenge, not feeling well, and you just
don't know where to turner what to do. Doctor Bob
Martin is here for you and will do his very
best to answer your health question. The tone free number
to ask Doctor Martin a health question or to make
a health related comment is eight hundred six oh six
eighty eight twenty two. Eight hundred six oh six eighty
(00:52):
eight twenty two. That's eight hundred six zero six eighty
eight twenty two. It's the Doctor Bob Martin and Show.
Speaker 2 (01:02):
Good day and good health to you. Welcome to Health
Talk America presents the Doctor Bob Martin Show. I'm doctor
Adam Brockman, and I'm glad you're here with me today.
If you want some straight talk about your body, your
longevity in the medical breakthroughs that could change the way
we age. You're in the right place. I also encourage
(01:22):
your participation in your health. If you have a health
related question, feel free to ask us through our hotline
at eight hundred six zero six eight A two to two,
or through our website at doctor bob dot com. Again,
that's eight hundred six zero six eight A two to two,
or through our website at doctor Bob dot com. So
let's go ahead and kick this hour off with a
(01:44):
story I mentioned recently in our health headlines that I
want to dive deeper into after receiving several questions on
the topic. We have for decades. If you heard the
words heart bypass surgery, you pictured a dramatic operating room,
a cracked breastbone, long recovery, heavy pain, medication in weeks
(02:06):
or months before someone felt like themselves again. It was
major medicine with a major price tag on the body.
But now researchers and surgeons are pushing a very different
picture into the spotlight. And that's a minimally invasive heart
bypassed procedure that aims to reroute blood flow without cracking
(02:26):
open the chest. And that, folks, is the kind of
headline that makes you applaud So I want you to
join us right now as we start to uncover what's
known as the vector procedure, and that's a breakthrough approach
associated with workout of Emery University in the National Institute
of Health that is trying to blend the best of
(02:49):
two worlds, the durability of bypass surgery versus the minimally
invasive appeal of catheter based cardiology. So if we're talking
about this, we're talking about about opening blocked heart arteries
using tiny access points, advanced imaging catheter tools in stent
technology instead of the old school chest cracking approach most
(03:12):
people fear. And we know heart disease. It's still the
heavyweight champion of bad news in America. It remains one
of the top killers in coronary artery disease continues to
rob people of energy and independence in years that they
thought that they still had. And the troubling part is
that the problem often builds quietly. That plaque accumulates in
(03:36):
the arteries like sludge and old plumbing, and at first,
maybe you feel a little winded, Maybe there's chest press
pressure when you climb stairs, Maybe there's fatigue that you
chalk up to to aging or stress or poor sleep,
and then one day that warning light on the dashboard
is no longer flickering, it's flashing. Traditionally, when blocking which
(04:00):
becomes severe, patients often face two options. Stints are open
heart cordinary artery bypass grafting. But you know, stints, they
can be life saving and far less invasive, and they're
not always ideal for every location or every pattern of
the disease, and bypass surgery can be incredibly effective, especially
(04:23):
in more complex diseases. But it's a big physical event
we're talking you know, that sternotomy, the general anesthesia, the
substantial rehab in a long climb back for many patients.
And that's why this new concept is getting so much attention.
It's not just another gadget. It's representing a possible shift
(04:45):
in how we think about repairing the heart. Not bigger, smarter,
or more trauma, but more precision. So you may say,
what is this vector procedure? And at its core, the
vector approach is built around a very exciting idea and
that doctors create a bypass like solution using that minimally
(05:05):
invasive approach, often through catheters and highly targeted tools instead
of opening the chest in that traditional way, And the
answer researchers are exploring appears to be I think it
can happen, and that's a very big deal. So in
this approach, physicians use advanced imaging and in vascular techniques,
(05:28):
meaning that they work from inside those blood vessels, and
rather than solving through that breastbone, they may enter through
a small access point such as the groin or another vessel,
and they navigate these catheters towards the heart and use
specialized devices to restore or reroute blood flow around dangerous blockages.
(05:50):
And depending on the exact anatomy and the evolving techniques involved,
this may include stint based support and other catheter delivered
strategies designed to accomplish what once required a much more
invasive operation. And now let me be clear and responsible here,
this is still the kind of innovation that demands careful
(06:11):
patient selection, highly trained teams, and ongoing study. Not every
patient is a candidate, and not every blockage can be
handled the same way, and not every hospital is equipped
to do this, but the direction is what's so remarks
remarkable in this and we may be watching that first
chapter of a new era where the phrase heart bypass
(06:32):
no longer automatically means your chest gets open like a mailbox.
And you don't need to be a surgeon to understand
why this is generating buzz. Less invasive usually means less
collateral damage to the body, and when we reduce that
physical trauma, we often improve the recovery story. So think
about these possible upsides with the less pain and less
(06:54):
blood loss, less infection risk, or shorter hospital stays. For
all adults, that matters tremendously, and for people that are
already dealing with diabetes or inflammation or muscle loss, it
matters even more. And in longevity medicine, we don't ask
can we do the procedure? We ask what does the
(07:16):
procedure cost the body? And so that's the bigger message here.
Your body is not a rental car. We don't want
to fix one part while beating up three others in
the process when there's a better way. And that's where
the modern cardiovascular medicine gets fascinating. We're seeing this battle
of philosophies, this conventional big incision surgery versus precision guided,
(07:38):
minimally invasive therapy, and the truth is as usual, it's
not tribal. It's about matching the right tool to the
right patient at the right time. Sometimes open surgery is
still the best answer. Then sometimes the catheter based intervention
is the best answer. And so now with innovations like vector,
we may be seeing this hybrid future, sure that it's
(08:00):
taking shape, But as a health motivator, I want to
zoom out for a mimut. A breakthrough procedure is exciting,
it can be life saving, it can change the game.
But no surgery, no catheter, no stint, gives you a
free pass to ignore the terrain that created the problem
in the first place. These blocked arteries are usually the
end result of years of metabolic chaos. And we're talking
(08:23):
inflammation and oxidative stress and insulin resistance, high blood pressure,
you know, poor sleep, sedentary lifestyle, tobacco, alcohol, ultra processed food,
this goes, this goes on and on. So in many adults,
if we start zooming out and we look at nitric
oxide production also fall starts to fall sharply with age,
(08:46):
and so around forty production can can drop significantly. In
later decades, the decline can be even more staggering, and
that matters because nitric oxide helps your arteries to relax,
and it improves circulation, and it supports the health of
the endothelium that's that interlining of your blood vessels. So again,
(09:07):
all these things matter. So let's celebrate the breakthrough, but
don't miss the lesson. The future of heart health is
not just an emergency rescue. It's early detection, better vascular support,
smarter lifestyle medicine, and preserving artery function long before a
blockage turns into a crisis. Procedures save lives, daily habits
(09:30):
protect them, all right, So that's the perfect bridge to
where we're heading next. After the break I'm going to
be joined by a world renowned expert in heart health
to talk about a so called miracle molecule we may
have just mentioned, and that's a total game changer for
cardiovascular wellness. So if these new minimally invasive bypass techniques
(09:53):
are changing how we respond to severe arterial disease, the
next conversation over the hour is going to explore how
we may protect the blood vessels upstream, long before people
get down that road of surgery and worrying about what's next.
All Right, so I don't want you to go anywhere.
This breakthrough in minimally invasive heart bypass surgery is one
(10:16):
of those stories that reminds us medicine can evolve in
a very hopeful direction. Less trauma, more precision, better outcomes,
and that's what we want. So we're going to head
to a quick break and when we come back, we're
going to sit down with a world class expert and
unpack how this miracle molecule can help you arm yourself
(10:37):
with the tools that you need to protect your artery,
support your circulation, and take control of your heart health future.
You're listening to the Doctor Bob Martin Show. I'm doctor
Adam Brockman. Stay with us. Are you tired of swallowing
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off at healthyseal dot com. And you bactic switches speech
(12:12):
and what you tell me you speak of. Welcome back
to Health Talk America presents the Doctor Bob Martin Show.
I'm doctor Adam Brockman, and today we're going to continue
to dive deep into the science of longevity. And if
(12:34):
you're just joining us, I encourage you to go back
and listen to our first segment, which is going to
be available after the show airs nationwide and is available
on all major platforms, and that's including Apple, iHeart and
Amazon Music. All you got to do is search for
the Doctor Bob Martin Show. So again, Today, we're gonna
talk about living longer, but we're also going to talk
(12:56):
how to live better, and to do that, we have
to talk about nitric oxide. And joining me is the
world's leading authority in the subject, and that's doctor Nathan Bryan.
And doctor Brian. He's an internationally recognized biochemist, he's a researcher,
and he's also the founder of N one one and
that's a company that's pioneering nitric oxide restoration technology. Doctor
(13:19):
Brian he spent over twenty years in academia as a
professor of molecular medicine and he's published over one hundred
peer review papers. And in his free time, which is
probably little, he owns and operates a large ranch. And
Doctor Brian's decades of work have reshaped what we now
know about circulation, vascular repair, and healthy aging. So it's
(13:43):
a pleasure to have him join the show again to
discuss this very important topic, which is your heart. And
doctor Brian, I want to welcome back to the Joe.
How are you today?
Speaker 3 (13:52):
I'm doing well, Adam, Thanks good to be with you.
Speaker 2 (13:54):
Great, great great so doctor Brian again, it's an absolute
honor to have you on the show. Today and the show.
For years we've talked about your work and my world
of sports medicine and anti aging. We talk a lot
about blood flow, but you've taken that to a whole
different level, and that's the molecular level. And for our
(14:15):
listeners who are hearing this term for the first time,
I want you to explain a little bit what exactly
is nitric oxide.
Speaker 3 (14:23):
Well, it's a foundational molecule. It's a molecule that's naturally
produced in the human body, and it regulates blood flow, circulation,
outgon delivery. It mobilizes our stem cells, it prevents our
telomeres from getting shorter, so it extends our lifespan, and
it activates the energy producing organelles of the cell, the mitochondria.
So everything we know about regulation of blood flow, adequate circulation,
(14:45):
and longevity and leading a longer life free of disease
is dependent upon the body's ability to produce nitrocoxide.
Speaker 2 (14:53):
And I think you made mentioned back in nineteen ninety
eight that the nitric oxide res was actually awarded the
Nobel Prize. Can you explain that in a little bit
more detail?
Speaker 3 (15:07):
Sure so. Yeah, So in nineteen ninety eighth, the Nobel
Committee awarded the Nobel Prize in Physiology or Medicine to
three US scientists that were responsible for the discovery of
nitrocoxide as a signaling molecule in the cardiovascar system. And
it was Bob Firscott Luignaro, and Fred Murat, and collectively
they basically told the story that if the end of
thelial cells that line all blood vessels throughout the body
(15:29):
makes nitrocoxide, it dilates blood vessels. And then if you
give nitrocoxide active drugs like at the time was nitroglycisin
or isis orbide, then it still it dilates the blood
vessels and improves blood flow and tissue oxygenation. So those
guys were responsible for the discovery of microcoxide, which was
I still think is the greatest discovery in vascutrobiology and
(15:51):
in medicine. But the question then remained, well, how does
the human body make nitrocoxide? What leads to a loss
of its natural production? And then how do we correct that?
And that's been my work, you know, uh, you know,
following in the work of those three guys is now
how do we correct this and how do we restore it.
And so that's where that's where we are today. And
we've you know, as you said, we made a lot
(16:12):
of discoveries and we've we've innovated a lot of product technology.
And so we understand how the human body makes it,
we understand what leads to loss of its production. And
when we understand those two things, we can now correct it.
Speaker 2 (16:23):
So so if we take a step back, and and
to me, it's incredible to think that this simple gas
is this master switch for our entire circulatory system.
Speaker 4 (16:33):
Uh.
Speaker 2 (16:34):
So you know, in my practice, I see athletes and
weekend warriors and walks of all all life. Uh, everybody
struggles with recovery. And if blood can't can't get to
the side of injury because maybe those those pipes, the
arteries and the veins are too narrow, healing just doesn't happen.
(16:56):
And that's that's my experience. Would that be safe to say.
Speaker 3 (16:59):
Now, well, it's that you're certainly correct, But I think
it goes a step beyond that. So if you don't
have good circulation, you can't deliver oxygen to individual cells,
and furthermore, you can't take out the metabolic waste product
from those cells. That they're acting. So what happens is
you start to get lactic acid build up, you get sore,
and well trained athletes recover faster. So part of it
(17:20):
is about circulation, but the other part in terms of
specific for recovery and wound repair. If you have an injury,
it's the ability of our own stem cells to mobilize
and differentiate and repair those dysfunctional cells. And nitric oxide
is the signal that tells our own stem cells to
mobilize and differentiate. So if you make good nitric oxide,
you're in good health. You have good ended thebol function,
(17:42):
then you have adequate circulation, you have stem cells, and
so you perform better and you recover faster. And to
the contrary, if you can make nitric oxide, you have
poor circulation, you have poor energy production, you get more
metabolic waste products, and you don't recover from injury. But
all of this can be traced back through all men
mechanisms to the adequate production of nitrocoxide.
Speaker 2 (18:04):
So nitric oxide, you know, a lot of people may
think maybe it just helps with blood pressure, but what
you're saying is it regulates inflammation. It's involved as in
the brain, as neurotransmission, and it even helps that immune
system maybe fight off pathogens. So it's this miracle molecule
(18:27):
like I alluded to in the first segment, because every
single cell in the body depends on the delivery of
oxygen and nutrients, and that's through blood flow. So would
you say nitric oxide is the gatekeeper of that flow?
Speaker 3 (18:43):
Absolutely. You know, we used to call nitroc oxide america molecule,
but it's not a miracle molecule anymore, because a miracle
implies that you see, you have an observation that you
can't explain through science. So it's like a miraculous effect.
But you now, now, whether we're two hundred thousand papers
published in the literature, we understand how nitrocoxide works. We
(19:04):
understand when it's produced, where it goes, what had becomes,
and how it signals. So it's not a miracle as
it were. Where it's we've completely elucidated the mechanisms that
explain the clinical observations. But nitrocoxide is the gatekeeper for
everything we know. You mentioned in the brain. It's important
in the brain. In fact, dimension Alzheimers are kind of
in symptoms of inadequate nitrocoxide production dimension. Alzheimer's is a
(19:29):
nitrocoxide disease of nitrocoxide deficiency, and then we look at
you know, activation of the mitochondria in our immune systems,
so you know, pathogenic bacteria is sensitive to nitrocoxide. Nitrocoxide
prevents the viruses from replicating. So again, if you can't
make nitrocoxide, you become prone to infectious disease and prone
to viral infections. If you make a lot of nitrocoxide,
(19:51):
you're resistant to disease, and you may be exposed to viruses.
We're all exposed to viruses every day, and some people
get sick and some people don't. And nitrocoxide can explain
the the resistance to infections, whether bacterial or viral.
Speaker 2 (20:05):
And you mentioned mentioned something that I think a lot
of our listeners will be very interested in and and
of course, uh, you know, we're all scared of those
terms dementia, Alzheimer's. So I want to you know, we
got a minute or two before break, so I want
you to really explain explain that because I know that's
going to be a big, big question that we're going
to get feedback from listeners on, Well, it just Alzheimer's
(20:29):
and dementia.
Speaker 3 (20:29):
Yeah, dementia. Alzheimer's is a vaster metabolic disease and it's
been clinically validated that it's in some resistance in the brain.
In fact, the Alzheimer's has been called diabetes type three.
And if you look at cerebral blood flow through spec
skins or functional themris, there's focal a schemia. What that
means is there's parts of the brain that aren't getting
adequate blood supply and that leads to brain atrophy. And
(20:50):
it goes back to cell biology. If the cell doesn't
get oxygen and nutrients to do its job, then the
cell doesn't perform. And so what happens is you get
misfolding of proteins and that's what we call hamiloid plaque
and tall tangles and nitri but it's the end result
is lack of nitroc oxide, and in fact, we're developing
nitrocoxide based therapies for dimension Alzheimer's because nitric oxide improves
(21:11):
blood float of the brain, It gets insulin into the cell,
potentiates insolent signaling reversus insulin resistance, and so nitric oxide
itself addresses the root cause of dimension Alzheimer's.
Speaker 2 (21:25):
So today we're talking with doctor Nathan Bryan of N
one oh one and listeners, if you're curious about the
research that he has done, which is quite a bit
extensive research on the talking, but he's very good to
put it into in the terms that we can all understand.
I encourage you to visit his website at N one
oh one dot com. That's N one oh one dot com.
(21:48):
I'll be right back with doctor Nathan Brian. You're listening
to the Doctor Bob Martin Show. Are you waiting on
a line next, Jake? Are you waiting for the perfect night?
Speaker 3 (22:10):
Are you waiting to the time is right.
Speaker 1 (22:17):
You learn to do it?
Speaker 2 (22:21):
Welcome back. You're listening to the Doctor Bob Martin Show.
I'm doctor Adam Brockman, and today we're joined with doctor
Nathan Brian, UH, and we're discussing a very important molecule
in your body, and that is nitric oxide. You've probably
heard us talk about that on the show often. We
even had doctor Brian on the show just about a
month ago to discuss this. Uh. But it was we
(22:42):
received a lot of color color feedback listener feedback, and
I thought, well, let me invite doctor Brian back to
the show because it's such an important topic to discuss.
We were all, you know, heart disease is a leading
leading cause of death, it's a it's a very important
thing to keep that circulatory system going like it should
(23:03):
in nitric oxide as a big component of that. And
so doctor Brian, the you know, I really was diving
into your research. It really really shook me on some
of these topics. You know, we think we're doing okay,
we're eating eating salads, we're getting getting our steps in,
but internally, let's just say something is starting to disappear.
(23:25):
I want you to talk to us about that aging
cliff and what happens to nitric oxide levels as those
candles on the birthday cake start to add up.
Speaker 3 (23:36):
That's right now, if we look at the clinical data
and just start to look at vascular function or the
how well the enzyme that makes nitrocoxide is performing, and
we can do that through certain age groups like twenty
to thirty year olds, thirty to forty, so each decade
we look at what we call endothelial function, and what
the data clearly show is we lose about ten to
twelve percent of our nitric oxide production per decade, and
(23:58):
so by the time we're forty fifty years old, we
only have about fifty percent of the nitrocoxet we had
when we were younger. But remarkably, because we understand the
function of the enzyme and the enzymology and about chemistry
which leads to a loss of that production, we now
have ways that we can prevent that age related decline
and even reverse it. And you know, I'm the best
example of that because you know, I'm always the inequal
(24:20):
one experiment, right, So I'm fifty two chronologically, but I'm
twenty nine biologically based on my body's ability to produce
nitrocox set or the vascular age. And we to the country,
we see twenty twenty four year old kids that have
the vascularage of a sixty or seventy year old. So
just because on average there's this age related decline, we
can move this to the left or to the right,
(24:41):
and you know, best case scenario, we can prevent the
age related loss. But it goes back to lifestyle and
diet and making sure that you're not doing the things
that are leading to a disruption of nitrocoxide production and
then start doing the things that we know can activate
it and stimulate it. And that's really the you know,
as you mentioned, the science is very complex, but the
(25:01):
solutions may be very simple.
Speaker 2 (25:06):
And and this is the reality that that I want everyone
to understand. As as you said, our ability to produce
nitric oxide, it doesn't just dip as we age, it
starts to fall off off off a cliff, like I said,
with that aging cliff. And so by the time the
average person reaches forty years old, as you said, their
(25:26):
body is producing about fifty percent less nitric oxide than
it did in their in their twenties. And by the
so for we're adding this up, by the time you're
you're sixty, maybe you're operating at at say fifteen percent
capacity or yeah, yeah, So that's that to me. That's
so that's kind of a statistic we need to keep
in mind. That's like trying to run a marathon while
(25:50):
trying to breathe through a through a cocktail straw, right,
you know. So, so this should be a wake up call. Uh,
you know, as a as a physician, most most patients
in the door when when the structural side of health
starts to fail the side that that we can we
can physically see. But if this this chemical side, let's
just call this the where nitric oxide falls, is starting
(26:13):
to fail, there's no amount of that outside work can
fix that starving circulatory system. So so as far as
this goes, we have to address that that root cause
uh in this in this biological sense. Uh So, so
how how do we start to do that, doctor Brian?
Speaker 3 (26:32):
Well, you know, our body talks to us and we
have to listen, and if we don't listen, bad things happen.
But you start to develop signs and symptoms of nitrocoxide deficiency.
And the challenge in clinical medicine is, you know, unfortunately
doctors don't like to treat things they can't measure, and
because nitrocoxide is not measured in the blood or part
of the standard diagnostics, it's not treatable or the doctors
(26:52):
think it's not treatable. But the first signs and symptoms
of nitrocoxide deficiency is erectile dysfunction and then if not corrected,
your blood picture goes up. And if that's not corrected,
you develop fatigue, and if that's not corrected, then you
develop metabolic disease and instant resistance and diabetes, and if
that's not corrected, those are all risk factors that lead
to dimension Alzheimer's. So these are all these step wise
(27:14):
symptoms of nitrocoxide deficiency that we have to pay attention to.
And so the question is how do we reverse that?
How do we prevent the loss of nitrocoxide. So you've
got to do two things. Stop doing the things that
disrupted and start doing the things that promote it. And
we can take those one by one because these are
very very important steps. So what causes a lack of
(27:34):
nitrocoxide production. It's sugar, it's simple carbohydrates. Anything that leads
to an increase in blood sugar and insulin. All this
is known to shut down nitrocoxide production. Number two is
the use of antiseptics. You know, there's bacteria that we've
discovered in our mouth, in our gut, on our skin
that produce nitrocoxide. So if you're using a fluoridated toothpaste,
(27:55):
toothpaste with fluoride in it, it's an antiseptic, it's killing bacteria.
If you use mouthwater, two out of three Americans use
mouth washed every day and two out of three Americans
have an unsafe elevation in blood pressure, and we publish
that if you use mouthwash kills the nitric oxide producing bacteria,
your blood pressure goes out. And then number three is
or is the use of an acids, specifically the proton
(28:16):
pump inhibitors, things like prilosec, prevaced omeprasof pentoprasol. These drugs
completely shut down lectrocoxide production. So now if you eliminate sugar,
get rid of fluoride, stop using mouth washing, ween off
fan acids, you've released the brakes on the body's ability
to make nitrocoxide on its own. But we can actually
help stimulate that modern physical exercise. We have to move,
(28:37):
we have to exercise. It's one I hear people say, well,
I stopped exercising because I got old. No, you get
old because you stopped exercising. So you can do nasal breathing,
you can exercise twenty thirty minutes of sunlight a day,
and those are the things that are clinically proven to
improve nitrocoxide production. And then when all else fails, you know,
(28:57):
we've developed product technology that does it for you. Mm hmmm.
Speaker 2 (29:01):
So we know that we're losing nitric oxide as we age.
The question is you know, you know again what we've
been talking about is how how do we get it back?
So I see a lot of these these nitric oxide
boosters at the health food store. Usually they're they're filled
with maybe just beat powder. But but you've you've taken
(29:21):
a different approach when developing N one oh one, and
that is through your lossonge technology. And I want you
to explain just a just briefly here and we'll come
back to it. Why why your method is different and
what is the that that connection, that shocking connection to
oral health that you just mentioned briefly, they're there too.
Speaker 3 (29:40):
Well. All the products that we developed are based in
my twenty five years of research and discoveries in the lab.
There's no other company out there making a nitric oxide
products that understands the science, and that's their products don't
work because they can't work, so beats aren't nitric oxide.
So what we do and through these series of discoveries
was number one, we understand when nitric oxcid's produced, where
does it go? What does it become? Because once it's
(30:01):
produced has gone on less than a second and we
understand what leads to a loss of its production. So
once we understood that, then we thought, okay, well how
do we deliver nitrocoxide that recapitulates nitrocoxide production and signal.
Because I never want to give the body something that
the body's not used to see. We call this restorative physiology.
So I made an orderly disintegrating tablet that you put
(30:21):
this laws on gin your mouth. It dissolves over five
to six minutes, and as it's dissolving, we're releasing a
specific amount of nitrocoxide. And we know when it's produced,
we know where it goes, we know what it becomes,
and we know how it signals. So it's basically mimicing
the body's ability to make nitrocoxide on its own.
Speaker 2 (30:37):
Doctor Brian, I'm going to have you hold that thought
and we're going to come back to this. So we're
talking with doctor Nathan Bryan. He is he's a founder
of N one oh one, which makes us great loss
enge that we're going to get in better detail on
how it can improve your cardiovascular system and your overall health.
We'll be right back. You're listening to that Doctor Bob
Martin Show.
Speaker 4 (31:04):
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Speaker 2 (32:04):
Hi, it's doctor Adam Brockman. We talk about health every week.
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Speaker 3 (33:21):
Numbag SI.
Speaker 2 (33:24):
Welcome back, Doctor Adam Brockman here as we return to
the Doctor Bob Martin Show, America's number one health talk
radio program, and today we're talking with doctor Nathan Bryan
of N one oh one and and folks, he's done
a lot of research he's been a professor on this
subject for for quite some time, done a lot of
great things in this in this arena, So I encourage
(33:47):
you to head over to his website at N oneoh
one dot com. There you can find his research, you
can find the the great products that he's developed, including
the one that we're going to talk about here in
just a second. And he also has a great staff
that's willing to help answer some of your questions or
take your order at if you want to write this down.
(34:07):
It is eight three two seven seven nine four four
three five again. That is eight three two seven seven
nine four four three five again his website N one
oh one dot com. And I want to to make
sure that is clear. It is not zero. That is
N one oh one dot com. All right, well again,
(34:31):
doctor Brian. Before the break, we were talking about this
technology that you've created for for nitric oxide delivery, and
this is in the loss enge form, And again, can
you explain to our listeners exactly how this works with
their body?
Speaker 3 (34:47):
Yeah, Well, you know, in two thousand and seven we
discovered the nitric oxet is a hormone, and so when
you lose the production of a hormone, we do hormone
replacement therapy, right, we give you the molecule butte, and
it's so different than giving them testosterone or women estrogen.
It's replacing a missing hormone. So again, nitrocoxide is a gas.
We have to deliver the gas. It's not Nitrocoxide is
(35:07):
not beats. Nytrocoxide is not ap peel you can swallow.
It's a gas. And so this ordly disintegrating tablet releases
physiological therapeutic amounts of nitrocoxide as it's dissolving. But as
I mentioned more importantly, it's because we're we understand the
enzymology and the enzyme and the lining and the blood vessels.
We're fixing the enzyme, we're recoupling the mass enzyme, and
(35:28):
we see about a twenty to forty percent improvement in
in dodging a nitrocoxide production within twenty minutes. And then
because it's residing in the mouth, it's changing the microbiome.
It's improving the diversity of the bacteria, improving nitrocoxide production
through the bacterium. So if your body can make nitric oxide,
we provide it for you, but we're improving your body's
(35:48):
ability to make nitrocoxide on its own. So it's addressing
the root cause your deficient in nitrocoxide. And there's no
other product on the market, no other technology out there
that does what the nitrocoxide laws is does.
Speaker 2 (36:01):
And this is this is crucial. You know, like you said,
most products on the market, they rely on on your
body being able to convert something into nitric oxide. Right.
So the so the problem, the problem is as we're
as we're aging, once we get over forty, your your
body has has lost the enzyme that's needed to make
(36:22):
that conversion. So so you're you're basically, you know, putting
putting gas into your in your car, but it's it
might be might be leaking out, or it's not being
being used correctly, right, you might have broken engine. Uh So,
so the technology that you've created at N one oh one,
it basically this loss enge itself creates the the nitric
(36:44):
oxide as it dissolves in your mouth, So you're not
you're not giving a precursor to try to convince your
body to make it. You're actually delivering that actual molecule.
So so so with the lozenges, getting that that delivery
of nitric oxide into the body. Getting that to you
(37:04):
for your body be able to use right away is fantastic.
And you also were talking about last segments some natural
ways to restore nitric oxide in your body, and I
want you to just touch on that again because these
are very important, important topics to discuss.
Speaker 3 (37:23):
Sure, So the most thing we have to do, the
most important thing we have to do is stop doing
the things that inhibit the production. So and these are
things that people do, like oral hygiene, the use of
fluoride and toothpaste. In America, seventy two percent of the
municipalities have fluorid in the drinking water. And fluoride is
not only a neurotoxin, but it's an anessepic so it's
killing the bacteria in and on our body. So we
(37:43):
have to get rid of fluoride. And then if you're
using mouthwash, you must stop. We and others publish that
if you have good blood pressure you use mouth wash,
it causes an increase in blood pressure and you also
lose the protective benefits of exercise. So the best case
scenario is you're doing all the right things, or you
think you are. You eating a good diet, a balanced
diet in moderation, green leafy vegetables. You're exercising, but if
(38:04):
you're using mouthwash or have fluid in your toothpaste, you
get zero benefit from your diet. You get zero cardioprotective
benefits from exercise. And so that's I was forced to
not only develop a nitrocoxide laws, but we did. We're
designing an oral line of products, a fluoride free, hydroxy
appetite based toothpaste that doesn't kill the bacteria, it improves
(38:24):
the bacteria. And then we're developing a safe and healthy
nitro nitrocoxide microbiome friendly mouth wash. So we have to
we have to change our oral care and stop using
things that are causing dys biosis. And then you know,
we know we know how to recouple the mass enzyme
and improve enzymatic production of nitrocoxide. But those are the
most important things you can do is stop using fluoride,
(38:47):
stop using mouthwash, ween off in acids, and stop eating
sugar and simple carbohydrates.
Speaker 2 (38:52):
Mm hmm. And that and that's something that we talk
about on the show often, is how important that that
oral cavity is to our overall our our systemic wellness.
You know you're talking about, uh, if you're using those
any anti septic type of mouthwashes, that's that scorched earth
policy where it's like, hey, it's everything is going to
be knocked out. And that also gives the the body
(39:15):
and an opportunity to produce that that the bad bacterias
that are in there. So we got to be very
aware of that. So when we we think we're being hygienic,
we're actually sometimes sabotaging our our own our own health
and our heart health. So so it's going to show
that how delicate that that ecosystem really is. And that's
and that's why I love your products, the the N
(39:36):
one oh one products. It's working with the body's chemistry
rather than just uh, you know, just trying to to
basically have good, good breath or whatever that might be.
So again, folks, we got to take a quick break.
We're talking with doctor Nathan Bryan of N one oh
one Again, I encourage you to head over to his
his website find out about his research is products. It's
(39:58):
N one oh one dot com. We'll be right back.
You're listening to the Doctor Bob Martin Show. Doctor Adam
Brockman here you've heard us say it before. Your mouth
is the gateway to your body's health. But what if
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of your whole body health. Americanpolisticcare dot Com.
Speaker 1 (41:06):
What's wrong within, What's wrong within? What's wrong within?
Speaker 2 (41:11):
Contentent Welcome back. You're listening to the Doctor Bob Martin Show.
I'm doctor Adam Brockman, and today we've covered the what
in the why of nitric oxide. But with doctor Nathan Bryan,
I also want to talk about the how. So for
the person listening right now who's feeling sluggish, who is
(41:35):
worried about their blood pressure, or who wants to stay
ahead of that aging curve, I want you to just
reinforce doctor Brian, what are the practical steps to do that?
Speaker 3 (41:46):
Well, Look, I mean we have to change our diet,
we have to change our lifestyle. Again, it's it's very simple.
Balance dye in moderation, a lot of good protein, good fats,
limited carbs, focus on your royal hygiene by a fluoride
free toothpaste, make one cardiosmile breath of life, stop using
mouthwash and then ween off in assets. But the most
important thing what we've discovered is there's only two people
(42:08):
in the world who need nitrocoxide, and it's the people
who are sick and want to get well, and it's
the people who are well and don't want to get sick.
So if you follow within one of those categories, you
need our nitrocoxide, lausge and so I think it's very
important that you get informed and educated on nitrocoxide because
there's a lot of misinformation out there. You know, you've
probably all heard the commercials on beats, and beats are
(42:29):
not nitrocoxide. Beats are farthest thing from nitrocoxide. And so
you have to understand and don't buy into this deceptive,
creative marketing that these companies are doing. But you have
to understand the science. And so if your body can
make nitrocoxide, then we'd have to do it for you.
But more importantly, and I'll just shamelessly plug my latest
book called The Secret of Nitrocoxide, Bring the science to life,
because I think you need to understand the science so
(42:51):
you can make informed and educated decisions. You can buy
that on Amazon, Barnes and Noble, or wherever books are sold,
and then subscribe to my YouTube channel, doctor Nathan Askper Nitrocoxide.
We provide quality, scientific based information on nitrocoxide. And then again,
as doctor Adam alluded to, we have products on in
one oh one dot com. That's the letter N number
(43:12):
one letter O number one dot com. It's not in
one zero one dot com. It's in one oh one
dot com. But you know, we we're out there. We're
developed this technology and the drug therapy. We're not just
a consumer products company. We're going through the FDA developing
drug therapy for things like Alzheimer's as we discussed in
a schemic heard disease, and topical drugs for diabetic ulcers.
(43:32):
But the future of nitrocoxide, or the future of medicine,
is dependent upon nitrocoxide. And you know we're proud to
be leading the way.
Speaker 2 (43:39):
Well great, great, great, I love I love that there's
the steps that you can take right now from doctor Brian.
It's it's simple, it's actionable, and uh and it's empowering.
We don't have to be be victims of a declining
cardiovascular system. We can actually take the wheel. So doctor
Nathan Bryan, thank you so much for joining us. It's
been a great conversation. And uh, the goal at N
(44:02):
one oh one is to change the way the world
looks at heart health and that's with this you know
molecule that's nitric oxide. So so again we've been talking
about this being a miracle molecule. That is a buzzword,
but it's it's fuel for your longevity. So I encourage
you to head to doctor Brian's website that's N oneoh
(44:24):
one dot com. That's N one oh one dot com.
I encourage you to read his research, his book and
try it for yourself. Don't wait until that that highway
that is your cardiovascular system breaks down to start start
the repairs. I want you to arm yourself with the knowledge,
protect your heart, and take control of your health. Today.
(44:45):
This is doctor Adam Brockman for Health Talk America presents
the Doctor Bob Martin Show. Stay healthy, stay informed, and
we'll see you next hour.
Welcome to the number one radio health talk show in America,
The Doctor Bob Martin Show. Doctor Martin is a chiropractic physician,
a Board certified clinical nutritionist, and diplomat of the American
Academy of Anti Aging Medicine. The information presented on this
show is educational in nature. Please consult your personal healthcare
provider regarding health issues. You may have got a health
(00:32):
related problem or challenge, not feeling well, and you just
don't know where to turner what to do. Doctor Bob
Martin is here for you and will do his very
best to answer your health question. The tone free number
to ask Doctor Martin a health question or to make
a health related comment is eight hundred six oh six
eighty eight twenty two. Eight hundred six oh six eighty
(00:52):
eight twenty two. That's eight hundred six zero six eighty
eight twenty two. It's the Doctor Bob Martin and Show.
Speaker 2 (01:02):
Good day and good health to you. Welcome to Health
Talk America presents the Doctor Bob Martin Show. I'm doctor
Adam Brockman, and I'm glad you're here with me today.
If you want some straight talk about your body, your
longevity in the medical breakthroughs that could change the way
we age. You're in the right place. I also encourage
(01:22):
your participation in your health. If you have a health
related question, feel free to ask us through our hotline
at eight hundred six zero six eight A two to two,
or through our website at doctor bob dot com. Again,
that's eight hundred six zero six eight A two to two,
or through our website at doctor Bob dot com. So
let's go ahead and kick this hour off with a
(01:44):
story I mentioned recently in our health headlines that I
want to dive deeper into after receiving several questions on
the topic. We have for decades. If you heard the
words heart bypass surgery, you pictured a dramatic operating room,
a cracked breastbone, long recovery, heavy pain, medication in weeks
(02:06):
or months before someone felt like themselves again. It was
major medicine with a major price tag on the body.
But now researchers and surgeons are pushing a very different
picture into the spotlight. And that's a minimally invasive heart
bypassed procedure that aims to reroute blood flow without cracking
(02:26):
open the chest. And that, folks, is the kind of
headline that makes you applaud So I want you to
join us right now as we start to uncover what's
known as the vector procedure, and that's a breakthrough approach
associated with workout of Emery University in the National Institute
of Health that is trying to blend the best of
(02:49):
two worlds, the durability of bypass surgery versus the minimally
invasive appeal of catheter based cardiology. So if we're talking
about this, we're talking about about opening blocked heart arteries
using tiny access points, advanced imaging catheter tools in stent
technology instead of the old school chest cracking approach most
(03:12):
people fear. And we know heart disease. It's still the
heavyweight champion of bad news in America. It remains one
of the top killers in coronary artery disease continues to
rob people of energy and independence in years that they
thought that they still had. And the troubling part is
that the problem often builds quietly. That plaque accumulates in
(03:36):
the arteries like sludge and old plumbing, and at first,
maybe you feel a little winded, Maybe there's chest press
pressure when you climb stairs, Maybe there's fatigue that you
chalk up to to aging or stress or poor sleep,
and then one day that warning light on the dashboard
is no longer flickering, it's flashing. Traditionally, when blocking which
(04:00):
becomes severe, patients often face two options. Stints are open
heart cordinary artery bypass grafting. But you know, stints, they
can be life saving and far less invasive, and they're
not always ideal for every location or every pattern of
the disease, and bypass surgery can be incredibly effective, especially
(04:23):
in more complex diseases. But it's a big physical event
we're talking you know, that sternotomy, the general anesthesia, the
substantial rehab in a long climb back for many patients.
And that's why this new concept is getting so much attention.
It's not just another gadget. It's representing a possible shift
(04:45):
in how we think about repairing the heart. Not bigger, smarter,
or more trauma, but more precision. So you may say,
what is this vector procedure? And at its core, the
vector approach is built around a very exciting idea and
that doctors create a bypass like solution using that minimally
(05:05):
invasive approach, often through catheters and highly targeted tools instead
of opening the chest in that traditional way, And the
answer researchers are exploring appears to be I think it
can happen, and that's a very big deal. So in
this approach, physicians use advanced imaging and in vascular techniques,
(05:28):
meaning that they work from inside those blood vessels, and
rather than solving through that breastbone, they may enter through
a small access point such as the groin or another vessel,
and they navigate these catheters towards the heart and use
specialized devices to restore or reroute blood flow around dangerous blockages.
(05:50):
And depending on the exact anatomy and the evolving techniques involved,
this may include stint based support and other catheter delivered
strategies designed to accomplish what once required a much more
invasive operation. And now let me be clear and responsible here,
this is still the kind of innovation that demands careful
(06:11):
patient selection, highly trained teams, and ongoing study. Not every
patient is a candidate, and not every blockage can be
handled the same way, and not every hospital is equipped
to do this, but the direction is what's so remarks
remarkable in this and we may be watching that first
chapter of a new era where the phrase heart bypass
(06:32):
no longer automatically means your chest gets open like a mailbox.
And you don't need to be a surgeon to understand
why this is generating buzz. Less invasive usually means less
collateral damage to the body, and when we reduce that
physical trauma, we often improve the recovery story. So think
about these possible upsides with the less pain and less
(06:54):
blood loss, less infection risk, or shorter hospital stays. For
all adults, that matters tremendously, and for people that are
already dealing with diabetes or inflammation or muscle loss, it
matters even more. And in longevity medicine, we don't ask
can we do the procedure? We ask what does the
(07:16):
procedure cost the body? And so that's the bigger message here.
Your body is not a rental car. We don't want
to fix one part while beating up three others in
the process when there's a better way. And that's where
the modern cardiovascular medicine gets fascinating. We're seeing this battle
of philosophies, this conventional big incision surgery versus precision guided,
(07:38):
minimally invasive therapy, and the truth is as usual, it's
not tribal. It's about matching the right tool to the
right patient at the right time. Sometimes open surgery is
still the best answer. Then sometimes the catheter based intervention
is the best answer. And so now with innovations like vector,
we may be seeing this hybrid future, sure that it's
(08:00):
taking shape, But as a health motivator, I want to
zoom out for a mimut. A breakthrough procedure is exciting,
it can be life saving, it can change the game.
But no surgery, no catheter, no stint, gives you a
free pass to ignore the terrain that created the problem
in the first place. These blocked arteries are usually the
end result of years of metabolic chaos. And we're talking
(08:23):
inflammation and oxidative stress and insulin resistance, high blood pressure,
you know, poor sleep, sedentary lifestyle, tobacco, alcohol, ultra processed food,
this goes, this goes on and on. So in many adults,
if we start zooming out and we look at nitric
oxide production also fall starts to fall sharply with age,
(08:46):
and so around forty production can can drop significantly. In
later decades, the decline can be even more staggering, and
that matters because nitric oxide helps your arteries to relax,
and it improves circulation, and it supports the health of
the endothelium that's that interlining of your blood vessels. So again,
(09:07):
all these things matter. So let's celebrate the breakthrough, but
don't miss the lesson. The future of heart health is
not just an emergency rescue. It's early detection, better vascular support,
smarter lifestyle medicine, and preserving artery function long before a
blockage turns into a crisis. Procedures save lives, daily habits
(09:30):
protect them, all right, So that's the perfect bridge to
where we're heading next. After the break I'm going to
be joined by a world renowned expert in heart health
to talk about a so called miracle molecule we may
have just mentioned, and that's a total game changer for
cardiovascular wellness. So if these new minimally invasive bypass techniques
(09:53):
are changing how we respond to severe arterial disease, the
next conversation over the hour is going to explore how
we may protect the blood vessels upstream, long before people
get down that road of surgery and worrying about what's next.
All Right, so I don't want you to go anywhere.
This breakthrough in minimally invasive heart bypass surgery is one
(10:16):
of those stories that reminds us medicine can evolve in
a very hopeful direction. Less trauma, more precision, better outcomes,
and that's what we want. So we're going to head
to a quick break and when we come back, we're
going to sit down with a world class expert and
unpack how this miracle molecule can help you arm yourself
(10:37):
with the tools that you need to protect your artery,
support your circulation, and take control of your heart health future.
You're listening to the Doctor Bob Martin Show. I'm doctor
Adam Brockman. Stay with us. Are you tired of swallowing
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off at healthyseal dot com. And you bactic switches speech
(12:12):
and what you tell me you speak of. Welcome back
to Health Talk America presents the Doctor Bob Martin Show.
I'm doctor Adam Brockman, and today we're going to continue
to dive deep into the science of longevity. And if
(12:34):
you're just joining us, I encourage you to go back
and listen to our first segment, which is going to
be available after the show airs nationwide and is available
on all major platforms, and that's including Apple, iHeart and
Amazon Music. All you got to do is search for
the Doctor Bob Martin Show. So again, Today, we're gonna
talk about living longer, but we're also going to talk
(12:56):
how to live better, and to do that, we have
to talk about nitric oxide. And joining me is the
world's leading authority in the subject, and that's doctor Nathan Bryan.
And doctor Brian. He's an internationally recognized biochemist, he's a researcher,
and he's also the founder of N one one and
that's a company that's pioneering nitric oxide restoration technology. Doctor
(13:19):
Brian he spent over twenty years in academia as a
professor of molecular medicine and he's published over one hundred
peer review papers. And in his free time, which is
probably little, he owns and operates a large ranch. And
Doctor Brian's decades of work have reshaped what we now
know about circulation, vascular repair, and healthy aging. So it's
(13:43):
a pleasure to have him join the show again to
discuss this very important topic, which is your heart. And
doctor Brian, I want to welcome back to the Joe.
How are you today?
Speaker 3 (13:52):
I'm doing well, Adam, Thanks good to be with you.
Speaker 2 (13:54):
Great, great great so doctor Brian again, it's an absolute
honor to have you on the show. Today and the show.
For years we've talked about your work and my world
of sports medicine and anti aging. We talk a lot
about blood flow, but you've taken that to a whole
different level, and that's the molecular level. And for our
(14:15):
listeners who are hearing this term for the first time,
I want you to explain a little bit what exactly
is nitric oxide.
Speaker 3 (14:23):
Well, it's a foundational molecule. It's a molecule that's naturally
produced in the human body, and it regulates blood flow, circulation,
outgon delivery. It mobilizes our stem cells, it prevents our
telomeres from getting shorter, so it extends our lifespan, and
it activates the energy producing organelles of the cell, the mitochondria.
So everything we know about regulation of blood flow, adequate circulation,
(14:45):
and longevity and leading a longer life free of disease
is dependent upon the body's ability to produce nitrocoxide.
Speaker 2 (14:53):
And I think you made mentioned back in nineteen ninety
eight that the nitric oxide res was actually awarded the
Nobel Prize. Can you explain that in a little bit
more detail?
Speaker 3 (15:07):
Sure so. Yeah, So in nineteen ninety eighth, the Nobel
Committee awarded the Nobel Prize in Physiology or Medicine to
three US scientists that were responsible for the discovery of
nitrocoxide as a signaling molecule in the cardiovascar system. And
it was Bob Firscott Luignaro, and Fred Murat, and collectively
they basically told the story that if the end of
thelial cells that line all blood vessels throughout the body
(15:29):
makes nitrocoxide, it dilates blood vessels. And then if you
give nitrocoxide active drugs like at the time was nitroglycisin
or isis orbide, then it still it dilates the blood
vessels and improves blood flow and tissue oxygenation. So those
guys were responsible for the discovery of microcoxide, which was
I still think is the greatest discovery in vascutrobiology and
(15:51):
in medicine. But the question then remained, well, how does
the human body make nitrocoxide? What leads to a loss
of its natural production? And then how do we correct that?
And that's been my work, you know, uh, you know,
following in the work of those three guys is now
how do we correct this and how do we restore it.
And so that's where that's where we are today. And
we've you know, as you said, we made a lot
(16:12):
of discoveries and we've we've innovated a lot of product technology.
And so we understand how the human body makes it,
we understand what leads to loss of its production. And
when we understand those two things, we can now correct it.
Speaker 2 (16:23):
So so if we take a step back, and and
to me, it's incredible to think that this simple gas
is this master switch for our entire circulatory system.
Speaker 4 (16:33):
Uh.
Speaker 2 (16:34):
So you know, in my practice, I see athletes and
weekend warriors and walks of all all life. Uh, everybody
struggles with recovery. And if blood can't can't get to
the side of injury because maybe those those pipes, the
arteries and the veins are too narrow, healing just doesn't happen.
(16:56):
And that's that's my experience. Would that be safe to say.
Speaker 3 (16:59):
Now, well, it's that you're certainly correct, But I think
it goes a step beyond that. So if you don't
have good circulation, you can't deliver oxygen to individual cells,
and furthermore, you can't take out the metabolic waste product
from those cells. That they're acting. So what happens is
you start to get lactic acid build up, you get sore,
and well trained athletes recover faster. So part of it
(17:20):
is about circulation, but the other part in terms of
specific for recovery and wound repair. If you have an injury,
it's the ability of our own stem cells to mobilize
and differentiate and repair those dysfunctional cells. And nitric oxide
is the signal that tells our own stem cells to
mobilize and differentiate. So if you make good nitric oxide,
you're in good health. You have good ended thebol function,
(17:42):
then you have adequate circulation, you have stem cells, and
so you perform better and you recover faster. And to
the contrary, if you can make nitric oxide, you have
poor circulation, you have poor energy production, you get more
metabolic waste products, and you don't recover from injury. But
all of this can be traced back through all men
mechanisms to the adequate production of nitrocoxide.
Speaker 2 (18:04):
So nitric oxide, you know, a lot of people may
think maybe it just helps with blood pressure, but what
you're saying is it regulates inflammation. It's involved as in
the brain, as neurotransmission, and it even helps that immune
system maybe fight off pathogens. So it's this miracle molecule
(18:27):
like I alluded to in the first segment, because every
single cell in the body depends on the delivery of
oxygen and nutrients, and that's through blood flow. So would
you say nitric oxide is the gatekeeper of that flow?
Speaker 3 (18:43):
Absolutely. You know, we used to call nitroc oxide america molecule,
but it's not a miracle molecule anymore, because a miracle
implies that you see, you have an observation that you
can't explain through science. So it's like a miraculous effect.
But you now, now, whether we're two hundred thousand papers
published in the literature, we understand how nitrocoxide works. We
(19:04):
understand when it's produced, where it goes, what had becomes,
and how it signals. So it's not a miracle as
it were. Where it's we've completely elucidated the mechanisms that
explain the clinical observations. But nitrocoxide is the gatekeeper for
everything we know. You mentioned in the brain. It's important
in the brain. In fact, dimension Alzheimers are kind of
in symptoms of inadequate nitrocoxide production dimension. Alzheimer's is a
(19:29):
nitrocoxide disease of nitrocoxide deficiency, and then we look at
you know, activation of the mitochondria in our immune systems,
so you know, pathogenic bacteria is sensitive to nitrocoxide. Nitrocoxide
prevents the viruses from replicating. So again, if you can't
make nitrocoxide, you become prone to infectious disease and prone
to viral infections. If you make a lot of nitrocoxide,
(19:51):
you're resistant to disease, and you may be exposed to viruses.
We're all exposed to viruses every day, and some people
get sick and some people don't. And nitrocoxide can explain
the the resistance to infections, whether bacterial or viral.
Speaker 2 (20:05):
And you mentioned mentioned something that I think a lot
of our listeners will be very interested in and and
of course, uh, you know, we're all scared of those
terms dementia, Alzheimer's. So I want to you know, we
got a minute or two before break, so I want
you to really explain explain that because I know that's
going to be a big, big question that we're going
to get feedback from listeners on, Well, it just Alzheimer's
(20:29):
and dementia.
Speaker 3 (20:29):
Yeah, dementia. Alzheimer's is a vaster metabolic disease and it's
been clinically validated that it's in some resistance in the brain.
In fact, the Alzheimer's has been called diabetes type three.
And if you look at cerebral blood flow through spec
skins or functional themris, there's focal a schemia. What that
means is there's parts of the brain that aren't getting
adequate blood supply and that leads to brain atrophy. And
(20:50):
it goes back to cell biology. If the cell doesn't
get oxygen and nutrients to do its job, then the
cell doesn't perform. And so what happens is you get
misfolding of proteins and that's what we call hamiloid plaque
and tall tangles and nitri but it's the end result
is lack of nitroc oxide, and in fact, we're developing
nitrocoxide based therapies for dimension Alzheimer's because nitric oxide improves
(21:11):
blood float of the brain, It gets insulin into the cell,
potentiates insolent signaling reversus insulin resistance, and so nitric oxide
itself addresses the root cause of dimension Alzheimer's.
Speaker 2 (21:25):
So today we're talking with doctor Nathan Bryan of N
one oh one and listeners, if you're curious about the
research that he has done, which is quite a bit
extensive research on the talking, but he's very good to
put it into in the terms that we can all understand.
I encourage you to visit his website at N one
oh one dot com. That's N one oh one dot com.
(21:48):
I'll be right back with doctor Nathan Brian. You're listening
to the Doctor Bob Martin Show. Are you waiting on
a line next, Jake? Are you waiting for the perfect night?
Speaker 3 (22:10):
Are you waiting to the time is right.
Speaker 1 (22:17):
You learn to do it?
Speaker 2 (22:21):
Welcome back. You're listening to the Doctor Bob Martin Show.
I'm doctor Adam Brockman, and today we're joined with doctor
Nathan Brian, UH, and we're discussing a very important molecule
in your body, and that is nitric oxide. You've probably
heard us talk about that on the show often. We
even had doctor Brian on the show just about a
month ago to discuss this. Uh. But it was we
(22:42):
received a lot of color color feedback listener feedback, and
I thought, well, let me invite doctor Brian back to
the show because it's such an important topic to discuss.
We were all, you know, heart disease is a leading
leading cause of death, it's a it's a very important
thing to keep that circulatory system going like it should
(23:03):
in nitric oxide as a big component of that. And
so doctor Brian, the you know, I really was diving
into your research. It really really shook me on some
of these topics. You know, we think we're doing okay,
we're eating eating salads, we're getting getting our steps in,
but internally, let's just say something is starting to disappear.
(23:25):
I want you to talk to us about that aging
cliff and what happens to nitric oxide levels as those
candles on the birthday cake start to add up.
Speaker 3 (23:36):
That's right now, if we look at the clinical data
and just start to look at vascular function or the
how well the enzyme that makes nitrocoxide is performing, and
we can do that through certain age groups like twenty
to thirty year olds, thirty to forty, so each decade
we look at what we call endothelial function, and what
the data clearly show is we lose about ten to
twelve percent of our nitric oxide production per decade, and
(23:58):
so by the time we're forty fifty years old, we
only have about fifty percent of the nitrocoxet we had
when we were younger. But remarkably, because we understand the
function of the enzyme and the enzymology and about chemistry
which leads to a loss of that production, we now
have ways that we can prevent that age related decline
and even reverse it. And you know, I'm the best
example of that because you know, I'm always the inequal
(24:20):
one experiment, right, So I'm fifty two chronologically, but I'm
twenty nine biologically based on my body's ability to produce
nitrocox set or the vascular age. And we to the country,
we see twenty twenty four year old kids that have
the vascularage of a sixty or seventy year old. So
just because on average there's this age related decline, we
can move this to the left or to the right,
(24:41):
and you know, best case scenario, we can prevent the
age related loss. But it goes back to lifestyle and
diet and making sure that you're not doing the things
that are leading to a disruption of nitrocoxide production and
then start doing the things that we know can activate
it and stimulate it. And that's really the you know,
as you mentioned, the science is very complex, but the
(25:01):
solutions may be very simple.
Speaker 2 (25:06):
And and this is the reality that that I want everyone
to understand. As as you said, our ability to produce
nitric oxide, it doesn't just dip as we age, it
starts to fall off off off a cliff, like I said,
with that aging cliff. And so by the time the
average person reaches forty years old, as you said, their
(25:26):
body is producing about fifty percent less nitric oxide than
it did in their in their twenties. And by the
so for we're adding this up, by the time you're
you're sixty, maybe you're operating at at say fifteen percent
capacity or yeah, yeah, So that's that to me. That's
so that's kind of a statistic we need to keep
in mind. That's like trying to run a marathon while
(25:50):
trying to breathe through a through a cocktail straw, right,
you know. So, so this should be a wake up call. Uh,
you know, as a as a physician, most most patients
in the door when when the structural side of health
starts to fail the side that that we can we
can physically see. But if this this chemical side, let's
just call this the where nitric oxide falls, is starting
(26:13):
to fail, there's no amount of that outside work can
fix that starving circulatory system. So so as far as
this goes, we have to address that that root cause
uh in this in this biological sense. Uh So, so
how how do we start to do that, doctor Brian?
Speaker 3 (26:32):
Well, you know, our body talks to us and we
have to listen, and if we don't listen, bad things happen.
But you start to develop signs and symptoms of nitrocoxide deficiency.
And the challenge in clinical medicine is, you know, unfortunately
doctors don't like to treat things they can't measure, and
because nitrocoxide is not measured in the blood or part
of the standard diagnostics, it's not treatable or the doctors
(26:52):
think it's not treatable. But the first signs and symptoms
of nitrocoxide deficiency is erectile dysfunction and then if not corrected,
your blood picture goes up. And if that's not corrected,
you develop fatigue, and if that's not corrected, then you
develop metabolic disease and instant resistance and diabetes, and if
that's not corrected, those are all risk factors that lead
to dimension Alzheimer's. So these are all these step wise
(27:14):
symptoms of nitrocoxide deficiency that we have to pay attention to.
And so the question is how do we reverse that?
How do we prevent the loss of nitrocoxide. So you've
got to do two things. Stop doing the things that
disrupted and start doing the things that promote it. And
we can take those one by one because these are
very very important steps. So what causes a lack of
(27:34):
nitrocoxide production. It's sugar, it's simple carbohydrates. Anything that leads
to an increase in blood sugar and insulin. All this
is known to shut down nitrocoxide production. Number two is
the use of antiseptics. You know, there's bacteria that we've
discovered in our mouth, in our gut, on our skin
that produce nitrocoxide. So if you're using a fluoridated toothpaste,
(27:55):
toothpaste with fluoride in it, it's an antiseptic, it's killing bacteria.
If you use mouthwater, two out of three Americans use
mouth washed every day and two out of three Americans
have an unsafe elevation in blood pressure, and we publish
that if you use mouthwash kills the nitric oxide producing bacteria,
your blood pressure goes out. And then number three is
or is the use of an acids, specifically the proton
(28:16):
pump inhibitors, things like prilosec, prevaced omeprasof pentoprasol. These drugs
completely shut down lectrocoxide production. So now if you eliminate sugar,
get rid of fluoride, stop using mouth washing, ween off
fan acids, you've released the brakes on the body's ability
to make nitrocoxide on its own. But we can actually
help stimulate that modern physical exercise. We have to move,
(28:37):
we have to exercise. It's one I hear people say, well,
I stopped exercising because I got old. No, you get
old because you stopped exercising. So you can do nasal breathing,
you can exercise twenty thirty minutes of sunlight a day,
and those are the things that are clinically proven to
improve nitrocoxide production. And then when all else fails, you know,
(28:57):
we've developed product technology that does it for you. Mm hmmm.
Speaker 2 (29:01):
So we know that we're losing nitric oxide as we age.
The question is you know, you know again what we've
been talking about is how how do we get it back?
So I see a lot of these these nitric oxide
boosters at the health food store. Usually they're they're filled
with maybe just beat powder. But but you've you've taken
(29:21):
a different approach when developing N one oh one, and
that is through your lossonge technology. And I want you
to explain just a just briefly here and we'll come
back to it. Why why your method is different and
what is the that that connection, that shocking connection to
oral health that you just mentioned briefly, they're there too.
Speaker 3 (29:40):
Well. All the products that we developed are based in
my twenty five years of research and discoveries in the lab.
There's no other company out there making a nitric oxide
products that understands the science, and that's their products don't
work because they can't work, so beats aren't nitric oxide.
So what we do and through these series of discoveries
was number one, we understand when nitric oxcid's produced, where
does it go? What does it become? Because once it's
(30:01):
produced has gone on less than a second and we
understand what leads to a loss of its production. So
once we understood that, then we thought, okay, well how
do we deliver nitrocoxide that recapitulates nitrocoxide production and signal.
Because I never want to give the body something that
the body's not used to see. We call this restorative physiology.
So I made an orderly disintegrating tablet that you put
(30:21):
this laws on gin your mouth. It dissolves over five
to six minutes, and as it's dissolving, we're releasing a
specific amount of nitrocoxide. And we know when it's produced,
we know where it goes, we know what it becomes,
and we know how it signals. So it's basically mimicing
the body's ability to make nitrocoxide on its own.
Speaker 2 (30:37):
Doctor Brian, I'm going to have you hold that thought
and we're going to come back to this. So we're
talking with doctor Nathan Bryan. He is he's a founder
of N one oh one, which makes us great loss
enge that we're going to get in better detail on
how it can improve your cardiovascular system and your overall health.
We'll be right back. You're listening to that Doctor Bob
Martin Show.
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Speaker 2 (32:04):
Hi, it's doctor Adam Brockman. We talk about health every week.
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Speaker 3 (33:21):
Numbag SI.
Speaker 2 (33:24):
Welcome back, Doctor Adam Brockman here as we return to
the Doctor Bob Martin Show, America's number one health talk
radio program, and today we're talking with doctor Nathan Bryan
of N one oh one and and folks, he's done
a lot of research he's been a professor on this
subject for for quite some time, done a lot of
great things in this in this arena, So I encourage
(33:47):
you to head over to his website at N oneoh
one dot com. There you can find his research, you
can find the the great products that he's developed, including
the one that we're going to talk about here in
just a second. And he also has a great staff
that's willing to help answer some of your questions or
take your order at if you want to write this down.
(34:07):
It is eight three two seven seven nine four four
three five again. That is eight three two seven seven
nine four four three five again his website N one
oh one dot com. And I want to to make
sure that is clear. It is not zero. That is
N one oh one dot com. All right, well again,
(34:31):
doctor Brian. Before the break, we were talking about this
technology that you've created for for nitric oxide delivery, and
this is in the loss enge form, And again, can
you explain to our listeners exactly how this works with
their body?
Speaker 3 (34:47):
Yeah, Well, you know, in two thousand and seven we
discovered the nitric oxet is a hormone, and so when
you lose the production of a hormone, we do hormone
replacement therapy, right, we give you the molecule butte, and
it's so different than giving them testosterone or women estrogen.
It's replacing a missing hormone. So again, nitrocoxide is a gas.
We have to deliver the gas. It's not Nitrocoxide is
(35:07):
not beats. Nytrocoxide is not ap peel you can swallow.
It's a gas. And so this ordly disintegrating tablet releases
physiological therapeutic amounts of nitrocoxide as it's dissolving. But as
I mentioned more importantly, it's because we're we understand the
enzymology and the enzyme and the lining and the blood vessels.
We're fixing the enzyme, we're recoupling the mass enzyme, and
(35:28):
we see about a twenty to forty percent improvement in
in dodging a nitrocoxide production within twenty minutes. And then
because it's residing in the mouth, it's changing the microbiome.
It's improving the diversity of the bacteria, improving nitrocoxide production
through the bacterium. So if your body can make nitric oxide,
we provide it for you, but we're improving your body's
(35:48):
ability to make nitrocoxide on its own. So it's addressing
the root cause your deficient in nitrocoxide. And there's no
other product on the market, no other technology out there
that does what the nitrocoxide laws is does.
Speaker 2 (36:01):
And this is this is crucial. You know, like you said,
most products on the market, they rely on on your
body being able to convert something into nitric oxide. Right.
So the so the problem, the problem is as we're
as we're aging, once we get over forty, your your
body has has lost the enzyme that's needed to make
(36:22):
that conversion. So so you're you're basically, you know, putting
putting gas into your in your car, but it's it
might be might be leaking out, or it's not being
being used correctly, right, you might have broken engine. Uh So,
so the technology that you've created at N one oh one,
it basically this loss enge itself creates the the nitric
(36:44):
oxide as it dissolves in your mouth, So you're not
you're not giving a precursor to try to convince your
body to make it. You're actually delivering that actual molecule.
So so so with the lozenges, getting that that delivery
of nitric oxide into the body. Getting that to you
(37:04):
for your body be able to use right away is fantastic.
And you also were talking about last segments some natural
ways to restore nitric oxide in your body, and I
want you to just touch on that again because these
are very important, important topics to discuss.
Speaker 3 (37:23):
Sure, So the most thing we have to do, the
most important thing we have to do is stop doing
the things that inhibit the production. So and these are
things that people do, like oral hygiene, the use of
fluoride and toothpaste. In America, seventy two percent of the
municipalities have fluorid in the drinking water. And fluoride is
not only a neurotoxin, but it's an anessepic so it's
killing the bacteria in and on our body. So we
(37:43):
have to get rid of fluoride. And then if you're
using mouthwash, you must stop. We and others publish that
if you have good blood pressure you use mouth wash,
it causes an increase in blood pressure and you also
lose the protective benefits of exercise. So the best case
scenario is you're doing all the right things, or you
think you are. You eating a good diet, a balanced
diet in moderation, green leafy vegetables. You're exercising, but if
(38:04):
you're using mouthwash or have fluid in your toothpaste, you
get zero benefit from your diet. You get zero cardioprotective
benefits from exercise. And so that's I was forced to
not only develop a nitrocoxide laws, but we did. We're
designing an oral line of products, a fluoride free, hydroxy
appetite based toothpaste that doesn't kill the bacteria, it improves
(38:24):
the bacteria. And then we're developing a safe and healthy
nitro nitrocoxide microbiome friendly mouth wash. So we have to
we have to change our oral care and stop using
things that are causing dys biosis. And then you know,
we know we know how to recouple the mass enzyme
and improve enzymatic production of nitrocoxide. But those are the
most important things you can do is stop using fluoride,
(38:47):
stop using mouthwash, ween off in acids, and stop eating
sugar and simple carbohydrates.
Speaker 2 (38:52):
Mm hmm. And that and that's something that we talk
about on the show often, is how important that that
oral cavity is to our overall our our systemic wellness.
You know you're talking about, uh, if you're using those
any anti septic type of mouthwashes, that's that scorched earth
policy where it's like, hey, it's everything is going to
be knocked out. And that also gives the the body
(39:15):
and an opportunity to produce that that the bad bacterias
that are in there. So we got to be very
aware of that. So when we we think we're being hygienic,
we're actually sometimes sabotaging our our own our own health
and our heart health. So so it's going to show
that how delicate that that ecosystem really is. And that's
and that's why I love your products, the the N
(39:36):
one oh one products. It's working with the body's chemistry
rather than just uh, you know, just trying to to
basically have good, good breath or whatever that might be.
So again, folks, we got to take a quick break.
We're talking with doctor Nathan Bryan of N one oh
one Again, I encourage you to head over to his
his website find out about his research is products. It's
(39:58):
N one oh one dot com. We'll be right back.
You're listening to the Doctor Bob Martin Show. Doctor Adam
Brockman here you've heard us say it before. Your mouth
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Speaker 1 (41:06):
What's wrong within, What's wrong within? What's wrong within?
Speaker 2 (41:11):
Contentent Welcome back. You're listening to the Doctor Bob Martin Show.
I'm doctor Adam Brockman, and today we've covered the what
in the why of nitric oxide. But with doctor Nathan Bryan,
I also want to talk about the how. So for
the person listening right now who's feeling sluggish, who is
(41:35):
worried about their blood pressure, or who wants to stay
ahead of that aging curve, I want you to just
reinforce doctor Brian, what are the practical steps to do that?
Speaker 3 (41:46):
Well, Look, I mean we have to change our diet,
we have to change our lifestyle. Again, it's it's very simple.
Balance dye in moderation, a lot of good protein, good fats,
limited carbs, focus on your royal hygiene by a fluoride
free toothpaste, make one cardiosmile breath of life, stop using
mouthwash and then ween off in assets. But the most
important thing what we've discovered is there's only two people
(42:08):
in the world who need nitrocoxide, and it's the people
who are sick and want to get well, and it's
the people who are well and don't want to get sick.
So if you follow within one of those categories, you
need our nitrocoxide, lausge and so I think it's very
important that you get informed and educated on nitrocoxide because
there's a lot of misinformation out there. You know, you've
probably all heard the commercials on beats, and beats are
(42:29):
not nitrocoxide. Beats are farthest thing from nitrocoxide. And so
you have to understand and don't buy into this deceptive,
creative marketing that these companies are doing. But you have
to understand the science. And so if your body can
make nitrocoxide, then we'd have to do it for you.
But more importantly, and I'll just shamelessly plug my latest
book called The Secret of Nitrocoxide, Bring the science to life,
because I think you need to understand the science so
(42:51):
you can make informed and educated decisions. You can buy
that on Amazon, Barnes and Noble, or wherever books are sold,
and then subscribe to my YouTube channel, doctor Nathan Askper Nitrocoxide.
We provide quality, scientific based information on nitrocoxide. And then again,
as doctor Adam alluded to, we have products on in
one oh one dot com. That's the letter N number
(43:12):
one letter O number one dot com. It's not in
one zero one dot com. It's in one oh one
dot com. But you know, we we're out there. We're
developed this technology and the drug therapy. We're not just
a consumer products company. We're going through the FDA developing
drug therapy for things like Alzheimer's as we discussed in
a schemic heard disease, and topical drugs for diabetic ulcers.
(43:32):
But the future of nitrocoxide, or the future of medicine,
is dependent upon nitrocoxide. And you know we're proud to
be leading the way.
Speaker 2 (43:39):
Well great, great, great, I love I love that there's
the steps that you can take right now from doctor Brian.
It's it's simple, it's actionable, and uh and it's empowering.
We don't have to be be victims of a declining
cardiovascular system. We can actually take the wheel. So doctor
Nathan Bryan, thank you so much for joining us. It's
been a great conversation. And uh, the goal at N
(44:02):
one oh one is to change the way the world
looks at heart health and that's with this you know
molecule that's nitric oxide. So so again we've been talking
about this being a miracle molecule. That is a buzzword,
but it's it's fuel for your longevity. So I encourage
you to head to doctor Brian's website that's N oneoh
(44:24):
one dot com. That's N one oh one dot com.
I encourage you to read his research, his book and
try it for yourself. Don't wait until that that highway
that is your cardiovascular system breaks down to start start
the repairs. I want you to arm yourself with the knowledge,
protect your heart, and take control of your health. Today.
(44:45):
This is doctor Adam Brockman for Health Talk America presents
the Doctor Bob Martin Show. Stay healthy, stay informed, and
we'll see you next hour.
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If you've ever wanted to know about champagne, satanism, the Stonewall Uprising, chaos theory, LSD, El Nino, true crime and Rosa Parks, then look no further. Josh and Chuck have you covered.
Hey Jonas!
Hey Jonas! The official Jonas Brothers podcast. Hosted by Kevin, Joe, and Nick Jonas. It’s the Jonas Brothers you know... musicians, actors, and well, yes, brothers. Now, they’re sharing another side of themselves in the playful, intimate, and irreverent way only they can. Spend time with the Jonas Brothers here and stay a little bit longer for deep conversations like never before.
Crime Junkie
Does hearing about a true crime case always leave you scouring the internet for the truth behind the story? Dive into your next mystery with Crime Junkie. Every Monday, join your host Ashley Flowers as she unravels all the details of infamous and underreported true crime cases with her best friend Brit Prawat. From cold cases to missing persons and heroes in our community who seek justice, Crime Junkie is your destination for theories and stories you won’t hear anywhere else. Whether you're a seasoned true crime enthusiast or new to the genre, you'll find yourself on the edge of your seat awaiting a new episode every Monday. If you can never get enough true crime... Congratulations, you’ve found your people. Follow to join a community of Crime Junkies! Crime Junkie is presented by Audiochuck Media Company.