What Is Functional Health?

Time: 0

Functional health is really the same thing as health but we've been so

Time: 4.47

conditioned into another way of thinking that it's difficult for us to understand

Time: 10.23

what functional health is we're gonna go over the differences here so in

Time: 14.07

traditional healthcare traditional health view we've become accustomed to

Time: 20.789

think of health as the absence of symptoms as the absence of disease so

Time: 27.08

diseases when you're not healthy and healthy is when you don't have symptoms

Time: 31.98

sort of thing but the fact is it's not black or white most of us are somewhere

Time: 39.059

in between we're not feeling really great and we're not having a full-blown

Time: 44.91

disease either so here's kind of how that works functional problems means

Time: 50.399

that you have a partial loss of function there's something that's supposed to

Time: 54.6

work and it's almost working it's kind of working but it's not totally working

Time: 60.3

whereas in a pathology or a disease we have a complete loss of function so

Time: 67.32

think about it this way think of it in terms of light that you're trying to

Time: 71.88

read something and it's fine print as long as you have really good light you

Time: 76.799

can make out what it says so you're reading and then all of a sudden the

Time: 81.39

light bulb goes out and the whole room is black and obviously you can't see

Time: 86.04

anything that's kind of what a lesion what what a pathology is the function is

Time: 92.4

gone but if we think of it as a dimmer switch now you're reading and someone

Time: 98.85

starts turning down the dimmer switch so it they start out at a hundred percent

Time: 103.17

and then you go down to 90 and 80 and at 80 you're barely noticing there's hardly

Time: 109.59

any difference and then you get down to 70 and 60 and now you start to notice

Time: 114.509

there's a little bit of difference but you can still kind of make it work and

Time: 118.31

then you get down to 50 and it's difficult and you get down to 40 and

Time: 123.42

it's like really struggling and get down to 30 and now you can't make it out it's

Time: 128.819

just too too little light and that's kind of how

Time: 133.51

works as well that we want to think of health as function the ability to

Time: 140.019

generate energy the ability of the cells to do their job to take in nutrients to

Time: 146.5

produce energy to produce signals etc if they can do that at a hundred percent

Time: 151.39

now you have full health you have optimal health and as that starts

Time: 156.93

declining if it gets down to 90 or 80% you're probably not going to notice

Time: 162.64

because you have some reserves and because it goes slowly you're not really

Time: 166.9

noticing from day to day as you get down to 70 things get a little harder you

Time: 172.799

your vision isn't as good your memory isn't as good your focus you don't have

Time: 179.2

the energy that you're used to you don't sleep so well and as you go down as it's

Time: 185.17

continues to decline these things get worse and worse you get some aches and

Time: 189.849

pains and now you start taking some some stimulants you got to have the coffee

Time: 194.889

and the energy drinks and the pills to make it through the day you got to have

Time: 199.72

the pain medication and then you get down into the to the red zone here now

Time: 205.359

things are starting to fail now you've got to have medication to compensate for

Time: 211.989

for things that aren't working to cover up the symptoms this is also called a

Time: 216.459

soft lesion or a hard lesion so in computer language hard lesion would be

Time: 223.209

that the hardware failed you have a circuit card you have a processor you

Time: 228.129

have a memory stick something blows up and the computer dies you get a blue

Time: 235.359

screen or it just shuts down that's a hard lesion the hardware has

Time: 239.98

failed and in a soft lesion that would be something like the processor is

Time: 246.31

starting to overheat it's still running it's just not working as well or in the

Time: 252.729

terms of software if you have malware if you have really poor computer code where

Time: 261.31

the computer just doesn't work very well anymore it can sort of get the job done

Time: 265.78

but it's really whoa and it's dragging and it's stopping

Time: 268.88

and so forth so that would be an analogy with with computers in the body we kind

Time: 274.13

of have the same thing though in Neurology they talk about a hard lesion

Time: 278.84

when it comes to things like a spinal cord injury where you can't move your

Time: 285.05

lower body because the pathway from the brain to the legs is completely severed

Time: 290.66

it's off it's broken gone not coming back

Time: 294.199

whereas the soft lesion means the pathway is still there but it might be

Time: 299.51

having some pressure on it so the signal is interfered with or the brain cells

Time: 304.22

that are sending signals through that pathway have been weakened or they can't

Time: 308.87

produce more than 50% of their output that would be a soft lesion if

Time: 314.06

functionalism would be like type 2 diabetes the body can still make insulin

Time: 319.22

but it can't keep up because the body has been so abused and so out of balance

Time: 326.419

that even though the pancreas can still make some insulin it's just not keeping

Time: 330.889

up type 1 diabetes would be when the pancreas has lost the function to make

Time: 336.169

insulin that that'd be a hard lesion the cells are gone we can also think of

Time: 342.47

heart disease versus a heart attack heart disease is the gradual build-up

Time: 348.8

the gradual degeneration so you have some inflammation so your body produces

Time: 354.61

cholesterol in response to the inflammation it tries to fix

Time: 360.25

inflammatory damage now we get buildup of cholesterol plaques so we get

Time: 365.9

atherosclerosis and narrowing of the blood vessels so less blood can make it

Time: 370.61

through to the end organ and it makes it harder for the heart to do its job but

Time: 376.97

it can still keep up that all the cells are still there they're just suffering

Time: 381.8

because they're they're poorly supplied whereas in a heart attack now we get to

Time: 387.65

the point where the cells die because the delivery is of blood and oxygen is

Time: 393.56

so poor that the muscle cell actually dies and not come not coming back we

Time: 399.169

could have brain degeneration this would be when we lose energy when

Time: 403.699

we start becoming forgetful when we don't have the focus or the drive we

Time: 408.68

used to the cells are still there they're just not running at a hundred

Time: 413.21

percent versus Alzheimer's when a significant portion of the brain cells

Time: 418.939

are destroyed they're not coming back arterial weakening versus stroke so

Time: 425.18

arteries are supposed to be really strong and elastic but if they lose that

Time: 430.669

elasticity then they can lose their strength and pliability and now if they

Time: 436.34

break and we have a bleeding in the brain that's a stroke and that lack of

Time: 441.53

blood flow kills the brain cells something that's talked about a lot is

Time: 449.12

adrenal fatigue and this is because we have a chronic situation of stress our

Time: 454.849

bodies are designed to deal with short bursts of large amounts of stress to

Time: 461.3

deal with it and then be able to relax our bodies are not designed for chronic

Time: 466.699

stress which is a little bit of stress all the time hour after hour after hour

Time: 471.379

after hour so now we get adrenal fatigue they're working we're just not feeling

Time: 478.55

good we don't have the energy we don't deal with stress very well versus

Time: 482.96

Addison which isn't a complete or almost complete loss of adrenal function so now

Time: 489.529

we're like sitting ducks anytime there's a little bit of stress we totally shut

Time: 495.199

down so this is the world we've learned to think in we've learned to think that

Time: 503.479

we either have a disease or we don't when in reality it's more like we have a

Time: 510.229

little bit or a lot and this healthcare model works really really well with

Time: 515.709

infections and disasters and bleeding and broken bones and this is what we're

Time: 523.399

our healthcare model shines but most of the cases today are over here this is

Time: 529.88

where 90 plus percent of all prescription Medicaid

Time: 534.41

and all over-the-counter medication everything that we try to take drugs to

Time: 539.06

compensate is about functional problems and when we do that we are simply

Time: 545.54

covering up a symptom we are not improving the function so if

Time: 552.05

we start declining and function and we start taking some medication the

Time: 557.6

medication will never help us improve function it will never turn that dimmer

Time: 564.019

switch back up so what is health what how do we want to think about it well

Time: 572.089

health is about signals if you take an extreme example just hypothetically I

Time: 577.879

know this isn't gonna happen but you have a person that's alive standing up

Time: 582.019

and then for some reason he falls down dead and we hurry up and we run all

Time: 586.579

sorts of medical tests on it so we take x-rays and we take MRIs and we do

Time: 591.769

imaging on him we run blood tests and we run blood panel lipid profiles his blood

Time: 599

sugar looks good his cholesterol looks good his hormone levels are fine his

Time: 603.38

spine is misaligned we don't find anything wrong on the MRI but the guy is

Time: 608.569

dead he is not producing or processing any signals so that's what life is

Time: 616.48

things that are alive has the ability to produce signals things that are dead

Time: 623.48

like a rock have no signals and signals are so much tied to life and movement

Time: 632.75

that only things that move have brains and nervous systems so if you want to

Time: 639.35

generate lots of signals the best way is is to move so health is the ability to

Time: 645.319

maintain lots of signals in an appropriate way so homeostasis is where

Time: 651.86

all the signals are there all the cells have enough nutrients enough resources

Time: 657.68

enough oxygen to produce energy and produce signals and then we have a

Time: 663.17

nervous system that's imbalance that we can create homeostasis

Time: 667.97

that is optimum health and when that works at a hundred percent then we have

Time: 673.579

no diseases we have no symptoms we have no problems as that ability to produce

Time: 679.43

and manage signals decline it's like a dimmer switch going down and as we lose

Time: 686.36

the ability to generate and manage signals then we start developing

Time: 693.459

degenerative disease and there is no drug that can make you produce more

Time: 699.259

signals there is no drug that will help or assist a cell in coming closer to a

Time: 707.329

hundred percent function all they do is they cover up the symptoms so this is

Time: 713.089

why it's so crucial to understand what functional health is that it's about

Time: 718.48

signals that it's like a dimmer switch and why the healthcare system is really

Time: 725.24

really good at managing crises but they have nothing to offer in terms of

Time: 731.35

regenerating function and if we want to be healthy then regenerating function is

Time: 736.73

all it's about so let me know if you have any questions on this if this

Time: 742.16

produced any new awareness or any breakthroughs for you I'd love to know

Time: 746.54

please share this video because this channel every video that we do is about

Time: 752.899

how to restore function it's all about functional health on how to get that

Time: 758.269

dimmer switch working a little bit closer to a hundred percent thanks for

Time: 763.67

watching

Copyright © 2024. All rights reserved.