Stress & Health Pt1 3/5 User Manual 4 Humans

therefore the chiropractic adjustment is

a neurological event not a mechanical

event

so

now we're going to break things up a

little bit here and do a muscle testing

demo so

you all have had muscle testing and i've

shown you but let's just reiterate so

you want to come on up

and we'll just reinforce a few things

here

so

if you hold your arm out

parallel to the floor and you hold it

real nice and strong and if i push down

and you resist we'll see what happens

hold strong

and hold even stronger nice and strong

hold

beautiful

so that's a nice strong lock

and

what we need to understand is again

there's three components here we're

pushing on the bone which is attached to

a muscle and controlled by the brain so

all three of those have to work in order

for that arm to stay to stay solid

now if you move your left leg forward

and then you try to hold strong again

just like before hold

and now it's not working well at all

now

some people would say okay well the

muscle for some reason the muscle went

weak

and that's not really a correct

way of saying it because

the bone

is still there the bone didn't go

anywhere the muscle is still there the

muscle it's not like you lost

half the muscle it's still the same

cross-section area

the only thing that can change is the

signal from the brain

so when we check a muscle we are

checking the brain

we're checking the function we're

checking the the in this moment we're

checking the signal strength on the

brain

the other thing that we learned from

this

is that we would think

that the arm

is an independent body part that it

takes care of itself if it's strong here

why shouldn't it be strong here

what is it that that has to do with this

and now we start understanding that

anything anywhere in the body can affect

anything else in the body

and why

because they're all processed centrally

so when we change something down here

we're changing the signal input remember

the body processes a billion signals

bits per second so if we change some of

those bits we can change the total

output

so this is just like a computer

how do you talk to a computer you use a

mouse and keyboard the mouse and

keyboard creates electrical signals that

go into the computer and change the

input

so that we produce a different output

in the body

we can change the position of a body

part and we change the input therefore

the output is different

it makes sense i thought it was just the

balance you know shifting and weight and

things you know

so in this case it is it is

normal and expected because ever since

you were six months old you've developed

something called a cross crawl pattern

so

when

when one leg moves forward the brain

anticipates and tries to get the same

arm to move back and the opposite arm to

move forward

so when you do something that doesn't

make sense that confuses the brain

and it says no no this needs to relax

and come back

so that's why you can't hold it up

but it's all about software

when we're changing the input we change

the output

okay

make sense

so you've all seen this before but i

also want to make a point if any of you

are ever tempted

so this is an example of of a normal

function of a normal inhibition of

something

now put one foot on the floor and the

other on the on the rug

and hold that nice and strong and hold

on

and that's not working either

so that little difference

in in leg length

also changes to input

it is not

this input that the body expects it's

off by a quarter inch

and that's enough of a signal change

that the brain gets confused again

because it's not what it expects

so that's an example of a structural

stress can you imagine if you're walking

around with

shoes that are uneven

or if there's a little bit of a

misalignment in your pelvis

and you take a million steps in a month

and every time there's a little bit of

distorted input

over time this adds up and that's why

this stuff matters

so that's a structural stress what about

chemical stress

so now we need to just understand a

little bit more about the world we live

in so that this doesn't look too weird

but according to quantum physics

everything is energy you take the body

down to its smallest parts its molecules

and its atoms and its subatomic

particles and then all of a sudden it's

all empty space and energy

that means that your whole body is

energy

and the little crystals in these packets

are also energy

so that energy

interacts with each other and your

energy field can sense

the quality and nature of these of this

energy

so let's see what your body thinks

thinks of this

so hold nice and strong and lock that

excellent now hold those for me

and hold strong

and

not much is happening

so

these are two very popular sweeteners

called equal and splenda

and

your body knows that they're no good for

you because the vibration doesn't match

anything that has to do with life

these were developed by pesticide

companies

when they discover they were trying to

make pesticides to kill little bugs they

found that these taste sweet and they

said let's make human food out of them

and that holds true for for all

artificial sweeteners

so

just an extra reinforcement to stay away

from that stuff

and then we also talked about emotional

stress so let's

let's do that real quick

and we can demonstrate that very

simply by if you think about something

that you enjoy

and hold nice and strong

and it's rock solid and then you think

about something that really bothers you

somewhere you really don't like

and hold strong

and that's usually the one that gives

the absolute weakest muscle response you

can test this with your friends

it works amazingly

now think about the solution to the

thing that you don't like

and hold strong

and it's rock solid

so this is what happens to us when we

have emotional stress when we think

about things we don't like we are

stressing and disrupting the flow and

the healing in our bodies when we think

about things we like and the things the

way we want them

then our bodies get strong and they

function much better

okay

thank you very much

so

now we need to understand one more

principle

and the first really important principle

is

the balance of the sympathetic and the

parasympathetic

because the body cannot do both things

at once so if you just understand one

thing

is that

the stress

pushes the body out of balance and it

cannot heal at the same time

so balance between sympathetic and

parasympathetic is crucial

now the next thing we need to start

understanding is how does the body

how does how is the physical tissue

created

how does the body replenish the tissues

so

every cell in your body needs two things

to live

it needs food and stimulation

okay every cell

so the food that's the stuff you eat and

the oxygen

but stimulation is absolutely crucial

so

what happens to a muscle that you don't

use

yep atrophy what happens

to a tennis player that plays with one

hand only and not the other

the hand he plays with is that arm is

twice as big as the other one

and that makes a lot of sense because

the body

says use it or lose it

it's going to send the resources to the

place

that is activated

because that's where it makes sense to

expand

resources and energy to do something if

you don't use it you don't need it

okay