The Skeletal System

Hi, everyone.

So my name is Madison Mitchell, and I'm gonna be

presenting the skeletal system.

Eso We're going to start here.

First of all, what is it?

What is the skeletal system?

So the picture here shows you the bones that you

see those those obviously make up the skeleton.

But there's other stuff that goes along with it.

So overall, the skeletal system is the body's central framework,

which means that it makes up our form, and it

is one of the main supporting structures structures of our

body. So without it, we wouldn't have the body that

we know because the skeletal system is made up of

our bones of our tendency of our ligaments and of

our joints.

Also, all of our connective tissue, the cartilage, all of

that is included in what we call the skeletal system.

So within all of that, you have all of these

sub categories.

It's not just the bones, but if our bones weren't

there, if the if our joints weren't there, if the

Lillian's weren't there, then we would not have what we

know now as the skeleton.

So we're going to start here with the description of

it the skeletal system includes, Like I said, before all

of the bones and joints in the body.

Each bone is a complex living organ, like we all

know, this is what it includes, and it's made up

of cells, protein fibers and minerals.

The skeleton provides support and protects for the soft tissue

that make up the rest of our body, so that's

what it provides.

It provides the support that we need in order to

have the skeleton in order to protect all of the

soft tissue that is our body and how it's made

up. And then it also includes all of those things

that I previously had mentioned.

A ZX.

Well, next, we're going to go to the location.

So, as you can probably guess, where is it?

Well, it's our whole body, but the location.

Technically, you can say exactly what it's composed off.

So the skeletal system it supports the head, the neck,

the back, the chest and it forms all of our

vertical axis in the body.

So the way that we are vertically, that is what

makes it up there.

The reason we can only bend over so far the

reason we can only go back so far.

All of that is the location, and it also contains

the school.

The vertebrae column, which is, um, our spine ultimately, and

all the vertebrae is that make up the spine and

also our threat.

Jurassic Cage, which forms all of our ribs and our

sternum. So that's the chest area as well, but more

in depth, all of the ribs and everything that makes

that up.

Then there's also the appendix Euler skeleton, and it is

made up of all of the bones of the upper

body and the lower limbs, so it's made up of

the entire body as well.

So the location is throughout the whole body, so we're

going to go to what is composed of like I've

mentioned before.

It's made up of the bones, the ligaments, the attendants

and the joints.

The skeletal system is combined by all four of these

fibers and connective tissues.

The attendant.

It is a tough, flexible band made of fibrous connective

tissue, and and it functions to connect the muscles to

the bones.

So the attendants are this tough band, and it's a

connective tissue, which means it connects to things those two

things. Arthuis muscles to the bones.

The joints are pretty much the in between the bones

and the muscles, so the joints air how the bones

in the body allow movement so the joints air in

between the the bones and and attendants.

They're all they're all in between these areas together.

So the ligament is a dense white band of fibrous

elastic tissue, so that means it's able to be stretched

and to be moved.

They also connect to the ends of the bones, the

end of the bones together to connect in order to

form a joint so the joints air in between the

ligaments. So the ligaments, or what's connecting to the end

of the bones.

So you have a bone, you have a ligament.

You have your attendants, you have your joints, you have

more attendants, you have another ligament, and then you have

a bone, and that's what we'll connect like your upper

your upper bones of your legs to the lower bones.

Your legs is where your need connects, so obviously there's

more stuff that goes into it before the skeletal reasons

of why we're talking about this.

That's a brief knowledge of it.

um, Then let's go back here and next we'll talk

about the function of it.

So like I mentioned before, the skeletal system is the

body system composed of bones and cartilage and performs the

following functions for the human body.

So when it supports, how does it support?

It supports the body because it is the reason that,

like before we have our vertical access.

The reason that we have the body that we know

today it is the support of the body.

Just like anything in life, anything you see anything function

any any object.

There's a support system.

The support system for our body is the skeletal system

it facilitates.

What is it?

Facilitate. It facilitates movement.

Otherwise, if we didn't have the ligaments and we didn't

have the joints and we didn't have the tendency, then

we wouldn't be able to move the bones properly because

we constantly being pain, bone against bone rubbing.

They would be able to move.

There would be no flexibility to the movements.

And then what does it do last?

It protects.

How does it protect it?

Protects all of our internal organs.

If it wasn't for all of these tissues, in these

bones. All of our organs will be exposed.

All of our lungs or heart.

All of this will be exposed.

So then you you briefly hit something or you accidentally

get hit, or you you move the wrong way.

Or you you bumped something or anything like that and

you could damage an internal organ.

So the skeletal system ultimately protects all of our insides.

All of our all of our organs that keep us

alive, all right.

And let's go back to Homo Stasis.

So, as described here, homeostasis is the tendency toward a

relative a relatively stable equilibrium between interdependent elements, especially as

maintained by Phyllis Soft Philip Physiological processes.

So what it does for the schedule tell system is

when mineral levels in the blood are too high.

So when our mineral levels in our blood there too

high, the bone absorbs some of the minerals and stores

the stores them as mineral salts.

Which is why the bones air so hard because of

the mineral salts.

When bone levels of minerals are too low, bone releases

bones released some of the minerals back into the blood

and this restores home Stasis Holmes faces is ultimately the

production of our bones and of our ligaments and of

our joints and of the different things in our body.

If we didn't have home yo Stasis.

When we get hit when we have a fracture, when

we have any kind of bruising anything like that, it

wouldn't correct itself.

It wouldn't fix itself.

It wouldn't have a way to be reproduced.

So if homo Stasis is somehow lacking when a bone

breaks, then it's not able to repair because this is

what it does.

It steps in it repairs, and it replaces what was

once normal back to as close as it could get

normal. Yes, nothing is going to be like it is

before, but because the home faces were given that opportunity

for it to be like it was before.

This also happens with the ligaments joints intendant.

When they terror or when they're injured, the home Eustace.

It also helps to help those.

The biggest thing that you focus on is the bones

when it comes to home use basis, but it does

happen throughout the entire body, then the last thing that

I want to talk about here is the disease.

So homo Stasis imbalance may call may lead to disease.

So whenever you don't have the homeostasis balance properly, like

I mentioned before, with all of the salts and with

everything that's in your body, how it should be for

it to be able to reproduce into, to restructure, then

it can cost disease.

Obviously, without all of the Homo Stasis, you can still

have the disease, but it's more likely.

So disease and sell.

Your malfunctions can be caused in two basic ways.

One deficiencies to Texas City.

So what do I mean by deficiencies?

It means that cells are not getting all that they

need. The cells are not being reproduced like they need

to. So then there could be deficiencies.

Toxicity means that sells being poisoned by things that they

do not need.

So where they're getting too much of something or not

enough something, they're being poisoned by all of these things,

and therefore it's causing these problems, the toxicity and the

deficiencies. So two examples of those diseases would be osteoporosis

or maybe even leukemia.

Osteoporosis is a disease in which the bones become fragile

and prone to fractures.

So then you're lacking in the home.

No Stasis.

So your body is not reproducing and making those bones

as strong as they should be.

So you're hitting them.

They're breaking, and they're not fixing because you're lacking and

you're deficient in the cells that produced to help to

make create homo Stasis.

Leukemia is a cancer of the white blood cells, and

they're not producing properly.

So like I mentioned before, when it comes to home,

yo Stasis, What it does is it maintains the mineral

levels in the blood.

So when they're to higher there too low, they're able

to take it and pretty much save it until another

time or save it and put it into the bone

to make it harder ultimately to help the life of

the bone because it is a living organ.

So leukemia, where that was stepping is the cancer in

the white blood cells is would play a factor in

that because if you're not producing the blood like you

should or you're not being able to store like you

should, then it could cause for reproductions, which in turn,

could be leukemia.

So I hope that this presentation gives you a little

bit insight.

Sorry, I'm a little bit rusty trying to do all

of this information and not have a lot of slides

to go off of.

Or a lot of stuff Thio have as knowledge.

So this is all coming from the top of my

head. But if there's any questions or anything like that,

you can always comment on the video, and I can

try to answer them as professionally as I could with

the knowledge that I have.

Okay, thank.

The Skeletal System

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