Cell Transport Project

um Hi I'm Lauren and I just recorded that whole

thing and I didn't actually record it and so I'm

having to do and so that's fun but you know

what it's okay it's great.

Um Okay so this is my cell transport project um

I'm going to define the three things that it wanted

you to explain.

So homeostasis is keeping things constant in spite of changes

in external conditions.

So basically what that means is your body does anything

and everything to keep it normal despite what's happening on

the outside.

So temperature, you know that type of thing.

And this bought this is the body and it shows

a balance balance because that's your body trying to balance

itself even though what's going on on the outside.

Um energy conserve conversion.

Sorry is the process of converting one type of energy

into another form.

So that can go any way from like kinetic thermal,

you know, all of the above um transport of molecules

is the active molecule moving across the cell membrane or

be at the butcher.

So you can see all these molecules right across the

membrane. And then I also go through the same in

your bloodstream, lots of molecules going through your bloodstream.

Um and you can see the cytoplasm and the extra

cellular fluid.

Um you know all that.

An example of homeostasis is your body controlling its temperature

by sharing or sweating.

So like I said temperature your body is going to

share her if you're cold to try and keep normal

inside, try and keep your body and it's normal to

mature it's supposed to be and then sweating is if

you're too hot, it sweats to try and get that

heat out of you.

Which is kind of I mean I'm sure everybody's Children

and sweat.

I mean and then example of energy conversion is rubbing

your hands together for warmth.

And that is goes from kinetic determined because you're rubbing

your hands and that is a form of kinetic energy.

But you're creating thermal energy by doing so.

So if you go and rub your hands together you

can feel the heat on your hands start to come

through and that's how it goes from kinetic thermal because

you're rubbing your hands which is kinetic.

Put the thermal is what happens as a result of

revenue your hands together.

So that's how it's kinetic thermal.

Um An example of the transport of molecules and ions

moving from soil to the pirates.

So there's islands in the soil um in the soil

is what helps the plant grow.

So those ions go through these routes and do the

whole plant simple and facilitated diffusion and dogs moses osmosis

for all examples of the transportation of molecules.

Um They all transport molecules.

I mean self explanatory, Sell Transportation.

There are two types active and passive um These are

moving stuff into cells and getting stuff out of cells.

So true types passive active um that's still transportation.

Um passive transport, no energy required.

Um It's simple and facilitated diffusion and osmosis.

They are all passive um They this is passive transport

right here.

It goes from here and then it starts coming down

slowly. Um So yeah alcohol in your blood strain is

a good example of passive transport.

And that is a simple diffusion because the alcohol in

your bloodstream is those molecules moving.

And so that's why it's simple.

It's because those molecules are moving through your bloodstream osmosis.

The diffusion of water.

So when you read this little yellow box the tendency

of a fluid usually water to pass through a semi

semi perennial membrane into a solution where the solvent concentration

is lower than the solvent concentration than the salyut concentration

is higher.

So this is water and sugar in this example sugar

is the salyut and the salyut is the higher concentration

waters. The Solomon that's the lower concentration.

So um sugar is more concentrated than water.

And so that's what that shows in that example.

So osmosis is the diffusion of water.

Yeah facilitated diffusion.

This uses proteins to move high to low.

So the proteins are those little purple things in the

middle and then you can see your hydrophobic tails if

I hydrophobic heads hydrophobic heads.

A little circles.

The tales of the little green things stick off of

um you can see your channel protein, this little purple

things and then your little molecules moving through it.

So I use these proteins with hala here.

It is simple versus facilitated diffusion.

Um So the simple tried through the facility didn't use

this those proteins to move those molecules third.

Um Somebody fusion moves high to low.

Um So all three of these move high to low.

But the simple uses just the sell and then the

facility that uses those proteins and it goes from here

opens up girls like that again.

So those molecules drop into the here it closes and

opens up and they dropped down and sell active transport

does require energy ATP.

Um These are industries toast, it's exocet oasis and the

sodium potassium pump potassium trump.

They're all active um Active transport moves substances against the

concentration gradient.

Um Here's a picture of active transport um and like

on the right how I said, it goes from here

to here to here.

The other way period here, right here.

Dear dear.

Um Yeah, and then here's facilitated diffusion.

So active transport.

Just move substances against the concentration right in.

Okay here, it's an example when your finger skin crinkle.

So if you're swimming, if you're in the shower for

in the ocean note.

I know everybody has noticed how their fingers start to

get a little little weird feeling.

They look kind where they're crinkle, you know um This

is your body trying to dilute the ocean so there

is moisture in your skin, there's moisture in your whole

body um and this is your body trying to dilute

that ocean water but ocean water has salt and your

body doesn't realize that there's more and more short in

the ocean than in their body.

So by trying to dilute that ocean water makes your

fingers frankly in a psychosis.

Moving something in yourself.

So pretty explanatory molecules moving into yourself in their site.

Is this um X.

Um So then definition that is well that different example.

Whitewood cells take up intelligence to digest the content and

move that material outside of the cell.

Mm exercises moving stuff.

Mhm. Um Actually in no moves is exhale, moves out

exile, move stuff out of the cell and to move

stuff in.

Besides you can see it goes from here To the

Middle 1 to outside of the cell membrane.

What do you exercise movie set up?

So kind of service.

Um Here's a sodium potassium palm.

Um three sodium going to sell to potassium go three.

Pretty sodium go out to protest.

Type up.

Um So on this first one you can see those

three sodium play out of the cell membrane using that

protein. Um And then on this number three you can

see those cases that is potassium and those are going

to the south.

Um So that's just a good representation of how the

process works.

So through sodium out to potassium and you know um

Endo in exhale out and all of those are loaded

high. So in those psychosis.

Xo psychosis so high.

Mm hmm.

Okay, there are three types of cell environment.

Hyper tonic isotonic and hydroponic.

Hyper tonic is more on the inside of that cell.

Um because you know how it moves into the cell

membrane through the you know um That means there's more

on the inside.

High platonic, I mean there's one on the outside of

the south.

So you know, kind of whatever.

Also time is equal.

So you have three on the inside, through on the

outside, it's equal.

So that's isotonic.

Here's a picture here.

A definition of facilitated diffusion.

Um just like the pictures I thought I would add

it in um in biology, the passing movement of molecules

or ions across the plasma membrane by means of transport

protein look at in the plasma memory.

So I just like that definition.

So at.

And then um my project is over sodium potassium book.

And I use this picture a lot to help me

with my project.

So you can see two K's going in in three

days. Yeah, so the sodium and potassium here's my project.

Use that excess sodium potassium exchange pump with the area's

going to the sodium and potassium.

So two potassium 3 sodium um hydrophobic chaos, high hydrophobic

heads. Um Extra cellular fluid.

And then cytoplasm.

So here's my project.

Um So yeah, that is my project.

Thank you

Cell Transport Project

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