Suche
  • Suche
  • Meine Storyboards

Unknown Story

Erstellen Sie ein Storyboard
Kopieren Sie dieses Storyboard MACH DEIN EIGENES!
Create your own at Storyboard That

The two other steps are pyruvate phosphorylation and the citric acid. In pyruvate phosphorylation, pyruvate is formed into Acetyl-CoA with the help of an enzyme.

Then the citric acid cycle, is where some ATP is made and the electron carries molecules (NADH FADH2) are made from Acetyl-CoA

The second two last step is the Electron transport Chain. This is where the elctrons that are passing thorugh the complex molecules in the membrane of the mitochondria bring in protons to the intermembrane space.

By bringing the protons in to that space, it allows the protons to go through ATP synthase. The complex structure that makes the most amount of ATP in oxidate phosphorylation

In ATP synthase, the protons that go though that complex structure from high to low concentration gradients, make the structure turn. And by turning it makes ADP to combine wiht a phosphate group. Eventually producing ATP.

And these is how eating sugars in your life works with biology and their cells.

I hope you enjoyed the tour, and now back to the kitchen

Thank you so much, now i undestand how I get energy from eating sugars.

Please do me a favor, eat a lot of sugars because that tour has me low on ATP

OKAY bye bye now!!

I need to recharge

Create your own at Storyboard That

The two other steps are pyruvate phosphorylation and the citric acid. In pyruvate phosphorylation, pyruvate is formed into Acetyl-CoA with the help of an enzyme.

Then the citric acid cycle, is where some ATP is made and the electron carries molecules (NADH FADH2) are made from Acetyl-CoA

The second two last step is the Electron transport Chain. This is where the elctrons that are passing thorugh the complex molecules in the membrane of the mitochondria bring in protons to the intermembrane space.

By bringing the protons in to that space, it allows the protons to go through ATP synthase. The complex structure that makes the most amount of ATP in oxidate phosphorylation

In ATP synthase, the protons that go though that complex structure from high to low concentration gradients, make the structure turn. And by turning it makes ADP to combine wiht a phosphate group. Eventually producing ATP.

And these is how eating sugars in your life works with biology and their cells.

I hope you enjoyed the tour, and now back to the kitchen

Thank you so much, now i undestand how I get energy from eating sugars.

Please do me a favor, eat a lot of sugars because that tour has me low on ATP

OKAY bye bye now!!

I need to recharge

Create your own at Storyboard That

The two other steps are pyruvate phosphorylation and the citric acid. In pyruvate phosphorylation, pyruvate is formed into Acetyl-CoA with the help of an enzyme.

Then the citric acid cycle, is where some ATP is made and the electron carries molecules (NADH FADH2) are made from Acetyl-CoA

The second two last step is the Electron transport Chain. This is where the elctrons that are passing thorugh the complex molecules in the membrane of the mitochondria bring in protons to the intermembrane space.

By bringing the protons in to that space, it allows the protons to go through ATP synthase. The complex structure that makes the most amount of ATP in oxidate phosphorylation

In ATP synthase, the protons that go though that complex structure from high to low concentration gradients, make the structure turn. And by turning it makes ADP to combine wiht a phosphate group. Eventually producing ATP.

And these is how eating sugars in your life works with biology and their cells.

I hope you enjoyed the tour, and now back to the kitchen

Thank you so much, now i undestand how I get energy from eating sugars.

Please do me a favor, eat a lot of sugars because that tour has me low on ATP

OKAY bye bye now!!

I need to recharge

Create your own at Storyboard That

The two other steps are pyruvate phosphorylation and the citric acid. In pyruvate phosphorylation, pyruvate is formed into Acetyl-CoA with the help of an enzyme.

Then the citric acid cycle, is where some ATP is made and the electron carries molecules (NADH FADH2) are made from Acetyl-CoA

The second two last step is the Electron transport Chain. This is where the elctrons that are passing thorugh the complex molecules in the membrane of the mitochondria bring in protons to the intermembrane space.

By bringing the protons in to that space, it allows the protons to go through ATP synthase. The complex structure that makes the most amount of ATP in oxidate phosphorylation

In ATP synthase, the protons that go though that complex structure from high to low concentration gradients, make the structure turn. And by turning it makes ADP to combine wiht a phosphate group. Eventually producing ATP.

And these is how eating sugars in your life works with biology and their cells.

I hope you enjoyed the tour, and now back to the kitchen

Thank you so much, now i undestand how I get energy from eating sugars.

Please do me a favor, eat a lot of sugars because that tour has me low on ATP

OKAY bye bye now!!

I need to recharge

Create your own at Storyboard That

The two other steps are pyruvate phosphorylation and the citric acid. In pyruvate phosphorylation, pyruvate is formed into Acetyl-CoA with the help of an enzyme.

Then the citric acid cycle, is where some ATP is made and the electron carries molecules (NADH FADH2) are made from Acetyl-CoA

The second two last step is the Electron transport Chain. This is where the elctrons that are passing thorugh the complex molecules in the membrane of the mitochondria bring in protons to the intermembrane space.

By bringing the protons in to that space, it allows the protons to go through ATP synthase. The complex structure that makes the most amount of ATP in oxidate phosphorylation

In ATP synthase, the protons that go though that complex structure from high to low concentration gradients, make the structure turn. And by turning it makes ADP to combine wiht a phosphate group. Eventually producing ATP.

And these is how eating sugars in your life works with biology and their cells.

I hope you enjoyed the tour, and now back to the kitchen

Thank you so much, now i undestand how I get energy from eating sugars.

Please do me a favor, eat a lot of sugars because that tour has me low on ATP

OKAY bye bye now!!

I need to recharge

Create your own at Storyboard That

The two other steps are pyruvate phosphorylation and the citric acid. In pyruvate phosphorylation, pyruvate is formed into Acetyl-CoA with the help of an enzyme.

Then the citric acid cycle, is where some ATP is made and the electron carries molecules (NADH FADH2) are made from Acetyl-CoA

The second two last step is the Electron transport Chain. This is where the elctrons that are passing thorugh the complex molecules in the membrane of the mitochondria bring in protons to the intermembrane space.

By bringing the protons in to that space, it allows the protons to go through ATP synthase. The complex structure that makes the most amount of ATP in oxidate phosphorylation

In ATP synthase, the protons that go though that complex structure from high to low concentration gradients, make the structure turn. And by turning it makes ADP to combine wiht a phosphate group. Eventually producing ATP.

And these is how eating sugars in your life works with biology and their cells.

I hope you enjoyed the tour, and now back to the kitchen

Thank you so much, now i undestand how I get energy from eating sugars.

Please do me a favor, eat a lot of sugars because that tour has me low on ATP

OKAY bye bye now!!

I need to recharge

Create your own at Storyboard That

The two other steps are pyruvate phosphorylation and the citric acid. In pyruvate phosphorylation, pyruvate is formed into Acetyl-CoA with the help of an enzyme.

Then the citric acid cycle, is where some ATP is made and the electron carries molecules (NADH FADH2) are made from Acetyl-CoA

The second two last step is the Electron transport Chain. This is where the elctrons that are passing thorugh the complex molecules in the membrane of the mitochondria bring in protons to the intermembrane space.

By bringing the protons in to that space, it allows the protons to go through ATP synthase. The complex structure that makes the most amount of ATP in oxidate phosphorylation

In ATP synthase, the protons that go though that complex structure from high to low concentration gradients, make the structure turn. And by turning it makes ADP to combine wiht a phosphate group. Eventually producing ATP.

And these is how eating sugars in your life works with biology and their cells.

I hope you enjoyed the tour, and now back to the kitchen

Thank you so much, now i undestand how I get energy from eating sugars.

Please do me a favor, eat a lot of sugars because that tour has me low on ATP

OKAY bye bye now!!

I need to recharge

Create your own at Storyboard That

The two other steps are pyruvate phosphorylation and the citric acid. In pyruvate phosphorylation, pyruvate is formed into Acetyl-CoA with the help of an enzyme.

Then the citric acid cycle, is where some ATP is made and the electron carries molecules (NADH FADH2) are made from Acetyl-CoA

The second two last step is the Electron transport Chain. This is where the elctrons that are passing thorugh the complex molecules in the membrane of the mitochondria bring in protons to the intermembrane space.

By bringing the protons in to that space, it allows the protons to go through ATP synthase. The complex structure that makes the most amount of ATP in oxidate phosphorylation

In ATP synthase, the protons that go though that complex structure from high to low concentration gradients, make the structure turn. And by turning it makes ADP to combine wiht a phosphate group. Eventually producing ATP.

And these is how eating sugars in your life works with biology and their cells.

I hope you enjoyed the tour, and now back to the kitchen

Thank you so much, now i undestand how I get energy from eating sugars.

Please do me a favor, eat a lot of sugars because that tour has me low on ATP

OKAY bye bye now!!

I need to recharge

Als Diashow ansehen
Storyboard That Characters Storyboard That

Erstellen Sie Ihr eigenes Storyboard

Probieren Sie es kostenlos aus!

Erstellen Sie Ihr eigenes Storyboard

Probieren Sie es kostenlos aus!

Storyboard-Text

  • Then the citric acid cycle, is where some ATP is made and the electron carries molecules (NADH FADH2) are made from Acetyl-CoA
  • The two other steps are pyruvate phosphorylation and the citric acid. In pyruvate phosphorylation, pyruvate is formed into Acetyl-CoA with the help of an enzyme.
  • The second two last step is the Electron transport Chain. This is where the elctrons that are passing thorugh the complex molecules in the membrane of the mitochondria bring in protons to the intermembrane space.
  • By bringing the protons in to that space, it allows the protons to go through ATP synthase. The complex structure that makes the most amount of ATP in oxidate phosphorylation
  • In ATP synthase, the protons that go though that complex structure from high to low concentration gradients, make the structure turn. And by turning it makes ADP to combine wiht a phosphate group. Eventually producing ATP.
  • And these is how eating sugars in your life works with biology and their cells.
  • I hope you enjoyed the tour, and now back to the kitchen
  • Please do me a favor, eat a lot of sugars because that tour has me low on ATP
  • OKAY bye bye now!!I need to recharge
  • Thank you so much, now i undestand how I get energy from eating sugars.
Über 30 Millionen erstellte Storyboards

Wir verwenden Cookies, um sicherzustellen, dass Sie die beste Erfahrung machen. Datenschutz-Bestimmungen

Ich Habs!