Cellular Respiration Comic
Montāžas Apraksts
A comic that lays out the steps of Cellular Respiration
Montāžas Teksta
- H+
- H+
- Wow! Look at the proton gradient in the river!
- And now, for the final stage, the electron transport chain! We are at the H+ river on the Mitochondria christae to observe this
- Are we going to get out and see the ATP synthase turn to attach a phosphate to ADP to make ATP?
- Yes we will! Time to go see the process up close!
- H+
- H+
- H+
- 34-36ATP!!
- H+
- ADP
-
- Woah! Standing on the outer membrane of the mitochondria sure is weird
- H+
- ATP Synthase
- Phosphate
- H+
- H+
- Tell me about it. But look, its all the NADH's we have seen along the way
- NAD+
- H+
- H+
- Yup! They send their H+ through the ETC to the intermembrance space to match the proton gradient
- NADH
- NADH
- H+
- 34-36ATP!!
- H+
- ADP
-
- Cool! I can then see it pass back across the inner membrane into the Mitochondria Matrix
- H+
- ATP Synthase
- Phosphate
- H+
- H+
- Yah! I can see the matrix field we were just at beyond this river
- NAD+
- H+
- H+
- And as it crosses that membrane, it turns the ATP synthase, attaching a phosphate to ADP to make the 34-36 ATP!
- NADH
- NADH
- H+
- I hope you liked the journey on the train that let us travel to the Cytoplasm to the Mitochondria Matrix to the Mitochondria Cristae.
- I thought it was cool to watch Glucose turn into Pyruvate acids and then into Acetyl Co2 and then to see all the NAD+'s find their H+'s in the krebs cycle
- And I thought it was cool to see all the NADH's finally show up at the ECT and deposit their H+'s. I also thought it was cool how the H+'s were used to spin the ATP synthase to make a whole bunch of ATP. Also glad to see the 2 ATP from the glucose breakdown factory show up at the end to make a net gain of 34-36 ATP.
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