cellular respiration
mitochondria
all things ATP
ETC
Obby gonna get me
100

make ATP from glucose

what is the purpose?

100

double membrane

what is found in Eukarya?

100

Mitochondria

What is the power house of the cell?

100

The ETC transport chain occurs here 

What is the cristae?

100

This phases of cellular respiration make NADH and FADH2

Citric acid cycle

200

glycolysis 

what is the first metabolic pathway?

200

This type of cell all have mitochondria?

What are Eukaryotic cells?

200

glycolysis

prep

citric acid cycle

ETC

what are the four series of metabolic reactions?

200

This form of energy powers ATP-synthase

What is Kinetic energy?

200

Pyruvate turn into when going through the pyruvate oxidation

What is Acetyl-CoA?

300

protein catalyst 

what are enzymes made of?

300

pyruvate 

what is transported through the mitochondria?

300

ETC is pumps these particles into the intermembrane space to make a gradient. What is that?

Protons (H+)

300

ATP yield of ETC

28-30 (depending on book)

300

What is this class called?

What is cell and molecular biology?

400

make ATP energy from glucose 

what is aerobic respiration?

400

cristae

what is formed by folding of the inner membrane?

400

this term describes adding a phosphate group to ADP to ATP

Phosphorylation

400

at the end of ETC, O2, electrons, and protons create what?

H2o

400

The process ATP without the presence of oxygen

What is anerobic respiration?

500

glucose + oxygen = cardon dioxide + water

what is the complete oxidation of glucose?

500

The region on the mitochondria is basic compared to neutral under physiological conditions. 

What is the matrix?

500

This area contains the high proton concentration needed to drive ATP-synthase in prokaryotic cells

What is the periplasmic space?

500

There is a shortage of protons in the mitochondria what happens to ATP production?

What is ATP production is reduced.

500

oxidative phosphorylation is called this in bacteria or plants.

What is chemiosmosis 

or proton motive force

or photophosphorylation

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