Bio Lab Cellular Respiration

Front 1

Anaerobic reaction smell

Back 1

Sulfur bacterial smell

Front 2

Glycolysis products

Back 2

4 molecules of ATP(2 are recycled for further glycolisis)

2 molocules of NADH

2 molecules of pyruvate

Front 3

Aerobic reaction in presence of

Back 3

Takes place in presence of oxygen

Front 4

Glycolysis

Back 4

Breaks glucose to

4 atp (2 are recycled into further ) 2 molocules NAHD a coenzyme

And 2 pyruvate molecules

Front 5

Aerobic cellular respiration

Back 5

Two pyruvates from glycolisis are broken down to 2 molecules of acetyl coenzyme A and 2 molecules of CO2 in mitochondria

NAD+ acts to remove electrons from pyruvate and forms two NADH

Front 6

Citric acid cycle or creb cycle products

Back 6

2 atp

4 molecules of CO2

6 molecules of NADH

2 molecules of FADH2

Front 7

Alcoholic fermentation products

Back 7

Ethyl alcohol C2H5OH

CO2

2 ATP (net of 4)

Front 8

Lactic acid fermentation products

Back 8

Lactic acid C3H5O3

2 molecules of ATP (4 net)

Front 9

Reaction for aerobic cellular respiration (basic formula)

Back 9

C6H12O6 + 6O2 = 6 CO2 + 6H20

Front 10

ATP broken down

Back 10

ADP

Front 11

Electron transport chain products

Back 11

H2O

32 ATP(36 total atp)

CO2

Front 12

Yeast experiment results

Back 12

No reaction in pure water or starch

Respiration took place in glucose

Front 13

Aerobic respiration in ()

Anaerobic respiration in ()

Back 13

Mitochondria and cytosol

Front 14

Glycolysis takes place in

Back 14

Cytoplasm

Occurs in both fermentation and aerobic cellular respiration

Front 15

Glucose source

Back 15

Photosynthesis

Front 16

Final electron acceptor of electron transport chain

Back 16

Is oxygen and this results in water

Front 17

NAD+

Back 17

Facilitates removal of electrons from pyruvate and forms 2 molocules of NADH

Front 18

CoA acytl coenzyme a

Back 18

convey the carbon atoms within the acetyl group to the citric acid cycle (Krebs cycle)