Aerobic Metabolism
Anaerobic Metabolism
Carb Metabolism
Glycolysis
Citric Acid Cycle
100

Is oxygen required in aerobic metabolism?

Yes

100

Is oxygen required in anaerobic metabolism

no

100

Carbs have a unique ability to generate ATP both ___ and ____

aerobically, anaerobically

100

rapid process that occurs in the cytoplasm of cell (with or without oxygen)

glycolysis

100

The krebs cycle starts with what substance

citrate

200

Where does aerobic metabolism occur (beta oxidation, krebs cycle, ETC)

mitochondria

200

Anaerobic metabolism occurs where

cytoplasm/cytosol

200

Carbs Helps provide complete breakdown of ___

fats

200

end-product is ___ when “aerobic”

pyruvate

200

One turn of the krebs cycle gives me 10 ATP in the form of what three things (number of theses things?)

3 NADH

1 FADH2

1 GTP

300

What substrates can aerobic metabolism use?

carbs, fats, proteins

300

Anaerobic metabolism has a ___ duration

short

300

Incomplete fat breakdown increases the production of ___ ____

ketone bodies

300

end-product is ____ when “anaerobic”

lactate

300

How many ATP are indirectly made in one turn of the krebs cycle 

9 ATP

400

Aerobic metabolism supports what intensity exercise

low to moderate

400

Anaerobic metabolism uses what substrate?

carbohydrates

400

Carbohydrates are reduced to ____. (how carbohydrates travel in the blood and used by the cells)

glucose

400

____ accumulation inhibits _____ - the rate limiting enzyme of glycolysis - and slows glycolysis

lactate, phosphofructokinase (PFK)

400

How many turns of the kreb cycle if I go through anaerobic glycolysis 3 times

0

500

In theroy, aerobic metabolism can continue ___ (how long)

forever

500

Anaerobic metabolism supports what intensity physical activity?

List two anaerobic metabolic processes

high

ATP-PCr, anaerobic glycolysis

500

Glucose is stored in the body (_____ and ___) in the form of ___ 

skeletal muscle, liver

glycogen

500

Anaerobic glycolysis Releases only _% of potential energy from glucose.
 “Anaerobic” glycolysis (1 mole of glucose = _ ATP).
 “Aerobic” glycolysis (1 mole of glucose = __ ATP)

5%

2

32

500

How many ATP are directly made in the Krebs Cycle if I go through aerobic glycolysis 5 times?

10 ATP