Metabolism

Front 1

coenzyme

Back 1

molecule that temperaly store thing

Front 2

what effect the metabolic rate

Back 2

body temp, brown fat, hormone level, activity

Front 3

Kilocalorie

Back 3

large calorie. amount of energy needed to raise the temp. of 1 kilogram of water one degree centigrade

Front 4

catabolism

Back 4

break down of organic substrates.
atp ---> ADP

Front 5

What is the reaction for carbohydrate metabolism? When do u exhale and inhale? how many atps are produced?

Back 5

1)C6H12O6 + 6 O2 --> 6 H2O + 6 CO2
2) inhale O2 exhale CO2
3) 36 -38 atps

Front 6

NADH and FADH2

Back 6

go into electron transport chain to produce H20

Front 7

acetyl co A to kerbs cycle produces

Back 7

atp, nadh, fadh2, and co2 (4 of them)

Front 8

how many kcal?
carbs
protein
fats

Back 8

4 to 6
4 to 6
9

Front 9

pyruvic acid

Back 9

3 carbon ....produces 2 atps and 2 nadh

Front 10

absorptive state

Back 10

when we eat no storage

Front 11

what is the flow for glucose breakdown

Back 11

glucose-pyruvic acid- acetyl coenzyme A - kerbs cycle

Front 12

pyruci acid to acetyl coenzyme a release

Back 12

2 CO2 (exhale)

Front 13

postabsorptive state

Back 13

when you stop eatting. since you aren't absorbing molecule you still need energy to fuction so stored ones are used

Front 14

BMR basal metabolic rate

Back 14

minimum, resting energy expenditures of an awake, alret person

Front 15

anaerobic

Back 15

pyruvic acid become anaerobic to produce atp and lactic acid

Front 16

anabolism

Back 16

synthesis of new organic molecules.
adp + P --> atp