How cells release energy
NAD and FAD reduced become what?
NADH and FADH
what are pyruvates?
a three carbon pyruvic acid
ATP stands for:
adenine triphosphate
2 types of fermentation pathways
alcoholic and lactate
what are heterotrophs and consumers
animals
what is the most poisonous substance on earth?
botox
equation for aerobic respiration
c6h12o6 in the presence of enzymes => 6co2 12h2o 36 ATP
what do NAD and FAD do?
carry energy from an electron to an electron transfer chain
anaerobic respiration starts and ends where?
cytoplasm
glycolysis starts where?
cytoplasm
aerobic respiration starts and ends where?
cytoplasm, mitochondria
FAD
flavin adenine dinucleotide
all living organisms carry out ___________ the same way
glycolysis
electron transfer chain sets up H+ ion what?
gradients
electron transfer phosphorylation occurs where?
in the mitochondria
what is Pi
inorganic phosphate
NAD
nicotine adenine dinucleotide
living organisms don't use what to store energy?
nucleic acids
aerobic pathways require what to happen?
oxygen
anaerobic pathways don't require what to happen?
oxygen
electon tranfser chain requires
oxygen
platns make ATP during
photosynthesis
autotrophs and producers
photosynthesizers
most ATP is used to fuel what?
sodium potassium pump
the process by which ATP is made outside of the electron transfer chain
substrate level phosphorylation
ATP is secondly used for:
warmth
only about ____% of all energy is transfered each energy level
10
net energy gain of glycolysis?
2 ATP and 2 NADH
glucose becomes what in glycolysis?
2 pyruvates
anaerobic respiration is how efficient?
2%
electron transfer phosphorylation produces how many ATP?
32
skeletal muscles and brain cells produce how many ATP?
36
the liver, kidney, and heart cells produce how many ATP?
38
aerobic respiration is how efficient?
39%
how many kilocalaries are released from aerobic respiration?
686
ATP is the product of:
ADP and Pi
universal currency of life
ATP
flow of H+ ions down gradient powers what?
ATP formation
energy of sun is stored where in glucose?
double covalent bonds