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Fermentation pathways
does not use free oxygen, fewer energy is produced compared to pathways that uses oxygen. This pathway only partially breaks apart food molecules
Aerobic cellular respiration
this pathway requires the use of free oxygen and fully breaks apart food molecules in return much more energy is produced from this pathway. More effective by 18x
substrate level phosphorylation
adding a phosphate to molecule from atp to release molecule with Pi +ADP
co enzymes
molecules that aid in the proper function of other enzymes
Glycosis
In the cytosol; glucose (6e)- Split into 2 carbon pyruvate molecules + 4 ATP molecules + 2 NADH
Prekrebs/Krebs cycle
matrix of mitochondria; 2 pyruvates are oxidized in 6 Co2, generate 2 atp, 8 NADH, 2 FADH2
elecctron transport system
inner mitochondrial membrane; oxidative phosphorylation, 34 ATP
chemiosis-
using an h gradient to do work
Alcohol fermentation
starts with glycosis, cuts off 2 co2 and produces acetaldehyde, then produces ethanol
lactaid fermentation
starts w glycosis, cannot go into mitochondria (No O2) the pyruvates are gonna turn into 3 carbon molecules called lactate
anabolic pathways
metabolic pathways that require energy to build complex molecules from simpler starting materials