.
Metabolic
Anabolic
Catabolic
Cytobolic
Light and use carbon dioxide as a carbon source
Organic molecules and use carbon dioxide as a carbon source
Inorganic substances and use carbon dioxide as a carbon source
Light and use inorganic substances as a carbon source
Autotrophs
Chemotrophs
Phototrophs
Heterotrophs
Metabolism
Catabolism
Biosynthesis
Anabolism
Lowering the energy of the reactants
Raising the energy of the products
Decreasing the activation energy of the reaction
Increasing the activation energy of the reaction
Temperature
PH
Concentration of enzyme
All of the above
Iron
FAD
Niacin
NAD
One
Two
Three
Four
The net yield of ATP is two ATPs for each molecule of glucose
It provides cells with a relatively large amount of energy
Four molecules of ATP are used in the initial phosphorylation steps
The ATP that is used up during glycolysis is not considered in calculating the net yield of ATP
NAD
FAD
NADP
H2O
Aerobes
Anaerobes
Aerophiles
Facultative anaerobes
Can only utilize oxygen and can detoxify it
Require a small amount of oxygen to survive and grow
Can't survive in presence of oxgen
Do not utilize oxygen but can survive ad grow in its presence
Acid; hydrogen gas
Hydrogen gas; propionic acid
Ethyl alcohol; methane
Carbon dioxide; ethyl alcohol
Pyruvic acid
Acetyl-CoA
Acetic acid
Butanediol
Water
Oxygen
Sulfur
Coenzyme Q
24
30
34
38
Glycolysis
Fermentation
Krebs cycle
Electron transport
Nucleotides
Fatty acids
Amino acids
Coenzymes
Carrying out photosynthesis
Only obtaining energy from organic molecules
Bypassing glycolysis for the Krebs cycle
Metabolizing without enzymes
Break down proteins
Phosphorylate ADP to form ATP
Metabolize glycerol
Synthesize carbohydrates
Light reaction
Dark reaction
Hydrolytic reaction
Photophosphorylation reaction
May have evolved to remove oxygen from the atmosphere
Are often beneficiares of symbiotic relationships with a larger host, producing light in exchange for nutrients
Often have the enzyme luciferase which catalyzes the oxidation reaction that emits light
All of the above
Oxidative phosphorylation
Glycolysis
Fermentation
Krebs cycle
Alcohol-fermentation
Pyruvate-glycolysis
Carbon dioxide-glycolysis
NADH-Krebs cycle
An apoenzyme plus a cofactor
An apoenzyme plus a coenzyme
A protein and non-protein component
All of the above
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