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Coenzymes

Campbell's Biology 9 Edition Chapter 8 Outline

Subject: 
Biology
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Tags: 
metabolism
cellular respiration
Catalysis
Coenzymes
Nucleotides
Enzyme
Adenosine triphosphate
Chemical reaction
Metabolic pathway
Glucose
Cofactor
Enzyme inhibitor

Ch.8 Notes Date Notes Questions 10/12/15 To types of metabolic pathways Catabolic pathways (breaking down, breaking down energy) Anabolic pathways (storing energy, build up) Pathways can be complex and have multiple steps Pathways are the chemical reactions Ex pathways a->b->c-> (a, b and c are chemicals) Living organisms are chemical computers Design like circuit boards Some people working on DNA based computer Also there are works on neuro networks Organisms always share chemicals with everyone Prokaryotes have a much simpler pathways than eukaryotes Metabolic theory that there is a mathematical formula that can explain the interaction of organisms. Energy cannot be created or destroyed Sunlight->Glucose->ATP->Heat Glucose more desired because easiest way to get ATP

Campbell's Biology 9 Edition Chapter 9 Outline

Subject: 
Biology
Rating: 
0
No votes yet
Tags: 
cellular respiration
metabolism
Nucleotides
Coenzymes
neurotransmitters
Glycolysis
Adenosine triphosphate
Substrate-level phosphorylation
Chemiosmosis
Oxidative phosphorylation
Nicotinamide adenine dinucleotide
mitochondrion

Ch. 9 Notes Energy flows through systems not recyclable Matter recyclable Cellular respiration: Require ATP to be done Energy used to make ADP to ATP from glucose ATP modified RNA nucleotide A lot of APT necessary to do the smallest of tasks If ATP stopped being made we could only live 4 seconds Mitochondria make the ATP in plants and animals Chloroplasts convert sunlight into organic molecules to be used Glucose + 6 Oxygen -> 6 Carbon Dioxide + Water + ATP Oxidation and reduction has to do with 90% of ATP being produced NAD+ + H+ + 2e- = NADH Instrumental in the production of ATP More NADH the more ATP will be produced 2 different mechanisms contribute to ATP production Substrate level Phosphorylation: Chemiosmosis (Oxidative Phosphorylation):
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