Murphy Cell Respiration Student Notes PDF

Adenine Ribose Phosphate  ATP ADP Ribose Ribose Adenine Adenine Triphosphate Diphosphate Phosphate Phosphate removed added to ADP Energy is stored in the ATP molecule Energy is released for cell work  Mitochondria. Site of respiration. C6H12O6 + O...

Adenine Ribose Phosphate  ATP ADP Ribose Ribose Adenine Adenine Triphosphate Diphosphate Phosphate Phosphate removed added to ADP Energy is stored in the ATP molecule Energy is released for cell work  Mitochondria. Site of respiration. C6H12O6 + O2 Sun ALL living things. Chloroplast. ATP Site of photosynthesis. CO2 + H20 Green plants only. Heat Glucose 2 ATP May enter mitochondria for Krebs cycle 2 molecules 2 ADP of PGAL 2 NADH 2 NAD+ May stay in cytoplasm (fermentation) 2 molecules of pyruvic acid Used in 4 ADP ETC 4 ATP  Glucose Takes place (Organic cytoplasm Compounds) Aerobic respiration Oxygen absent (Krebs and ETC) Anaerobic ATP (Fermentation) Takes place mitochondria ATP Oxygen present Glycolysis Pyruvic acid  Electron Glycolysis Krebs Anaerobic Cytoplasm Electrons Transport Glucose to Cycle carried in NADH Chain pyruvic acid Aerobic Mitochondria and FADH2 Electrons carried in 2 ATP 34 ATP 2 ATP NADH 2 molecules of Used in acetyl-CoA ETC Used in 2 Pyruvic acid Krebs cycle Coenzyme A (CoA) joins the 2-C molecule 2 NADH 2 acetate 2 CO2 2 NAD+ Citric Acid Oxaloacetic 6-C acid 4-C 4-Carbon 4-Carbon compound compound 5-Carbon FAD FADH2 compound CoA CO2 CO2 NAD+ NAD+ NAD+ NADH NADH NADH ADP + P ATP  Mitochondria Matrix of Mitochondria 10 NADH O2 ADP + P Cristae 2 FADH2 H 2O ATP Krebs Inner cycle NAD+ membrane space FAD ETC Outer membrane e- ATP H+ Synthase e- Ethyl alcohol Glucose Glycolysis Pyruvic acid 2 ATP If no O2 is CO2 available Lactic Acid Glucose Glycolysis Pyruvic acid 2 ATP If no O2 is available C6H12O6 + O2 → CO2 + H2O + 38 ATP CO2 and H2O Mitochondria Energy capture Energy release CO2 and H2O C6H12O6 and O2 CO2 + H2O + sun → C6H12O6 + O2 Chloroplasts C6H12O6 and O2