Based on this graph, what does the sudden increase or decrease in ATP, NADH, oxygen and carbon dioxide concentrations mean? How are related these to specific steps in glycolysis and TCA cycle?? 1007.003710Relative Percent Oxygen0 2550 75 100pH of intermembrane space03.5 7 10.5 140initial NADH (mol)10Temperature (°C)0 20 40 60 80 100I20 30 40Iinitial Glucose (mol)0 2 4 6 8IIinitial ATP (mol)0 20 40 60 80 100110IIMetabolism of 1 Mole of Glucose ATP Production Oxygen Consumption NADH ProductionMetabolism of 1 Mole of GlucoseConcentrations (Mutliscaled and Auto Scaled)35.410100626.57.5754.517.7508.842.5251.500002-1-ATP47➡2-NADH911Milliseconds3-Oxygen1316Potential (mv)18Carbon Dioxide20

Glycolysis is the process that converts glucose into pyruvate. After glycolysis, the pyruvate is…

100 7.0 0 37 1 0 Relative Percent Oxygen 0 25 50 75 100 pH of intermembrane space 0 3.5 7 10.5 14 0 initial NADH (mol) 10 0 Temperature (°C) 0 20 40 60 80 100 I 0 2 4 6 initial Glucose (mol) I 20 30 40 I I I I I initial ATP (mol) 20 40 60 80 100 I 8 10 I I Metabolism of 1 Mole of Glucose ATP Production Oxygen Consumption NADH Production Metabolism of 1 Mole of Glucose Concentrations (Mutliscaled and Auto Scaled) 35.4 10 100 6 26.5 7.5 75 4.5 17.7 3 8.84 2.5 25 1.5 0000 0 2 1-ATP 4 7 -2-NADH 9 11 Milliseconds -3-Oxygen 13 16 Potential (mv) 18 Carbon Dioxide

100 7.0 0 37 1 0 Relative Percent Oxygen 0 25 50 75 100 pH of intermembrane space 0 3.5 7 10.5 14 0 initial NADH (mol) 10 0 Temperature (°C) 0 20 40 60 80 100 I 0 2 4 6 initial Glucose (mol) I 20 30 40 I I I I I initial ATP (mol) 20 40 60 80 100 I 8 10 I I Metabolism of 1 Mole of Glucose ATP Production Oxygen Consumption NADH Production Metabolism of 1 Mole of Glucose Concentrations (Mutliscaled and Auto Scaled) 35.4 10 100 6 26.5 7.5 75 4.5 17.7 3 8.84 2.5 25 1.5 0000 0 2 1-ATP 4 7 -2-NADH 9 11 Milliseconds -3-Oxygen 13 16 Potential (mv) 18 Carbon Dioxide

Biochemistry

6th Edition

ISBN:9781305577206

Author:Reginald H. Garrett, Charles M. Grisham

Publisher:Reginald H. Garrett, Charles M. Grisham

Chapter18: Glycolysis

Section: Chapter Questions

Problem 1P: Characterizing Glycolysis List the reactions of glycolysis that a. are energy consuming (under...

See similar textbooks

Similar questions

On average, 180 liters of plasma are filtered each day. A If humans had to expend one molecule of ATP for every molecule of water retained, approximately how many molecules of ATP would be required? 6.022x10^27 moles B. If 36 molecules of ATP are produced by the aerobic catabolism of one molecule of glucose, how many grams of glucose would be required? Sw10 4 grams eTextbook and Media Hint
A 75 kg person doing light work requires about 3000 kcal of food energy perday, 40% of which is actually used by the body’s cells. (The other 60% is lostas heat and in waste products.) Before being used by the cells, effectively allof this energy is stored in ATP, which is then cleaved into ADP and PO3−2 , with the release of 12.5 kcal per mole of ATP.(a) How many moles of ATP are turned over per day in this fashion? Whatmass of ATP does this correspond to? (The molecular weight of ATP is507 g/mol.)(b) The body actually contains approximately 5 g ATP. Estimate the averagerecycle time for an ATP molecule. You see that it is much more efficientto reuse ADP rather than to synthesize it de novo (from scratch).
Free energy changes under intracellular conditions differ markedly from those determined under standard conditions. ΔG°′ = -32.2 kJ/mol for ATP hydrolysis to ADP and Pi. Calculate ΔG for ATP hydrolysis in a cell at 37 °C that contains [ATP] = 3 mM, [ADP] = 1 mM, and 3Pi4 = 1 mM.
Calculate all the glucose data into cmol. What is the number of cmol glucose at timepont 10.42 (19.65 g/L)?
Free energy changes under intracellular conditions differ markedly from those determined under standard conditions. AG" =-30.5 kJ/mol for ATP hydrolysis to ADP and P,. Calculate AG for ATP hydrolysis in a cell at 37 °C that contains [ATP] =3 mM, [ADP] =1mM, and [P] =1 mM.
Calculate the total ATP produced in the catabolism of glucose. Follow the table provided below. If NADH = 3 ATP, If NADH = 2.5 АТР, FADH, 1.5 FADH, = 2 ATP ATP Glycolysis Pyruvate shuttle Krebs cycle ETC TOTAL If NADH = 3 ATP, If NADH = 2.5 %3D FADH2 = 2 ATP ATP, FADH2 = 1.5 ATP Alcohol Fermentation Lactic acid fermentation
During a 20-minute workout, a person burns 350 calories. What is the number of grams of glucose undergoing glycolysis in muscle cells with ample supply of oxygen? NADH in muscle cells is transported via the glycerol phosphate shuttle (which byhpasses Complexes I and II of the ETC). The human ATP synthase has 8 c subunits. Take note: Molar mass of glucose is 180 g/mol 1 calorie = 4.184 J phosphorylation potential in muscle cells is ~55 kJ/mol
A solution containing 0.00001 M ATP has transmission 70.2\% at 260 nm in 1 cm cuvette calculate the transmission of solution in a 3 cm cuvette
Calculate glucose concentration. Na (sodium) and glucose secondary active transport. Na transport (which drive glucose import) G=R*T*In(Na in/ Na out)+Z*F*Y(psi symbol) Na in=14mM Na out=145MM Z=+1 F=96.5 KJ/V*mol Y(psi)=-0.05V What is the glucose in and out concentration? Please be very through when explaining this calculation. (I am stuck at why the energy sign changes from negative to positive when using the calculated energy from sodium to glucose)
Calculate the actual, physiological ΔG for the reaction at 37 °C, as it occurs in the cytosol of neurons, with phosphocreatine at 4.7 mM, creatine at 1.0 mM, ADP at 0.73 mM, and ATP at 2.6 mM.
Discuss two approaches (methods) based on week-intermolecular forces on detection of ATP over AMP? please explain, hand written answer will be preffered, thanks
Why is it 30 to 32 ATP produced for cellular respiration in Physiology? When I calculate it, I get 32.