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Question:-
Skeletal muscle tissue produces energy in a particular sequence using several separate mechanisms. Of the following options, which best represents the correct sequence?
Answer: glycogen, direct phosphorylation, glycolysis,
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- Is aerobic respiration more or less efficient than glycolysis? Explain your answer.is this stement false? Intracellular concentrations in resting muscle are as follows: Fructose-6-phosphate (1.0 mM)Fructose-(1-6)-bisphosphate (10.0 mM)AMP (0.1 mM)ADP (0.5 mM)ATP (5.0 mM)Pi (10.0 mM)Under the above conditions the Phosphofructokinase reaction in muscle is more exergonic than under standard conditions.Making ATP Directions: Compare substrate level phosphorylation and oxidative phosphorylation by completing this table. Descriptions that are questions are yes/no questions. Description Location(s) in the cell (be specific) Requires a proton gradient? Uses chemiosmosis? Requires a soluble enzyme (an enzyme in solution, not in a membrane)? Requires a transmembrane protein? Occurs during glycolysis? Occurs during pyruvate oxidation? Occurs during citric acid cycle? Requires the electron transport chain? Approximate number of ATP made per 1 glucose in aerobic respiration Number of ATP made per 1 glucose in fermentation Substrate level phosphorylation Oxidative phosphorylation
- Intracellular concentrations in resting muscle are as follows: fructose6-phosphate, 1.0 mM; fructose-1,6-bisphosphate, 10 mM; AMP, 0.1 mM;ADP, 0.5 mM; ATP, 5 mM; and Pi, 10 mM. Is the phosphofructokinasereaction in muscle more or less exergonic than under standard conditions?By how much?. The transition temperatures of the following membranes are -36°C, 23°C, and 41°C. Which membrane correlates with which transition temperature? Explain your answer. Membrane 1) made from entirely phosphatidylcholine and stearate fatty acids Membrane 2) made from entirely phosphatidylcholine and oleate fatty acids Membrane 3) made from entirely phosphatidylcholine and palmitate fatty acidsRat heart muscle operating aerobically fills more than 90% of its ATP needs by oxidative phosphorylation. If each gram of tissue consumes O2 at the rate of 12.0 micromol/min, with glucose as the fuel source. (a) Calculate the rate at which the heart muscle consumes glucose and produces ATP. (b) Consider an alternate scenario – what would be the rate of consumption if the energy source was a solely triglycerides whose fatty acyl chains were each 14-C in length and saturated? (Assume the O2 consumption rate remains at 12.0 micromol/min) (c) For a steady-state concentration of ATP of 6.0 micromol/g of heart muscle tissue, calculate the time required (in seconds) to completely turn over the cellular pool of ATP if glucose us used as the sole fuel source. What does this result indicate about the need for tight regulation of ATP production? (Note: Concentrations are expressed as micromoles per gram of muscle tissue because the tissue is mostly water.)
- ANSWER AND EXPLAIN PROPERLYcell defense worksheet (1) [Compatibility Mode] Qv Search in Docume Insert Draw Design Layout References Mailings Review View Acrobat A. Century Gothic - 12 A A- U - abe X,2 x² A A Styles Styles Pane Create and Adobe PI Step 13: Take the "Energy and Transport Challenge!" How many ATP did you use? What type(s) of protein(s) were used? Explain when each type was used. Step 14: Take the "Osmosis Challenge!" What is Osmosis? What is the name of the special proieins that let water pass through? Is this passive or active transport? Step 15: From your Scores Sheet record: Lab Score (% correct): Number Correct: Numbar Incen et Page 2 of 3 * English (United States) 505 words E Focus MAR 15 MacBook Air 888 F1 F2 F3 F4 F5 F6 F7 F @ %23 $ & 7 8. Q W T YQuestion:- Use the data below to answer the following question: How much more energy is stored in a gram of fat than in a gram of hydrated glycogen?Fat: 39.1 kJ/gGlycogen: 17.5 kJ/g. In its hydrated form in cells, glycogen binds twice its weight in water. (Please Explain Answer)
- Which statements are true? Explain why or why not.1 The role of ATP hydrolysis in actin polymerizationis similar to the role of GTP hydrolysis in tubulin polym-erization: both serve to weaken the bonds in the polymerand thereby promote depolymerization.2 Motor neurons trigger action potentials in musclecell membranes that open voltage-sensitive Ca2+ channelsin T tubules, allowing extracellular Ca2+ to enter the cyto-sol, bind to troponin C, and initiate rapid muscle contrac-tion.3 In most animal cells, minus-end directed microtu-bule motors deliver their cargo to the periphery of the cell,whereas plus-end directed microtubule motors delivertheir cargo to the interior of the cell.Describe the components that make up ATP and how they are assembled and taken apart. Use the terms endergonic and exergonic in your description. Why is ATP so important? Edit View Insert Format Tools Table 12pt v Paragraph v в I T2 v S OT étv 8. MacBook Air DII 000 F9 F10 F7 F8 F6 F5 1. F3 F4 & %23 %$4 3 4 7Muscle cells require a lot of energy to operate normally. Thus, muscle cells likely contain a high number of: [Select the best answer. ] mitochondria lysosomes vacuoles nuclei transport vesicles smooth endoplasmic reticulum rough endoplasmic reticulum golgi complexes ribosomes