Homework Answers
The amino acids which are ketogenic are directly converted into acetyl Co~A which is substance 5
The amino acids which are glucogenic are converted into pyruvate which is substance 4.
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What is Substance 5 in this diagram Substance 1 Substance 2 Substance 3 Cel membrane Amino...
High energy compounds that undergo oxidation to release energy are 1.) ATP and Acetyl-CoA 2.) Ac-CoA...
High energy compounds that undergo oxidation to release energy are 1.) ATP and Acetyl-CoA 2.) Ac-CoA and FADH2 3.) ATP and NADH 4.) NADH and FADH2 The portion of transmembrane proteins that spans bilayer membrane in rich in 1.) non-polar amino acids 2.) polar, uncharged amino acids 3.) amino acids which are charged at pH 7 4.) hydrophilic amino acids Substrate level phosphorylation occurs during glycolysis 1.) step 6, during the formation of 1,3 bisphosphoglycerate from GAP 2.) step 1,...
Carboxylic Acids 17-1. Write the names and structures of acetic acid and and wolbenzoic acid Esters...
Carboxylic Acids 17-1. Write the names and structures of acetic acid and and wolbenzoic acid Esters Amines 18-1. Write the names and structures of ammonia and aniline ven Glucose 20-1. Discuss general characteristics of these And Other common monosaccharides: Mono- glucose, fructose, galactose saccharides (Chapter 20) 20-4. Identify the following as disaccharides: sucrose, Disaccharides and maltose, lactose Polysaccharides 20-5 Identify the following as polysaccharides: starch, glycogen, cellulose 19-1. Discuss the physical Fatty Acids properties of lipids (Chapter 19) 19-2. Distinguish...
Which precursors can be used to make glucose in gluconeogenesis? amino acids, pyruvate, lactic acid, and...
Which precursors can be used to make glucose in gluconeogenesis? amino acids, pyruvate, lactic acid, and fatty acids b. amino acids, pyruvate, and fatty acids amino acids, pyruvate, lactic acid, and glycerol d. pyruvate, lactic acid, glycerol, and fatty acids & a. C. is the biosynthetic pathway that assembles glucose into branch chains of 9. glycogen Glycolysis b. Gluconeogenesis Glycogenolysis d. Glycogenesis a. c. 10. Which hormone favors anabolic metabolic pathways? a. insulin b. glucagon c. cortisol d. epinephrine 11....
27) Lipids are used: a) to form the membrane of the cell b) to make proteins...
27) Lipids are used: a) to form the membrane of the cell b) to make proteins c) to replenish amino acids d) to organize the DNA of the cell e) to form water 28) Fatty acid tails are: a) hydrophilic b) hydrophobic e) amphipathic d) hydropathic e) hydrogen deficient 29) The sugar found in RNA is: a) glucose b) galactose c) ribose d) maltose e) dextrose 30) The sugar found in DNA has how many carbons: a) 1 b) 2...
Fatty acids are anabolized by a process called 1.) fatty acid synthesis 2.) gluconeogenesis 3.) beta...
Fatty acids are anabolized by a process called 1.) fatty acid synthesis 2.) gluconeogenesis 3.) beta oxidation 4.) glycogen storage Most proteins interact with DNA in the form of 1.) head to head heterodimers 2.) head to tail homodimers 3.) head to tail heterodimers 4.) head to head or tail to tail homodimers Which of the following is NOT a product of Krebs cycle 1.) NAD+ 2.)ATP 3.) FADH2 4.) CO2 A high ratio of saturated to unsaturated fatty acids...
Match the followings: 1. Gluconeogenesis 2. Oxidative phosphorylation 3. Krebs cycle 4. Glycolysis 5. Glycogenolysis Amino...
Match the followings: 1. Gluconeogenesis 2. Oxidative phosphorylation 3. Krebs cycle 4. Glycolysis 5. Glycogenolysis Amino acid metabolism 6. 7. Fat metabolism 8. Ketosis 9. Anaerobic Fermentation 10. Electron transport system 11. glycogenesis A. Reactant - Carbon Skeleton + ammonia 2 pyruvic acid B. Reactant C. ADP+ P, ATP D. Reactant --Glycerol +3 Fatty acids E. Acetic acid 2 CO2 F. Reactant Many glucose units G. Formation of glucose from non-carbohydrate sources H. Formation of ketone bodies I. Many glucose...
Hi, I'm having trouble understanding and answering this question and I do not have any solutions...
Hi, I'm having trouble understanding and answering this question
and I do not have any solutions to go off by.
Please help?
Integration of Metabolism/Signalling Question 3 Compare the metabolism of a 100 m sprinter, a 42.2 km marathon runner and a combined 226.3 km ironman triathlete. Your job is to determine the value or description of each of the parameters labelled 'A' to 'J'in Table I below, find its code number in Table II (Code Numbers for Question 3)...
4. Which of the following is true of the amino acids in the amino acid pool?...
4. Which of the following is true of the amino acids in the amino acid pool? a. they are never used as a fuel for energy b. they are sometimes used as a fuel for energy c. they are often used as a fuel for energy d. they are the major fuel used for energy 5. Which of the following is the product of the first step of glycolysis? a fructose c. glucose l-phosphate b. glucose d. glucose 6-phosphate
Properties of Organic Compounds Found in Cells Name: Blog Section POST-LAB QUESTIONS / HOMEWORK 1. In...
Properties of Organic Compounds Found in Cells Name: Blog Section POST-LAB QUESTIONS / HOMEWORK 1. In addition to performing the Benedict's test on different types of solutions, why is it also performed on water as a control? 2. What is the difference in structure between a polysaccharide and a disaccharide? 3. a. Name two polysaccharides found in plants. b Name a polysaccharide found in animals. 4. All polypeptides are made up of amino acids joined by peptide bonds. What makes...
Question 5 QUESTION 2 What is common between histone proteins and spermidine? Histones and Spermidine are...
Question 5
QUESTION 2 What is common between histone proteins and spermidine? Histones and Spermidine are negatively charged. Histones and spermidine help DNA attain a random coil conformation They both play a role in DNA packaging. Histone and spermidine are present only in bacteria. QUESTION 3 Which of the following is NOT is product of Kreb's cycle NAD+ ATP FADH2 CO2 QUESTION 4 The amino acid responsible for introducing kinks in DNA helical structure by intercalation is Phenylalanine Ethidium Bromide...
Carboxylic Acids 17-1. Write the names and structures of acetic acid and and wolbenzoic acid Esters Amines 18-1. Write the names and structures of ammonia and aniline ven Glucose 20-1. Discuss general characteristics of these And Other common monosaccharides: Mono- glucose, fructose, galactose saccharides (Chapter 20) 20-4. Identify the following as disaccharides: sucrose, Disaccharides and maltose, lactose Polysaccharides 20-5 Identify the following as polysaccharides: starch, glycogen, cellulose 19-1. Discuss the physical Fatty Acids properties of lipids (Chapter 19) 19-2. Distinguish...
Which precursors can be used to make glucose in gluconeogenesis? amino acids, pyruvate, lactic acid, and fatty acids b. amino acids, pyruvate, and fatty acids amino acids, pyruvate, lactic acid, and glycerol d. pyruvate, lactic acid, glycerol, and fatty acids & a. C. is the biosynthetic pathway that assembles glucose into branch chains of 9. glycogen Glycolysis b. Gluconeogenesis Glycogenolysis d. Glycogenesis a. c. 10. Which hormone favors anabolic metabolic pathways? a. insulin b. glucagon c. cortisol d. epinephrine 11....
27) Lipids are used: a) to form the membrane of the cell b) to make proteins c) to replenish amino acids d) to organize the DNA of the cell e) to form water 28) Fatty acid tails are: a) hydrophilic b) hydrophobic e) amphipathic d) hydropathic e) hydrogen deficient 29) The sugar found in RNA is: a) glucose b) galactose c) ribose d) maltose e) dextrose 30) The sugar found in DNA has how many carbons: a) 1 b) 2...
Match the followings: 1. Gluconeogenesis 2. Oxidative phosphorylation 3. Krebs cycle 4. Glycolysis 5. Glycogenolysis Amino acid metabolism 6. 7. Fat metabolism 8. Ketosis 9. Anaerobic Fermentation 10. Electron transport system 11. glycogenesis A. Reactant - Carbon Skeleton + ammonia 2 pyruvic acid B. Reactant C. ADP+ P, ATP D. Reactant --Glycerol +3 Fatty acids E. Acetic acid 2 CO2 F. Reactant Many glucose units G. Formation of glucose from non-carbohydrate sources H. Formation of ketone bodies I. Many glucose...
Hi, I'm having trouble understanding and answering this question
and I do not have any solutions to go off by.
Please help?
Integration of Metabolism/Signalling Question 3 Compare the metabolism of a 100 m sprinter, a 42.2 km marathon runner and a combined 226.3 km ironman triathlete. Your job is to determine the value or description of each of the parameters labelled 'A' to 'J'in Table I below, find its code number in Table II (Code Numbers for Question 3)...
4. Which of the following is true of the amino acids in the amino acid pool? a. they are never used as a fuel for energy b. they are sometimes used as a fuel for energy c. they are often used as a fuel for energy d. they are the major fuel used for energy 5. Which of the following is the product of the first step of glycolysis? a fructose c. glucose l-phosphate b. glucose d. glucose 6-phosphate
Properties of Organic Compounds Found in Cells Name: Blog Section POST-LAB QUESTIONS / HOMEWORK 1. In addition to performing the Benedict's test on different types of solutions, why is it also performed on water as a control? 2. What is the difference in structure between a polysaccharide and a disaccharide? 3. a. Name two polysaccharides found in plants. b Name a polysaccharide found in animals. 4. All polypeptides are made up of amino acids joined by peptide bonds. What makes...
Question 5
QUESTION 2 What is common between histone proteins and spermidine? Histones and Spermidine are negatively charged. Histones and spermidine help DNA attain a random coil conformation They both play a role in DNA packaging. Histone and spermidine are present only in bacteria. QUESTION 3 Which of the following is NOT is product of Kreb's cycle NAD+ ATP FADH2 CO2 QUESTION 4 The amino acid responsible for introducing kinks in DNA helical structure by intercalation is Phenylalanine Ethidium Bromide...
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