Podcast
Questions and Answers
What is a common physiological change that can lead to changes in the blood concentration of cell nutrients and waste products?
What is a common physiological change that can lead to changes in the blood concentration of cell nutrients and waste products?
- Atherosclerosis
- Diabetes
- Malnutrition
- Exercise (correct)
Where do cell nutrients circulating in the blood come from?
Where do cell nutrients circulating in the blood come from?
- Diet, synthesis in body tissues, released from storage, within body tissues (correct)
- Only from diet
- From waste products, from stress, from malnutrition, from exercise
- Only from synthesis in body tissues
Which organ plays a key role in the storage and interconversion of cell nutrients?
Which organ plays a key role in the storage and interconversion of cell nutrients?
- Liver (correct)
- Skeletal muscle
- Lungs
- Heart
What is one of the roles of cell nutrients within body tissues?
What is one of the roles of cell nutrients within body tissues?
Which condition is associated with pathological changes that can affect blood concentration of cell nutrients and waste products?
Which condition is associated with pathological changes that can affect blood concentration of cell nutrients and waste products?
What are some sources of cell nutrients circulating in the blood?
What are some sources of cell nutrients circulating in the blood?
What is a characteristic of ATP turnover in cells?
What is a characteristic of ATP turnover in cells?
Which statement is true regarding high-energy signals?
Which statement is true regarding high-energy signals?
Which process involves the production of ATP from ADP in glycolysis?
Which process involves the production of ATP from ADP in glycolysis?
What is the function of creatine phosphate in muscle cells?
What is the function of creatine phosphate in muscle cells?
Why is creatinine excreted via the kidneys in urine?
Why is creatinine excreted via the kidneys in urine?
What does an abnormally high blood creatinine with low urinary creatinine concentration indicate?
What does an abnormally high blood creatinine with low urinary creatinine concentration indicate?
Which compound can be used as an indicator of skeletal muscle mass?
Which compound can be used as an indicator of skeletal muscle mass?
What is a characteristic of catabolic pathways according to the text?
What is a characteristic of catabolic pathways according to the text?
What is meant by 'substrate level phosphorylation'?
What is meant by 'substrate level phosphorylation'?
What is the primary function of catabolic pathways in cell metabolism?
What is the primary function of catabolic pathways in cell metabolism?
Which of the following statements about anabolic pathways is correct?
Which of the following statements about anabolic pathways is correct?
What is the primary role of carrier molecules like NAD+ and FAD in cell metabolism?
What is the primary role of carrier molecules like NAD+ and FAD in cell metabolism?
What is the relationship between enthalpy change (ΔH) and free energy change (ΔG) in a chemical reaction?
What is the relationship between enthalpy change (ΔH) and free energy change (ΔG) in a chemical reaction?
Under what conditions can a chemical reaction occur spontaneously?
Under what conditions can a chemical reaction occur spontaneously?
What is the significance of the standard free energy change (ΔG°) in cell metabolism?
What is the significance of the standard free energy change (ΔG°) in cell metabolism?
What is the primary source of the components of carrier molecules like NAD+ and FAD?
What is the primary source of the components of carrier molecules like NAD+ and FAD?
Which of the following statements about oxidation and reduction reactions is correct?
Which of the following statements about oxidation and reduction reactions is correct?
What is the primary function of ATP in cell metabolism?
What is the primary function of ATP in cell metabolism?
What is the relationship between the total concentration of carrier molecules like NAD+ and their oxidized and reduced forms?
What is the relationship between the total concentration of carrier molecules like NAD+ and their oxidized and reduced forms?