Describe how a poison could affect the electron transport system in cellular respiration. Explain how it...

Describe how a poison could affect the electron transport system in cellular respiration. Explain how it happens, the result, and give an example. Be specific but can you also dumb it down.

Solutions

Expert Solution

gladiator answered 1 year ago

Next > < Previous

Related Solutions

Compare and contrast aerobic respiration versus anaerobic respiration. Explain the (1) electron transport system and how...

Compare and contrast aerobic respiration versus anaerobic respiration. Explain the (1) electron transport system and how many ATP are produced, (2) where the electrons go (the final electron acceptor), and (3) give an example of an organism that carries out aerobic respiration and an example of an organism that uses anaerobic respiration.

BIOCHEMISTRY (CELLULAR RESPIRATION/ELECTRON TRANSPORT CHAIN) 1) Steps of cellular respiration are: (multiple answers may be correct)...

BIOCHEMISTRY (CELLULAR RESPIRATION/ELECTRON TRANSPORT CHAIN) 1) Steps of cellular respiration are: (multiple answers may be correct) A. Fermentation B. Oxidative carboxylation of pyruvate C. Citric Acid Cycle D. Mitochondrial Electron Transport Chain E. Reduction of molecular Oxygen by cytochrome C. 2) Steps of Oxidative Phosphorylation (in a wider sense) are: (multiple answers may be correct) A. Fermentation B. Glycolysis C. Mitochondrial electron transport chain D. Reduction of molecular Oxygen by cytochrome C E. H+ gradient driven synthesis of ATP 3)...

Compare and contrast Anaerobic Respiration versus Fermentation. Explain the (1) electron transport system and how many...

Compare and contrast Anaerobic Respiration versus Fermentation. Explain the (1) electron transport system and how many ATP are produced, (2) where the electrons go (the final electron acceptor), and (3) give an example of an organism that carries out anaerobic respiration and an example of an organism that uses fermentation

Compare and contrast Anaerobic Respiration versus Fermentation. Explain the (1) electron transport system and how many...

The following are three pathways that are involved in cellular respiration. i. Glycolysis i. Electron transport...

The following are three pathways that are involved in cellular respiration. i. Glycolysis i. Electron transport chain ii. Tricarboxylic acid cycle Which of the above pathways are catabolic reactions? Explain the reason, why they are catabolic or why they are not catabolic pathway?

Summarize the steps of cellular respiration (glycolysis, TCA cycle and electron-transport chain) identifying the starting material...

Summarize the steps of cellular respiration (glycolysis, TCA cycle and electron-transport chain) identifying the starting material and end product for each stage, where in the cell it takes place, energy requirements and energy yields for each stage, and coenzymes involved in each stage.

Diagram and describe how uncoupling proteins work, including their effects on cellular respiration. Explain how these...

Diagram and describe how uncoupling proteins work, including their effects on cellular respiration. Explain how these proteins might play a role in thermogenesis and the control of reactive oxygen species such as superoxide. (Hint: you’ll need to explain the ETC and proton gradient for this.) (no bullet points, essay format)

Glucose Catabolism 1) Aerobic cellular respiration Glycolysis, Citric Acid cycle, Electron Transport Chain etc. 2) Anaerobic...

Glucose Catabolism 1) Aerobic cellular respiration Glycolysis, Citric Acid cycle, Electron Transport Chain etc. 2) Anaerobic Respiration 3) Fermentation Name the three major pathways for glucose catabolism (on the top ^) and briefly describe them (names of major step, inputs, outputs). For inputs and outputs, consider both carbon-based molecules and energy-containing molecules. For each pathway, discuss: An example of a final electron acceptors for each pathway The relative electronegativity of the final electron acceptor (comparing the 3 pathways) Relative amount...

Potassium cyanide is a potent poison that kills, because it inhibits electron transport by binding Fe3+...

Potassium cyanide is a potent poison that kills, because it inhibits electron transport by binding Fe3+ in the heme of cytochromes (including cytochrome c). Why would this stop electron transport? Briefly explain.

The following series of questions deal with the transport of molecules during cellular respiration. a. Pyruvate...

The following series of questions deal with the transport of molecules during cellular respiration. a. Pyruvate enters the mitochondrion through a passive transporter via facilitated diffusion. How does the cell ensure the transport or pyruvate into the mitochondrion? b. By what mechanism does CO2 leave the mitochondrion? How do you know? c. By what mechanism does ATP leave the mitochondrion?

Subjects