Question
The prokaryotes generate around 38 ATP during the cellular respiration whereas eukaryotes produce 36 ATP. So, there is only the difference of 2 ATP between prokaryotes and eukaryotes. The difference is because prokaryotes are without cellular organelle. In prokaryotes, all sub-process of cellular respiration take place in cytoplasm and plasma membrane whereas in eukaryotes cellular respiration take place in cytoplasm, mitochondria and mitochondrial membrane.
Figure: Comparison of the cellular location of three process include in cellular respiration.
So, in eukaryotes, NADH molecules produce during glycolysis go to mitochondria for Kreb's cycle that consume 2 ATP and therefore yields only 36 ATP whereaa prokaryotes produce 38 ATP.
why is the total ATP generated from cellular respiration different for prokaryotes compared to eukaryotes?
Why is respiration in prokaryotes more efficient than in eukaryotes?
From the following which is true about cellular respiration (select all that apply) 1. In prokaryotes, the electrons transport is in the plasma membrane 2. Prokaryotic fermentation net yield is 4 ATP and oxidative respiration has 32 ATP 3. The major regulatory enzyme of glycolysis is Hexokinase 4. Substrate-level phosphorylation is catalyzed by kinase and transfers the phosphate group from an intermediate in a metabolic pathway directly to a molecule of ADP
Which of the following is different between prokaryotes and eukaryotes? a Prokaryotes are polycistronic and eukaryotes are monocistronic b Prokaryotes have more complex controls over gene expression than eukaryotes c mRNA only exists in eukaryotes. d DNA does exist in prokaryotes. 2. Do humans contain an 80s ribosome? True or False?
From the following which is true about cellular respiration (select all that apply) 1. In prokaryotes, the electrons transport is in the plasma membrane 2. Prokaryotic fermentation net yield is 4 ATP and oxidative respiration has 32 ATP 3. The major regulatory enzyme of glycolysis is Hexokinase 4. Substrate-level phosphorylation is catalyzed by kinase and transfers the phosphate group from an intermediate in a metabolic pathway directly to a molecule of ADP B) Which statement is false about phosphate esters...
Chapter 5 (Cellular Respiration) With the aid of your notes and/or textbook, write the terms that correspond to the following definitions and descriptions Oxygen-requiring process that produces CO., H,0 and ATP. A series of enzyme catalyzed reactions that form pyruvate molecules from splitting glucose. Second stage of aerobic cellular respiration that produces CO, and electron camer molecules, and takes place in the mitochondrion. Type of cellular respiration that does not use oxygen in the production of ATP. Produces lactic acid...
What is the theoretical TOTAL yield of ATP per glucose molecule in the entire Cellular Respiration process?
What is the overall purpose of cellular respiration? to produce ATP by using the electrons from glucose to build the ATP molecule to produce ATP by using oxygen to build the ATP molecule to break down glucose and convert it into ATP to produce ATP using the energy from the oxidation of a glucose molecule
Short Answer 34. In eukaryotes, where do the reactions of cellular respiration occur?
Where is oxygen used? Where’s CO2 released in cellular respiration? 6.Where is most of the ATP made? 7.What is the point/purpose of fermentation? 8.Why does bread have holes? 9.How is beer/wine made? What is the live organism that does this? 10.Do humans do fermentation? Why? 11.What limits us from doing cellular respiration?
Explain how cellular respiration (O2 consumption and CO2 production) is linked to ATP production. Is the coupling of these two processes perfect? Why or why not?