Non-protein electron carrier found in the hydrophobic interior of the cell membrane.
There may be one or more correct answers.
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Cytochrome |
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FMN (also known as Complex 1) |
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Quinol |
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Glyoxylate Cycle |
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FAD |
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Citric Acid Cycle |
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Quinone |
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NADH |
Quinone is the answer.
Cytochrome C is a type of protein . While FMN and FAD are similar types of proteins.
Non-protein electron carrier found in the hydrophobic interior of the cell membrane. There may be one...
Catabolic process for the decomposition of 2-carbon compounds. There may be one or more correct answers. FMN (also known as Complex 1) O Citric Acid Cycle O NADH Cytochrome Glyoxylate Cycle U Quinol FAD Quinone
As the next microbiology genius, you are given a rare chance of observing live ETC performed by S. marcescens on a fancy microscope! While the process is going on, you see that an electron passed from the Fe/S protein (Complex 1) to Quinone. What would quinol reduce next? FADH2 Complex 2 Cytochrome or Fe/S (Complex 3) Sulfate None of the above 1. Half reaction with the most negative reduction potential. There may be one or more correct answers. Glyoxylate Cycle Quinone...
5 situations are listed below and 8 reduction chemicals are listed A-H below, match the letters to the numbered situations. There may be more than one letter used for each number and the lettered redox's may be used more than once. 1. Reduces Complex III. 2. Flavin protein reduced by succinate 3. Oxidizes FMNH2 and FADH2 by accepting electrons and carrying them to Complex III. 4. Catabolic process for the decomposition of 4- and 6-carbon compounds. 5. Flavin proteins capable...
Matching A. glycolysis B. Krebs cycle C. electron transport system also known as cytochrome system D. glycolysis and Krebs cycle E. glycolysis and electron transport chain F. Krebs cycle and electron transport chain G. glycolysis and Krebs cycle and electron transport chain H. none of the above 1. PGAL 2. Pyruvate 3. Alpha ketoglutaric acid 4. Cytochromes 5.Succine Acid 6. Citric acid 7. Malic acid 8. Fumaric acid 9. NADH -> NAD 10. FADH->FAD 11. FAD->FADH 12. Oxaloacelic acid 13....
1. Select the TRUE statement about the component of the electron transport chain. A. Complex III is a peripheral membrane protein B. Cytochrome c is a lipid-linked protein C. Complex II is a transmembrane protein D. Complex I is an integral membrane protein E. Complex IV is not a transmembrane protein 2. The rate of oxygen consumption at the inner mitochondrial membrane is related to all the following EXCEPT: A. Availability of ADP in the mitochondria B. The rate of...
LOCATION OF THE CITRIC ACID CYCLE Choose... EMBEDDED CYTOCHROME PROTEIN PUMPS FOUND IN Choose... CRISTAE/CISTERNA THE ONLY METHOD OF ATP PRODUCTION IN CELLS THAT LACKA CITRIC ACID CYCLE MITOCHONDRIA ANAEROBIC WHEN THE ENDING ELECTRONS ARE COMBINED WITH H2 + MATRIX 1/202 ANATOMY INCLUDES INTRAMEMBRANE SPACE AND MATRIX. CHEMIOSMOSIS ALWAYS OCCURS IN THE CYTOPLASM IN BOTH EUKARYOTES OXIDATION AND SUBSTRATE LEVEL PHOSPHORYLATION AND PROKARYOTES CRISTAE/CISTERNA FORM OF ANAEROBIC RESPIRATION USED BY YEAST GYLCOLYSIS CYCLICALLY REARRANGES CARBON INTERMEDIATES STARTING ELECTRON TRANSPORT CHAIN...
1. The fluid mosaic model describes cell membranes as consisting of A) a phospholipid bilayer with embedded carbohydrates B) two layers of phospholipids with protein sandwiched between them C) a protein bilayer with embedded phospholipids D) carbohydrates, proteins, and phospholipids that can drift in the membrane E) individual proteins that can drift in a phospholipid bilayer 2. When a poison, such as Paraderil found in flea dip, blocks the electron transport chain, the citric acid cycle soon grinds to a...
Please help me figure these out, and if you could explain why you got the answer you did that would be great, because I have an exam tomorrow! Thanks in advance. 1. Anaplerotic reactions __________. A. produce oxaloacetate and malate to maintain constant levels of citric acid cycle intermediates B. produce biotin needed by pyruvate carboxylase C. recycle pantothenate used to make CoA D. produce pyruvate and citrate to maintain constant levels of citric acid cycle intermediates E. All of...
The electron transport chain may use which of the following as a non-protein carrier. flavoproteins metal-containing proteins ribozymes cytochromes ubiquinones
Cellular respiration: The Electron Transport Chain The breakdown of glucose ends during the Krebs cydle; however, it is important to note that the energy previously contained in glucose is mostly stored in NADH and FADHz. In the last step of celular respiration, the high-energy electrons within NADH and FADH2 are passed within a set of proteins found in the inner membrane of the mitochondrion, collectively known as the electron transport chain. The electrons provide the energy to create ATP, which...