How do you describe the synthesis and modification pathway of eukaryotic proteins and lipids that are targeted for export to the cell membrane or outside of the cell? can you also come up with an example of a living cell that incorporates potential energy? I was gonna say algea but that would be kinetic energy

How do you describe the synthesis and modification pathway of eukaryotic proteins and lipids that are targeted for export to the cell membrane or outside of the cell? can you also come up with an example of a living cell that incorporates potential energy? I was gonna say algea but that would be kinetic energy

Biology 2e

2nd Edition

ISBN:9781947172517

Author:Matthew Douglas, Jung Choi, Mary Ann Clark

Publisher:Matthew Douglas, Jung Choi, Mary Ann Clark

Chapter6: Metabolism

Section: Chapter Questions

Problem 2VCQ: Figure 6.10 If no activation energy were required to break down sucrose (table sugar), would you be...

See similar textbooks

Similar questions

You are talking with a winemaker about yeast. "I know that yeast can survive under both aerobic and anaerobic conditions," he says, "but what I don't understand is why they seem to need so much more sugar under anaerobic conditions. I think they gobble a hundred times as much sugar." Can you explain to him why yeast might need more sugar under anaerobic conditions than under aerobic conditions? Is his estimation of a hundred times as much sugar reasonable?
Figure 6.10 If no activation energy were required to break down sucrose (table sugar), would you be able to store it in a sugar bowl?
In an adipose cell, after being synthesized by the ribosomes and the rough endoplasmic reticulum a protein involved in hydrolysis of lipid could be transported to the: a) mitochondrion, b) smooth endoplasmic reticulum, c) Golgi apparatus, d) Chloroplasts, e) nucleus
In order to investigate the action of a bacterial membrane protein that is a light-driven proton pump, you purify the protein and assemble it together with phospholipids into liposomes that contain an indicator dye, which is blue at high pH, colorless at neutral pH, and red at low pH. You then expose the liposomes, in an aqueous solution, to sunlight. The interior of the liposomes turn blue. Further investigatin of the proton pump protein you find that treatment of either intact bacteria or the purified protein with the protease chymotrypsin result in cleavage of the protein at a single site near the amino terminus, which destroys its capacity to pump protons. When you treat the liposomes described above with chymotrypsin, the interior of the liposomes remains colorless. From these results create a diagram of that illustrates the orientation of the pump protein in the plasma membrane of the intact bacterium and the direction in which it pumps protons. Explain your reasoning.
In order to investigate the action of a bacterial membrane protein that is a light-driven proton pump, you purify the protein and assemble it together with phospholipids into liposomes that contain an indicator dye, which is blue at high pH, colorless at neutral pH, and red at low pH. You then expose the liposomes, in an aqueous solution, to sunlight. The interior of the liposomes turn blue. Further investigatin of the proton pump protein you find that treatment of either intact bacteria or the purified protein with the protease chymotrypsin result in cleavage of the protein at a single site near the amino terminus, which destroys its capacity to pump protons. When you treat the liposomes described above with chymotrypsin, the interior of the liposomes remains colorless. Create an illustration/ diagram of that illustrates the orientation of the pump protein in the plasma membrane of the intact bacterium and the direction in which it pumps protons.
. Cyanide binds to at least one molecule involved in producingATP. If a cell is exposed to cyanide, most of the cyanide will befound within the(A) mitochondria.(B) ribosomes.PRACTICE TEST goo.gl/CUYGKD(C) peroxisomes.(D) lysosomes.
Plant cell walls contain which of the following inabundance?a. starchb. cellulosec. glycogend. lactose
On the given choices in the image which of the following pathways occurs in the cytosol?
Members of the mycoplasma genus of bacteria do not have a cell wall for protection, existing with only a simple cell membrane made up of fatty acids and phospholipids. They cannot however, synthesize their own fatty acids. How is this possible? A. They use host materials B. They use peptidoglycan from other bacteria C. They use anabolism as a way to create their outer membrane D. They use amino acids to build their membranes
Penicillin is an antibiotic. It kills bacteria by preventing the formation of the peptidoglycan layer of the bacterial cell wall. Penicillin does so by inhibiting the enzyme Transpeptidase, which is required for peptidoglycan layer formation. What type of inhibitor is Penicillin? Explain.
The electron transport chain makes no ATP directly. Instead, it eases the fall of electrons from food to oxygen, breaking a large free-energy drop into a series of smaller steps that release energy in manageable amounts, step by step. How does the mitochondrion (or the plasma membrane in prokaryotes) couple this electron transport and energy release to ATP synthesis?
The image above shows the movement of molecules through the cell membrane. Notice that this movement requires ATP (energy) to happen. Because it requires energy, this would be classified as?