4. What other cellular proteins could be used to target senescent cells? Explain
4. What other cellular proteins could be used to target senescent cells? Explain
Homework Answers
Senescence cell are cells which stops dividing and force other nearby cells to undergo the same fate which eventually lead to cell death. These cells undergo programmed cell death if the cell death of healthy cells can be stopped then the process of aging and Senescence can be prevented. If the proteins like fas proteins or TNF proteins involved in the caspase activation can be targeted in these cells then the cell death can be prevented as the caspases are proteins which regulate the cell death by activating caspase cascade pathway.
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4. What other cellular proteins could be used to target
senescent cells? Explain
To localize proteins and other types of molecules in cells: A. Fluorescence microscopy is often used....
To localize proteins and other types of molecules in cells: A. Fluorescence microscopy is often used. B. Labelled antibodies can be used to localize a type of protein. C. Labelled synthetic molecules that recognize a specific type of biomolecule (e.g. DNA) can be used. D. All of the above (ABC). E. None of the above
Immunology Help 1) Antibody-dependent cellular cytotoxicity is a process by which some immune cells can target...
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Could you help with part 2 the executioner portion of this question? Thanks The proper cellular...
Could you help with part 2
the executioner portion of this question?
Thanks
The proper cellular ATP levels are critical for almost all cell function (-1mM in the cytoplasm). In this problem set you will propose different mechanisms how a cell could regulate and maintain this ATP level. Your proposed mechanisms don't have to exist (do not read up online about the way cells regulate ATP levels!). But the mechanisms should be plausible and based on what you learned in...
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.)
Describe the 4 components of fitness. Explain how carbohydrates, fats and proteins are used for energy during physical a...
Describe the 4 components of fitness. Explain how carbohydrates, fats and proteins are used for energy during physical activity. What changes could you / would you do to increase your physicial activity? COURSE: Essentials of Nutrition
In three paragraph please explain this question. Why are proteins on the surface of cells so...
In three paragraph please explain this question. Why are proteins on the surface of cells so important? What roles do these proteins play?
Question: Explain why the square and circle shapes cells for cellular communications are not appropriate as...
Question: Explain why the square and circle shapes cells for cellular communications are not appropriate as compared to hexagonal shape cells
Can we use bacterial cells to produce human proteins? Why? Explain. Which type of cells would...
Can we use bacterial cells to produce human proteins? Why? Explain. Which type of cells would be better for protein expression of human proteins? Mammal or bacteria cells? Why?
The correct folding of proteins is necessary to maintain healthy cells and tissues. Unfolded proteins are...
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Infer whether or not enzymes needed for cellular activities need to be transferred to the cells...
Infer whether or not enzymes needed for cellular activities need to be transferred to the cells by the blood stream. a. Enzymes needed for cellular activities does need to be transferred to the cells through the blood stream. Enzymes are made up mostly proteins, meaning the enzymes can be absorbed by the blood, and carried throughout the body to the cells. b. No, enzymes needed for cellular activities don't have to be transferred to the cells by the blood stream....
Could you help with part 2
the executioner portion of this question?
Thanks
The proper cellular ATP levels are critical for almost all cell function (-1mM in the cytoplasm). In this problem set you will propose different mechanisms how a cell could regulate and maintain this ATP level. Your proposed mechanisms don't have to exist (do not read up online about the way cells regulate ATP levels!). But the mechanisms should be plausible and based on what you learned in...
The correct folding of proteins is necessary to maintain healthy cells and tissues. Unfolded proteins are responsible for such neurodegenerative disorders as Alzheimer's, Huntington's, and Creutzfeld-Jacob disease (the specific faulty protein is different for each disease). What is the ultimate fate of these disease causing, unfolded proteins? A. They form structured filaments, B. They form protein aggregates. C. They bind a different target protein. D. They are degraded.
Infer whether or not enzymes needed for cellular activities need to be transferred to the cells by the blood stream. a. Enzymes needed for cellular activities does need to be transferred to the cells through the blood stream. Enzymes are made up mostly proteins, meaning the enzymes can be absorbed by the blood, and carried throughout the body to the cells. b. No, enzymes needed for cellular activities don't have to be transferred to the cells by the blood stream....
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