Lysosome contain lysosomal enzymes which are hydrolytic in nature.
Rupturing of lysosome results in breakdown of cytosol organelles due to the action of hydrolytic enzyme. Cytosol organelles will convert into simple biomolecules.
This will results in cell lysis and ultimately cell will die due to it.
This condition can be termed as autophagy.
3. What would happen to a cell if its lysosomes ruptured, allowing lysosomal enzymes to leak...
I-cell disease is a particularly severe form of lysosomal storage disease. Multiple enzymes are lacking in the lysosome and the organelle becomes stuffed with nondegraded material and therefore generates a so-called inclusion body. I-cell disease is inherited; it is caused by a single gene defect in the N-acetylglucosamine phosphotransferase that is required for the formation of mannose 6-phosphate (M6P) residues on lysosomal enzymes in the cis-Golgi. This enzyme recognizes soluble lysosomal enzymes as a class and hence a defect in...
9. State briefly, us ing appropriate equations and enzymes, what would happen to Glucose-6-phosphate in a rapidly dividing cell where more ribose-5-phosphate than NADPH is required. (10 pts)
9. State briefly, us ing appropriate equations and enzymes, what would happen to Glucose-6-phosphate in a rapidly dividing cell where more ribose-5-phosphate than NADPH is required. (10 pts)
11. What would happen in a liver cell if citrate levels were high? Tell me what pathways would increase and which would decrease. Mention at least three key regulatory enzymes that would be affected as a result of this increase in acetyl-CoA. (10 pts)
What issues would happen if there were no debranching enzymes for glycogen?
What impact would an increase in leak conductance (K+ LEAK CHANNELS) have on the temporal summation of EPSPs? Does this decrease/increase/cause no change in the delta Vm according to a Detla Vm vs. Time plot once the leak conductance is increased? CAPACITANCE IS HELD CONSTANT IN THIS ENTIRE PROBLEM. Hint: (Think of the Tm=RmCm time constant and how this is affected). My thought (PLEASE READ): I think this has something to do with the Rm (big Rm), related to the...
If the cell had high [ATP] and low [AMP], what would you expect to happen to the following processes (i.e. process vs. not proceed)? What causes them to process/not proceed and be sure to address any enzymes involved. Glycolysis Gluconeogenesis Glycogen breakdown Glycogen synthesis
What would most likely happen if the Na+K+ Pump (ATPase) stopped functioning in the cell? A. The cell would swell by taking up water. B. The cell would shrink by pumping out water. C. The inside of the cell would be more negative. D. Nothing would happen to the cell.
What are telomeres and their function in regulating cell division? What would happen if a cell had telomeres that never changed in length?
2. What would happen to a cell that did not undergo anaphase? 3. How do the two daughter cells formed compare to each other generically?
eview & Pr actice Sheet erci E. Drawing 1. D 5 raw lt Draw and label a cell withs the tollowing organelies Coli apparatus nucleus, ough d centrioles 2. Draw It! Draw and label a cell with four chromosomes in of mitosis. interphase and each stage Application and Analysis 1. Describe how the nucleus, ribosomes, rough ER, Golgi apparatus, and plasma F. membrane interact to produce and release a protein molecule from the cell. 2. What happens in a cell...