a mutation is an abnormal change in the DNA within a cell, sometimes resulting in an accelerated pattern of somatic cell division. The acceleration is often caused by an interphase that is much more brief than normal. If left unchecked, a mutation of this sort can result in tumor formation and cancer. Suggest a method of stopping this type of unregulated cell division
Answer. The unregulated cell division can be stopped by the checkpoint at every phase of the cell cycle. These checkpoint checks and validate the process in that phase of cell cycle is completed or not if not then it will halt the cell cycle and cell will not enters into M-phase. There are several checkpoint like G1 checkpoint, G2 checkpoint and Metaphase checkpoint. The protein and enzyme plays role are known as cyclin or cdks. So these are the steps through which a cell division is stopped. If there is any mutation or alteration in these process then it will halt on to next or it will leads to apoptosis of cell.
a mutation is an abnormal change in the DNA within a cell, sometimes resulting in an...
A change in DNA resulting in an incorrect protein is the problem in sickle cell disease. Is this normally the problem in genetic diseases? A. Yes, the DNA may be “correct” but can produce abnormal proteins which cause disease. B. No. In other genetic diseases, the proteins are all correctly made, but then they damage the DNA. C. No. Most genetic diseases result from errors in cell division. D. Yes, abnormal proteins created by abnormal DNA is the problem in...
Cancer is Uncontrolled Mitosis. Cells that no longer respond properly to cell cycle controls often undergo unrestrained cell division forming abnormal tissues called tumors. If these tumor cells stay within the abnormal tissue, then they are deemed benign and may not harm the individual. However, if the tumor cells invade neighboring tissues and spread to other areas of the body where they can form new tumors, then this type of tumor is called malignant and can adversely affect the affected...
QUESTION 13
Which of the following would occur if a mutation caused Kinase 1
to be unable to be phosphorylated? (Select all)
RTK would bind VEGF
RTK would phosphorylate itself
RAS would become active
The phosphorylation cascade would occur
The endothelial cell would divide
0.2 points
QUESTION 14
Imagine that an endothelial cell has a mutation in several of
the enzymes that perform mismatch repair. The endothelial cell
replicates its DNA and then divides into two cells. The resulting...
can someone answer questios 1-13?
nstructure.com/courses/11471/quizzes/231523/take Question 1 0.5 pts A cell spends most of its life in what stage of the cell cycle? O Interphase O Prophase O Metaphase O Telophase O Cytokinesis D Question 2 0.5 pts TRUE or FALSE: Gap intervals are periods of inactivity. O True O False | Question 3 4 pts Briefly explain why checkpoints exist, when they occur, and what they are responsible for HTML Editor ucture.com/courses/11471/quizzes/231523/take Question 3 4 pt Briefly explain...
can help me writing a summary please Chromosomal Aberrations and Human Disorders In addition to mutations that alter the information content of a single gene, chromosomes may be subjected to more extensive alterations that occur most commonly during cell division. Pieces of a chromosome may be lost or segments may be exchanged between different chromosomes. Because these chromosomal aberrations follow chromosomal breakage, their incidence is increased by exposure to agents that damage DNA, such as viral infection, X‐rays, or reactive...
10. Write a one-page summary of the attached paper? INTRODUCTION Many problems can develop in activated sludge operation that adversely affect effluent quality with origins in the engineering, hydraulic and microbiological components of the process. The real "heart" of the activated sludge system is the development and maintenance of a mixed microbial culture (activated sludge) that treats wastewater and which can be managed. One definition of a wastewater treatment plant operator is a "bug farmer", one who controls the aeration...