Cell division is related to the spread of cancer because cancer is uncontrolled cell division. So they are closely related.
Short Answer is: carcinoma is cell-division when the normal program of cell-division has 'been compromised', i. e. altered.
It is related because when the cell divides, sometimes it can cluster up... like a crowded room. then it starts to sort of push away the good cells so there is basically more room to breathe. eventually, this cluster of cells becomes one big ball and starts to spread to other parts of the body and develop more bad clustered cells again only in a different part of the body. This is how cancer forms and spreads to other organs in your body.
Cancer is when the cell divides uncontrollably. The cancerous cell divides without limit - usually, cells will stop dividing when they touch one another. The cancerous offspring also divide uncontrollably, making more and more mistakes in the DNA replication as they do so. Eventually, you'll have a tumor that impedes the functioning of other cells.
Cancer is caused by the lack of cell division controls. There are three controls in cells to determine when and if a cell should divide. When cancer occurs in a certain area, the cells' controls for division are inhibited. Then cells divide uncontrollably. This can cause large clumps of cells in areas where there is not enough room. For obvious reasons this can be extremely dangerous.
It would take cell divisions for one original cell to produce
Cancer is the general name for a group of more than 100 diseases. Although there are many kinds of cancer, all cancers start because abnormal cells grow out of control. Untreated cancers can cause serious illness and death.and adnormal cell its good for your body i think
meiosis
There are 2 cell divisions in meiosis.
Cancer can be related to meiosis through errors in cell division. Meiosis is a type of cell division that produces gametes (sperm and egg cells), and errors in this process can lead to genetic mutations. These mutations can potentially contribute to the development of cancer if they affect genes involved in cell growth and regulation.
A mutation of a cell is the reason Cancer is started.
It would take cell divisions for one original cell to produce
No, because of the telomere shortening cells have a limited number of divisions. The exception is with cancer cells that divide indefinitely.
The number of divisions a cell can undergo before it dies varies depending on the type of cell, its environment, and factors such as DNA damage and stress. Some cells, like human skin cells, may divide around 50-70 times before entering senescence or undergoing programmed cell death. However, cancer cells can bypass this limit and continue dividing indefinitely.
Cancer is the general name for a group of more than 100 diseases. Although there are many kinds of cancer, all cancers start because abnormal cells grow out of control. Untreated cancers can cause serious illness and death.and adnormal cell its good for your body i think
There are 2 cell divisions in meiosis.
meiosis
There are 2 cell divisions in meiosis.
Parent cell
Cancer can be related to meiosis through errors in cell division. Meiosis is a type of cell division that produces gametes (sperm and egg cells), and errors in this process can lead to genetic mutations. These mutations can potentially contribute to the development of cancer if they affect genes involved in cell growth and regulation.
All cancer is related to the cell cycle. The cell cycle is the cycle of events and regulations that occur through the life of a cell. Part of the cell cycle is cell division. This process needs to be carefully regulated, because un-controlled cell division is called cancer. There are molecules within a cell that respond to signals and stimuli from the envoronment to decide is the cell is allowed to divide. These pathways relay mostly on cyclin and cyclin-dependent kinases. If the regulations fail in a cell - in this case, a skin cell - then you have a cencerous condition in the tissue - in this case, skin cancer.
no