The most common characteristic of cancer cells is that they multiply rapidly. Cancer cells can multiply at a rapid pace and make the patient weak.
Cancer is the disorder that causes someone's own cells in their body to lose the ability to control growth.
Chemo radiation kill cancer cells.
cancer
You have to put the source (usually cobalt) right next to (or inside of) the cancer cells.
Cancer cells are abnormal in that they do not respond to the body's internal and external symbols. When normal cells touch other cells, they stop dividing but, cancer cells don't stop dividing. They pile up causing many problems.
The most common characteristic of cancer cells is that they multiply rapidly. Cancer cells can multiply at a rapid pace and make the patient weak.
Yes
In the cell cycle of cancer cells interphase is still the longest phase. However, interphase is shorter in cancer cells than in normal cells.
Cancer cells can divide quicker than normal cells because they have mutations in their DNA that allow them to ignore the signals that control cell division. This uncontrolled growth is a key characteristic of cancer.
Cancer cells can divide rapidly and uncontrollably, leading to the growth of tumors. This rapid division is a key characteristic of cancer and can contribute to the spread of the disease throughout the body.
Cancer is a genetic disease. The main characteristic of this disease is it forms uncontrolled growth of the cells and these uncontrolled growth of cells migrate from the origin to various parts of the body.So, A man with prostrate cancer can not give cancer to his wife.
Uncontrolled cell growth and division is characteristic of all cancers. This leads to the formation of tumors and the ability of cancer cells to invade nearby tissues and spread to other parts of the body. Additionally, cancers typically arise from genetic mutations that disrupt normal cell functions.
No, crescent-shaped blood cells are a characteristic of sickle cell disease, not cancer. Sickle cells can cause various complications by blocking blood flow and oxygen delivery to tissues, but they do not directly cause cancer.
Yes, cancer cells can enter the G0 phase of the cell cycle, where they temporarily stop dividing and remain dormant. However, they can also bypass this phase and continue to grow uncontrollably, leading to the unregulated proliferation that is characteristic of cancer.
You can have cancer anywhere there are cells; where there are cells, there is a possibility of a mutation that causes cancer.
pre cancer cells are cells with an abnormal appearance suggestive of an increased cancer risk. These cells are not cancerous by themselves alone.
yes certain cancers contain golgi cells such as the colon cancer cell and also the breast cancer cells