Brain cells
Radiation can harm both normal and cancerous cells, but because cancerous cells are often more sensitive to radiation, they may be more likely to be damaged or killed by radiation therapy. Normal cells can repair themselves more effectively than cancerous cells, which helps protect them from the effects of radiation.
the cancerous cells
It can give cancer to all the other cells, so it causes more cells to be cancerous. It goes all around the body and the number of the cancer cells will get much more than the first.
Phagocytes recognize cancerous cells through differences in surface markers, such as altered proteins or glycoproteins that are often overexpressed or mutated in tumors. These abnormal markers can trigger immune responses, allowing phagocytes to identify and engulf the cancerous cells. Additionally, cancer cells may lack certain "self" markers that healthy cells possess, making them more recognizable as foreign by the immune system. Through these mechanisms, phagocytes play a crucial role in detecting and eliminating cancerous cells.
Cancer is related to the cell cycle because when a person gets infected, the cancerous cells attack healthy cells and then mutate the cells and then it rapidly creates new, mutated cells. The mutated cells then attack more healthy cells and the process is repeated. Cancerous cells can be killed with radiation
A carcinoma is a cancerous tumor.
Cancerous cells are typically characterized by uncontrolled and rapid cell division, which allows them to proliferate quickly and invade surrounding tissues. If cancerous cells underwent mitosis more slowly than normal cells, they might be less aggressive in terms of growth and spread. However, their danger could still stem from other factors, such as their ability to evade the immune system or resist treatments. Ultimately, the overall impact of cancerous cells depends on multiple factors beyond just the rate of mitosis.
Cancerous Cells
metastasis
Normal cells typically exhibit organized structures, uniform size, and regular shape, adhering to specific functions within tissues. In contrast, cancerous cells often display irregular shapes, varied sizes, and disorganized arrangements, indicating uncontrolled growth. The nuclei of cancerous cells are usually larger and more prominent, with abnormal chromatin patterns, reflecting genetic instability. Overall, the structural differences highlight the loss of normal cellular regulation in cancerous cells.
metastasis
benign tumors