During the formation of a bruise, several types of cells are active, primarily platelets and red blood cells. Platelets aggregate at the site of injury to form a clot, while red blood cells leak from damaged blood vessels, leading to the discoloration associated with bruising. Additionally, immune cells such as macrophages are involved in the healing process, clearing away damaged tissue and debris. These cellular activities contribute to the color changes and healing of a bruise over time.
The white blood cells.
The macro-phage function is giving to the blood cells. This can cause death in a person.
T cells apex or B cells
The testes and ovaries begin making active, mature reprductive cells during puberty.
During the fermentation process, factors such as temperature, sugar content, yeast strain, and oxygen levels contribute to the formation of a yeast raft. The yeast raft is a layer of yeast cells that rise to the surface of the fermenting liquid, indicating active fermentation.
The forming of blood cells in bone marrow.
T cells apex or B cells
Telomerase is typically active during cell division to maintain the length of telomeres, which are protective caps on the ends of chromosomes. In most somatic cells, telomerase activity is low or absent, but in stem cells, germ cells, and cancer cells, telomerase is more active to prevent telomere shortening.
No, meiosis does not produce identical cells during cell division. It results in the formation of genetically unique cells with half the number of chromosomes as the original cell.
Cytokinesis in animal cells take place by furrowing where as in plant cells it is by cell plate formation. Centrioles are visible in animal cell during spindle formation where as these are not seen in plant cells. The dividing plant cells generally have cell wall where as in animals, cell wall is absent.
yes because bruise is an amount of dead blood cells
formation of a cell plate