The standard size of a two person prison cell is about 9' by 12', but it varies between prisons. Some are inhumanely smaller than that.
When a cell has reached its maximum size, it can either stop growing and remain at that size or undergo cell division to produce two smaller daughter cells. This decision is typically regulated by internal signaling pathways that monitor cell size and control the cell cycle.
Typical is four. Mom Dad two Kids.
Smallest is Monaco, biggest is Russia. Monaco is maybe the size of Rhode Island, near france on the northern coast of the mediteranian sea. Mexico is about half the size of Russia, and you could fit over 1000 Monaco's in Mexico.
A person with one sickle cell is a "carrier". This means that they have the dormant cell in their genetic composition, and if combined with another with the "carrier" gene, they run the high risk on concieving a child with the blood disease-one who has two sickle cells. A person with two sickle cells, has the sickle cell disease and are carriers(The gene is not dormant but active). Hope this simplifies and explains it for you.
Each cell would be half the size of a mature cell that's ready to undergo mitosis. After all, mitosis is a process that literally splits a mature cell in two.
In mitosis, the daughter cells are genetically identical to the parent cell and are typically the same size as the parent cell. During the process, the parent cell duplicates its genetic material and then divides its cytoplasm, resulting in two daughter cells that retain the characteristics of the original cell. Thus, the size of the daughter cells remains comparable to that of the parent cell.
Mexico area: 761,606 sq mi (1,972,550 sq km)Pakistan area: 340,403 sq mi (803,940 sq km)Two countries the size of Pakistan, one the size of Sri Lanka (25,330 sq mi) and one the size of Bangladesh (55,598 sq mi) would sum the total area of Mexico.
During the cell cycle, cells go through phases such as G1, S, G2, and M. Cell size typically increases during the G1 and G2 phases as the cell prepares for division. Cell size is usually smallest at the end of mitosis (M phase) after the cell has divided into two daughter cells.
It really just depends on the two-year old girl overall size and which country you live in. The shoe size in Mexico is different from the size in the USA, and so on.
If a person has a single sickle cell allele they will have some sickles red blood cells, and some normal red blood cells. This is the origami purpose that this evolved for. If a person had a single sickle cell allele, they will be mostly resistant to malaria. This is why sickle cell anemia is most prevalent in areas of the world where malaria is common. However, if a person has two sickle cell anemia alleles, they will have ONLY sickled red blood cells. The "sickling" of the red blood cells is caused by a mutation in the protien that the gene codes for. That protein is hemoglobin, which carries oxygen through the blood. If a person has sickle cell anemia, parts of their body wil not get enough oxygen. They can pass out, loose sensation in the limb, or even die from it. In short, a person with two alleles is sick, and a person with one allele is not.
Binary fission is a type of asexual reproduction in which a single cell divides into two cells of the same size. This process is commonly observed in bacteria and other unicellular organisms.
After cytokinesis and the formation of two daughter cells, the Cell enters Growth Phase One - G1. This phase continues until the cell grows to reach a certain size. Thus, it is the size of the cell that causes it to end G1 phase and enter the Dna synthesis phase - S phase.