diploid fool
all are diploid except sperms and eggs
Diploids are formed by pairing two haploid sets of chromosomes. If there are 36 haploids, the number of diploids can be calculated by dividing the number of haploids by 2. Therefore, there would be 18 diploids (36 haploids ÷ 2 = 18 diploids).
no. a kidney is not composed of body cells. but liver, sperm, and a single bone are composed of body cells. :)
there are penitential cells in the liver, -narb
Human diploid cells are somatic cells with two sets of chromosomes, one set inherited from each parent. These cells make up the majority of the cells in the human body and are responsible for carrying out various functions to maintain normal bodily functions. Examples include skin cells, muscle cells, and most cells in internal organs.
diploids cells have set (S)of chromosomes
The gametes, namely sperm and egg cells (oocytes).
Isn't a diploid any cell with a full set of chromosomes?
The diploid cells split into haploid cells only during gametogenesis.
Animals cells are diploids, meaning they have 2 copies.
Mitosis. All body cells must produce diploid cells, and therefore all body cells use mitosis to divide.
Parent cells are diploids, and daughter cells are haploids. Therefore, the daughter cells have half of the the number of chromosomes as the parent cells. (chromosomes are DNA)
no. a kidney is not composed of body cells. but liver, sperm, and a single bone are composed of body cells. :)
there are penitential cells in the liver, -narb
The process is called liver regeneration, where old liver cells divide to produce new liver cells. This helps in repairing damaged tissue and maintaining normal liver function.
All your genes are present in your liver cells
Human diploid cells are somatic cells with two sets of chromosomes, one set inherited from each parent. These cells make up the majority of the cells in the human body and are responsible for carrying out various functions to maintain normal bodily functions. Examples include skin cells, muscle cells, and most cells in internal organs.
Plant cells are regular shaped but liver cells are irregular.