The haploid cells or sex cells are one of the foundations of life ,they have one part of each chromoson in your body,.But when two cells of opposite mating types meet they fuse to form a new live chromoson.In animals they are in the lower uterus ,as the aniamals stomache has no linning.When she becomes pregant ,the genes and amino acidsstart forming a sac in her stomach and haploid celss are drawn their ,by chromosons
As you may know, almost all our cells contain pairs of chromosomes - 23 pairs to be exact. These are called diploid. Haploid cells contain only one chromosome from each pair. Reproductive cells (both male and female) are haploid, so they can fuse and form a diploid cell with chromosomes from both the male and the female. The female reproductive cell (which is haploid) is the ovum, or egg cell.
multiplication phase, growth phase and maturatio phase
The fusion of two haploid gametes to form a new diploid cell is called fertilization. Self-fertilization in plants, the fusion of two gametes from the same individual to form a diploid offspring.
haploid daughter cells.
The amoeboid cells are haploid. In the sexual phase of the life cycle, two amoeboid cells fuse to form a zygote. New amoeboid cells are produced by meiosis.
Human muscle cells are diploid.All human cells are diploid except for gametes (sperms and ova) and the cells that divide to form them (secondary spermatocytes and secondary oocytes).
the diploid cells is directly leads to the haploid cell
Gametophyte
Nucleus divided to form haploid cells.Process is called meiosis.
its haploid= 4 cellsBy the end of meiosis all four resulting daughter cells are haploid.
Haploid sex cells formed in the female reproductive organs are called ova (or eggs). Ova are produced through a process called oogenesis in the ovaries. They are released during ovulation and can be fertilized by a sperm cell to form a zygote.
The hapiod form is commonly referred to as the "haploid" form. In biology, haploid cells contain only one complete set of chromosomes, which is half the diploid number found in somatic cells. This form is typical of gametes, such as sperm and egg cells, in sexual reproduction. The haploid state is crucial for maintaining the correct chromosome number across generations when fertilization occurs.