diploid cell

No human diploid cell vaccine is currently in use.

This process ultimately leads to the formation of a diploid cell called a zygote.

Aneuploid cells are more likely to spread than diploid cells.

A diploid cell may also undergo meiosis to produce haploid cells, usually four.

Trisomy, trisomal: having an extra copy of a chromosome in a diploid cell.

Diploid cells have copies of both parents' chromosomes and DNA.

There are two genetic loci for α globin, and thus four genes in diploid cells.

Alternatively, diploid cells can be used.

The cell then divides in cytokinesis, to produce two identical daughter cells which are still diploid cells.

The results from polyploid and diploid cells should be identified and separately recorded from one another.

Hayflick developed the first normal human diploid cell strains for studies on human aging and for research use throughout the world.

Haploid cells fuse and combine genetic material to create a diploid cell with paired chromosomes.

A normal eukaryote organism is composed of diploid cells, one set of chromosomes from each parent.

Other nearby amoeboid cells are absorbed into this diploid cell by phagocytosis to form a giant cell.

Haploid cells serve as gametes in multicellular organisms, fusing to form new diploid cells.

Similarly, diploid cells activate diploid-specific genes and repress haploid-specific genes.

Cellular senescence is the phenomenon by which normal diploid cells cease to divide, normally after about 50 cell divisions in vitro.

When certain diploid cells in animals undergo cytokinesis after meiosis to produce egg cells, they sometimes divide unevenly.

Mating type is determined by a single locus, MAT, which in turn governs the sexual behaviour of both haploid and diploid cells.

Meiosis begins with one diploid cell containing two copies of each chromosome-one from the organism's mother and one from its father.

Males typically have one X chromosome and one Y chromosome in each diploid cell of their bodies.

The cytoplasmic bacterium forces haploid cells to go through incomplete mitosis to produce diploid cells which therefore will be female.

In the whole cycle, zygotes are the only diploid cell; mitosis occurs only in the haploid phase.