A red blood cells does not have any chromosomes. Red blood cells do not have a nucleus so it is impossible for them to have chromosomes.
The human sperm cell has 23 chromosomes. White blood cells have 46 chromosomes. Mature red blood cells to not contain a nucleus, and therefore has no chromosomes. Platelets are cell fragments and also do not contain nuclei.
No. Red Blood and some other cells do not have chromosomes.
23 pairs and 46 in all like any other body cell except gametes and red blood cells (blood cells have no chromosomes because they have no nucleus hope this helps
In humans, gametes (Ove and Sperm cells) have the least number of chromosomes
No - Blood cells (Red Blood Cells) do not have a nucleus and therefore do not have any chromosomes. Pancreatic cells have a full chromosome compliment.
The formed element that does not have chromosomes is the red blood cell (erythrocyte). Red blood cells are lacking in a nucleus and do not contain chromosomes or genetic material. This feature allows them to maximize their capacity for carrying oxygen.
Red blood cells have no genetic information in them. White blood cells have the usual diploid number 46 (23 pairs). Sperm cells are haploid, so have 23 chromosomes.
Red blood cells (erythrocytes) cannot be used for karyotyping as they do not contain a nucleus. Karyotyping involves examining the number and structure of chromosomes within the nucleus of a cell, which red blood cells lack.
It has 46 chromosomes because it is a body cell. All body cells have 46 chromosomes except our sex cells, which have 23. Body cells are refered to as 2n, or diploid, while sex cells are just n, or haploid. When sex cells combine they form another regular body cell, because the chromosomes come together.
Sickle cell disease is one of many diseases of the red blood cell.
There is only one normal type of red blood cell.
Of the formed elements in blood, only the white blood cells have chromosomes. Platelets are cell fragments, not cells, and red blood cells lose their chromosome-containing nuclei during the maturation process.