Of course. Cells are the fundamental unit of life in all living things
Horses have cells that contain neuclei...so eukariotic.
Well seahorses are made up of over millions of cells
a horse doesn't have a nucleus, but a horses cells have a nucleus.
It depends on how large or small the horse is.
Horses belong to the domain Eukarya because they are complex organisms with cells that have a true nucleus and membrane-bound organelles. Eukarya is one of the three domains of life, which includes all organisms with eukaryotic cells, such as animals, plants, fungi, and protists.
No, not all gray horses will have cancer. However, gray horses are strongly predisposed to developing malignant melanomas, an aggressive cancer starting from the pigment-producing cells of the skin.
Sea horses belong to Kingdom Animalia. Animals have eukaryotic cells.
The diploid number of chromosomes in a horse's cell is 64, therefore they have 32 pairs of chromosomes in their somatic cells.
A usually fatal congenital disorder of the immune system in which the body is unable to produce enough B cells and T cells to resist infection.
Carol R. Wyatt has written: 'T lymphocyte maturation in horses with severe combined immunodeficiency' -- subject(s): Lymphocytes, Horses, T cells, Diseases
The primary structural difference between the red blood cells of sparrows and horses is that sparrows, like other birds, possess nucleated red blood cells, meaning their red blood cells contain a nucleus. In contrast, horses, which are mammals, have enucleated red blood cells, lacking a nucleus. This structural adaptation allows birds to have a higher metabolic rate and better oxygen transport during flight. Additionally, the size and shape of the red blood cells can vary, with avian cells generally being oval and mammals' cells being biconcave discs.
A:Yes, the bones in horses contain bone marrow. However you should not feed a horse bone marrow. A:Yes. All mammals have bone marrow, which is where their bodies manufacture blood cells.