Yes the skeletal system is responsible for the production of blood cells, called hemopoiesis. This occurs in the spongy bone in the red marrow. And, sometimes in the yellow marrow of the medullary cavity.
The bone marrow
Frog red blood cells contain a nucleus, whereas human red blood cells do not.
blood cells, white blood cells, sperm cells, brain cells.
Mature red blood cells are the only human cells that do not have a nucleus. sorry to do this but that's not the answer but i don't know it
White blood cells, red blood cells, and other cell phones.
Where the red blood cells produce and migrate out. The spongy bone also makes up about 20% of the human skeleton.
The bone marrow
support, protection of the human body and organisms , production of blood cells, storage of minerals.
Three functions of the human skeleton are support, protection, and movement. The skeleton also produces blood cells, stores ions, and regulates endocrine hormones.
The human skeleton provides support for the body, manufactures blood cells (takes place within the bone marrow), and the human skeleton protects vital organs withing the body. The skeleton also stores minerals so they can be used later on. Without the skeleton, movement would be extremely limited because, tendons attach to the bone, allowing you to move.
To do that you have to have a fertile human male and a fertile human female and they have to have intercourse and produce a baby. The fertilized egg will build a human skeleton for the baby.
You can find red blood cells, white blood cells, and platelets in human blood.
The human skeleton is made of calcium(bones) and inside bones are a tissue called bone marrow which produces red blood cells.
The inside of human bones have called "bone marrow". In adults, marrow in large bones produces new blood cells. Source: Mah Brain.
Frog red blood cells contain a nucleus, whereas human red blood cells do not.
The shape of the human red blood cells is that it is biconcave in shape.
The HIV virus kills the helper T-cells which are part of your immune system.