Stress derived = Osteoclast
Growth derived = Osteoblasts
When osteoclasts remove calcium salts faster than osteoblasts deposits them, it causes the bones to weaken.
A thickening of bone occurs called appositional growth after the growth plate closes in late teens. If this type did not occur and the bone would just get thicker, we would weight about 200 pounds more than we do. The bone inside is removed by osteoclasts (bone breakers) while bone on the outside is laid down by osteoblasts (bone builders).
Osteoclasts break down bone, which will essentially increase the amount of free calcium in the blood stream. Osteoblasts "build" bones from the free calcium in the blood. Calcium is involved in muscle contraction, so if you lack the necessary calcium in your diet, your body will actually break down bone material in order to obtain the necessary calcium for proper muscle function.
There are three special types of cells found only in bone. They are: Osteoclasts , which are large cells the dissolve the bone. They originate in the bone marrow and are related to white blood cells and are found on the surface of the bone mineral next to dissolving bone. Osteoblasts, which form new bone. Originating in the bone marrow, they have one nucleus. They work in teams to build bone from bone collagen and other protein. They also control calcium and mineral deposition, and are found on the surface of new bone. When they have finished filling in a cavity, they become flat and line the surface of the bone. They regulate passage of calcium into and out of bone. In addition, they respond to hormones by making special proteins that activate the osteoclasts. Osteocytes, which are cells inside the bone. Osteoclasts and osteoblasts may turn into osteocytes white new bone is being formed, and then osteocytes get surrounded by new bone. Osteocytes send out long branches that connect to other osteocytes. They can sense pressures or cracks in bone and help direct where osteoclasts dissolve bone.
Athletes consistently put force on their bones through activity. Force causes tiny electrical currents within the bone. These electrical currents stimulate the bone-forming activity of Osteoblasts. Since Osteoblasts produce bone tissue, this causes the bone to become denser and stronger.
Any of these changes may result if osteoblasts are more active than osteoclasts.
When osteoclasts remove calcium salts faster than osteoblasts deposits them, it causes the bones to weaken.
Bone is constantly remodeled during much of life by osteoblasts and osteoclasts. As such, the repair to a broken bone heals faster because it models the bone back in place, and sometimes it will heal stronger than it was before the injury.
A thickening of bone occurs called appositional growth after the growth plate closes in late teens. If this type did not occur and the bone would just get thicker, we would weight about 200 pounds more than we do. The bone inside is removed by osteoclasts (bone breakers) while bone on the outside is laid down by osteoblasts (bone builders).
Yes.
Osteoclasts break down bone, which will essentially increase the amount of free calcium in the blood stream. Osteoblasts "build" bones from the free calcium in the blood. Calcium is involved in muscle contraction, so if you lack the necessary calcium in your diet, your body will actually break down bone material in order to obtain the necessary calcium for proper muscle function.
There is no term other than independent variable.
There are three special types of cells found only in bone. They are: Osteoclasts , which are large cells the dissolve the bone. They originate in the bone marrow and are related to white blood cells and are found on the surface of the bone mineral next to dissolving bone. Osteoblasts, which form new bone. Originating in the bone marrow, they have one nucleus. They work in teams to build bone from bone collagen and other protein. They also control calcium and mineral deposition, and are found on the surface of new bone. When they have finished filling in a cavity, they become flat and line the surface of the bone. They regulate passage of calcium into and out of bone. In addition, they respond to hormones by making special proteins that activate the osteoclasts. Osteocytes, which are cells inside the bone. Osteoclasts and osteoblasts may turn into osteocytes white new bone is being formed, and then osteocytes get surrounded by new bone. Osteocytes send out long branches that connect to other osteocytes. They can sense pressures or cracks in bone and help direct where osteoclasts dissolve bone.
America- independent in 1776
and independent variable is bigger than a dependent variable
There are now more than 2500 independent schoolsin the UK
Yes cats are a lot more independent than dogs.