osteoblasts secrete matrix; bone deposition
Most bone cancers increase the activity of osteoclasts, which are cells responsible for breaking down and resorbing bone tissue. This leads to bone destruction and weakened bones in individuals with bone cancer.
Tendons and muscles. It's the tendons that attach the bone to the muscle.
Vitamin D deficiency not only causes metabolic bone disease among children and adults but also may increase the risk of many common chronic diseases. Without Vitamin D, the bloodstream cannot absorb calcium from the digestive tract. Without calcium, bone tissue will slowly wear away.
It is a disorder of the connective tissue which causes the bone to be soft and leads to bony deformities and multiple fractures of the bone
The word osseous refers to bone, and the word pathology refers to the science of causes and effects of diseases. Osseous pathology is the study of bone related diseases.
Most bone cancers increase the activity of osteoclasts, which are cells responsible for breaking down and resorbing bone tissue. This leads to bone destruction and weakened bones in individuals with bone cancer.
Osteoblasts and osteoclasts.
An extra "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.
The simultaneous activity of osteoblasts and osteoclasts is what causes the reshaping of mature bone as it grows. Bones are defined as rigid organs.
the minerals in the bone produce a weak electrical field that attracts osteoblasts.
Bone infarct refers to ischemic death of the cellular elements of the bone and marrow.
Myelosuppression is decreased activity in bone marrow.
Homeostasis is maintained by the hormones that increase osteoblast activity to build bone, called calcitonin which is released by the thyroid gland, and the release of parathyroid hormone which increases osteoclast activity and is released by the parathyroid glands. As long as both of these function normally, the bone mass stays the same, this is a homeostatic state of bone. If it goes out of balance you will either build too much bone, or loose bone mass and develop osteoporosis.
Robert K. Martin has written: 'The effects of exercise on cellular activity, mineral composition, and architectural structure in canine bone' -- subject(s): Bone, Dogs, Exercise, Physiological aspects, Physiological aspects of Exercise, Physiology
increase height using bone lengthing operation.
increased bone mass