John Napier
your bones can break but to the steel framework of a skyscraper is way to hard
He invented the insert device, which was stuffed into a hole drilled in Napiers bones, which allowed a metal plank to go in. Although it wasnt a great improvement, his science in the insert device helped to the creation of Condoms by his son Samuel.
cartilage The nasal bones make up the bridge of your nose. There are two small oblong bones, varying in size and form in different individuals; they are placed side by side at the middle and upper part of the face, and form, by their junction, "the bridge" of the nose.
in animals -- build bones. It is in many useful building materials. Concrete, limestone in many forms,
Is called Osteoporosis and results in brittle Bones.
Is called Osteoporosis and results in brittle Bones.
parathyroid hormone
Easy fracturing of the bones are the result of demineralization of the bone.
Excessive production of parathyroid hormone (PTH) can lead to demineralization of bones and increase the risk of spontaneous fractures. This condition is known as hyperparathyroidism.
The medical term for the removal of lime salts from osseous tissue is "demineralization." This process can weaken bones and lead to conditions like osteoporosis.
That can be calcitonin or parathamone. They regulate Ca and phosphate levels
When osseous structures are demineralized, it means that the minerals (such as calcium and phosphate) that give bone its strength and rigidity have been removed or reduced. Demineralization can lead to weakened bones and increase the risk of fractures. Various conditions, such as osteoporosis or certain diseases, can cause demineralization of osseous structures.
Its calcium deficiancy of the lower jaw.
inorganic minerals replace the bones and shells in fossils. However, some recent demineralization experiments have indicated that some original connective tissue may remain, even in very old fossils.
Webster S. S. Jee has written: 'Prevent and cure disuse bone loss' -- subject(s): Bone demineralization, Rats, Bones, Immobilization, Dogs, Osteoporosis
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