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Osteoporosis
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What can result if calcium is not replace in bone tissue?
Osteoporosis
What can happen if calcium is not replaced in bone tissue?
Your bones can become brittle and there is a greater risk of bone fractures.Osteoporosis (gaps, lower bone density, or weak points in solid bones) occurs primarily where calcium is not being added to the bones. Lack of calcium or vitamin D, and lowered estrogen in women, can cause osteoporosis.
What molecules give bone it's hard characterictics?
Specifically is the deposition of crystals of calcium phosphate that cause the replacing cartilage by bone, that is, chondrocytes are replaced by osteoclasts.
What substance from the blood makes bone hard?
The strength and rigidity of the bone is a result of the inorganic salts deposited in the matrix. Matrix is basically just large amount of non-cellular materials, which is what your bones are made of.
What happens when the epiphyseal plate is replaced by bone?
When the epiphyseal plate is replaced by bone, then growth at that bone stops.
Why was bone replaced with a artificial product?
A bone is replaced when is destroyed.
Weakened bones can result from an over seceation of the?
Weakened bones can result from an over-secretion of parathyroid hormone (PTH). Excess PTH leads to increased calcium release from bones into the bloodstream, which can result in bone resorption and decreased bone density. This condition, known as hyperparathyroidism, can ultimately make bones more susceptible to fractures and osteoporosis. Proper regulation of calcium and phosphorus levels is crucial for maintaining bone health.
What makes a weak bone?
no calcium no calcium
What is the relationship of calcium and bones?
Answer
What is the dominant nutrient found in bone?
Bones require large amounts of calcium and phosphorus. Also Vitamin D is important for bone development.
What is in a bone?
calcium
What substances do bone cells take from the blood to keep the bone hard?
Bone cells take calcium and phosphorus from the blood to keep the bone hard and strong. These minerals are essential for bone mineralization and strength.
