Answer:
F 1. process in which mineral deposits replace cartilage and change it into bone
I 2. type of bone cell that regulates mineral homeostasis by directing the uptake of minerals from the blood and the release of minerals back into the blood as needed
E 3. band of fibrous connective tissue that holds bones together
A 4. soft connective tissue in spongy bone that produces blood cells
C 5. dense outer layer of bone that is very hard and strong
H 6. type of bone cell that dissolves minerals in bone and releases them back into the blood
D 7. place where two or more bones of the skeleton meet
B 8. rigid framework of bone that consists of tough protein fibers and mineral crystals
L 9. light, porous inner layer of bone that contains bone marrow
K 10. human body system that consists of all the bones of the body as well as cartilage and ligaments
G 11. type of bone cell that makes new bone cells and secretes collagen
J 12. tough, fibrous membrane that covers the outer surface of bone
Treatments for osteoporosis include calcium and vitamin D supplementation, medications to help preserve calcium, hormone replacement, and exercise.
Vitamin D.
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Answer:
The false statement is-Our body has no mechanism to stabilize free radicals.
Explanation:
Free radicals are the atoms produced in the cell mainly due to oxidative stress. For example, oxygen splits into an atom having an unpaired electron. So these atoms having unpaired electrons are called free radicals.
Free radicals are responsible for damaging DNA and causing cancers in the body. In our cells antioxidants are present which checks the presence of free radicals in the cell.
They stop the free radicals chain reaction and eliminate the free radicals in the cell by giving an electron to free radicals without getting destabilized. Therefore our bodies have a mechanism to fight with free radicals.
