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PART 4 Anatomy and Physiology of Animals
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106 Blood [Ca2+] mg/dL blood 85
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How is normocalcemia related to bone development and bone matrix you might well ask at this time The answer is provided by a close look at Figure 137 During the development of a long bone, such as the femur ( thigh bone), the process essentially begins with a cartilage model a miniature version of the bone that is composed of cartilage, rather than bone tissue Being soft and rubbery, cartilage is more suitable for life within the mother s uterus (womb) As development progresses, however, blood vessels break into the cartilage model and bring osteoblasts (AHS-tee-oh-blasts) along with them Osteoblasts are literally bone (oste) formers (-blasts) The osteoblasts are large, spider-shaped cells that produce bone collagen bers After these tough collagen bers are laid down, the osteoblasts then extract Ca ions, phosphorus, and other chemicals from the bloodstream Ossi cation (ah-sih- h-KAY-shun), the process of bone formation, then begins During ossi cation, the osteoblasts supervise the depositing of sharp, needle-shaped crystals onto the surfaces of the bone collagen bers These sharp crystals are composed of calcium phosphate (FAHS-fate), as well
CHAPTER 13 Skins and Skeletons
Osteoblasts ( bone-formers ) arrive Blood vessels invade
Cartilage model of femur ( in embryo) Ca++ Osteoblast Ca++
OSSIFICATION (bone formation)
Calcium phosphate crystals
Bone collagen fibers The real Snow White Snow-white bone matrix
Fig 137 Bone matrix appears during ossi cation
as a number of other minerals Essentially, bone matrix appears within the cartilage model of the long bone, because the newly produced bone collagen bers become heavily coated with the calcium phosphate crystals Being snow-white, these crystals eventually hide the underlying collagen bers Viewed with the naked eye, the entire bone matrix thus appears snowwhite The bone matrix is white, like cement, of course, because white is the color of the many thousands of calcium crystals covering the collagen bers in the matrix By the time the child becomes an adult, her femur is mostly snow-white You might think of all the bone matrix in the femur as essentially being a storage bank for calcium ions
PART 4 Anatomy and Physiology of Animals BONE REMODELING AND MAINTENANCE OF BLOOD CALCIUM HOMEOSTASIS
Just as osteoblasts are bone-makers, cells called osteoclasts (AHS-tee-ohklasts) are bone-breakers (-clasts) By bone- breakers, of course, we don t literally mean that these osteoclast cells actually break or fracture the bone! Rather, we mean that the osteoclasts release special digestive enzymes that cause a partial resorption (rih-SORP-shun) or drinking-in again of the bone matrix, such that some of the calcium phosphate crystals are dissolved back into calcium and phosphate ions Such a process often occurs whenever the blood [Ca ] falls toward the lower limit of its normal range (Figure 138, A) And as a result of this resorption (dissolving or drinking-in again ) of bone matrix, Ca ions that were formerly stored in the bone matrix, like a bank, are now released back into the blood circulation This process, quite clearly, acts to temporarily raise the blood [Ca ] Because the bone gets thinner and weaker, we say it has remodeled changed its thickness and strength
Blood [Ca++] toward lower limit 85 Note: + means stimulates Osteoclasts ( bone-breakers )
Resorption of crystals
Blood [Ca++] again 85 Bone collagen fibers
Ca Ca
Release of Ca free Ca++ ions
Bone remodels (thinner and weaker)
Fig 138
Bone-makers, bone-breakers, and blood calcium homeostasis
CHAPTER 13 Skins and Skeletons
Bloodstream Ca Blood [Ca++] toward upper limit Time 106 Ca Osteoblasts ( bone-makers )
Bone collagen fibers and
More crystals added
Bone remodels Blood [Ca++] back 106
Fig 138 (continued)
Bone thicker and stronger
Conversely, whenever a person eats a calcium-rich meal, the blood [Ca ] rises toward the upper limit of its normal range (Figure 138, B) Thousands of osteoblasts are stimulated, then more Ca ions are extracted from the bloodstream and laid down on the bone collagen bers as calcium phosphate crystals The bone once again remodels (changes its shape and size), but this time it goes in the opposite direction, by getting thicker and stronger And as more and more free Ca ions are extracted from the bloodstream and put into calcium phosphate crystals, the blood [Ca ] falls By these contrasting processes involving osteoblasts, osteoclasts, bone remodeling, and bone resorption, therefore, homeostasis of blood [Ca ] is usually maintained Maintaining a normal blood [Ca ] is critical for human
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