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remodeling

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okay Chris. Our Test is tomorrow. Ready to go over bone remodeling?

of course Chelsea. I am going to ace this test!

First step... GO!

First step is remodeling.. Pre-osteoclasts are attracted to the remodeling site and Pre-osteoclasts fuse to form multinucleated osteoclasts

Great job! What is next?

RESORPTION!. Osteoclasts dig out a cavity, called a resorption pit, in spongy bone or burrow a tunnel in compact bone. Calcium can be released into the blood for use in various body functions. .Osteoclasts disappear.

You are on a roll! What after?

Reversal! Mesenchymal stem cells, pre-cursors to osteoblasts, appear along the burrow or pit where they proliferate (increase in numbers) and differentiate (change) into pre- osteoblasts, then …

then what?

Formation obviously!mature into osteoblasts at the surface of the burrow or pit and . release osteoid at the site, forming a new soft nonmineralized matrix.10. The new matrix is mineralized with calcium and phosphorous

I can tell you have been studying Chris! Finish off strong...

Last but not least is Quiscence. . Site, with resting lining cells, remains dormant until the next cycle.

Create your own at Storyboard That

okay Chris. Our Test is tomorrow. Ready to go over bone remodeling?

of course Chelsea. I am going to ace this test!

First step... GO!

First step is remodeling.. Pre-osteoclasts are attracted to the remodeling site and Pre-osteoclasts fuse to form multinucleated osteoclasts

Great job! What is next?

RESORPTION!. Osteoclasts dig out a cavity, called a resorption pit, in spongy bone or burrow a tunnel in compact bone. Calcium can be released into the blood for use in various body functions. .Osteoclasts disappear.

You are on a roll! What after?

Reversal! Mesenchymal stem cells, pre-cursors to osteoblasts, appear along the burrow or pit where they proliferate (increase in numbers) and differentiate (change) into pre- osteoblasts, then …

then what?

Formation obviously!mature into osteoblasts at the surface of the burrow or pit and . release osteoid at the site, forming a new soft nonmineralized matrix.10. The new matrix is mineralized with calcium and phosphorous

I can tell you have been studying Chris! Finish off strong...

Last but not least is Quiscence. . Site, with resting lining cells, remains dormant until the next cycle.

Create your own at Storyboard That

okay Chris. Our Test is tomorrow. Ready to go over bone remodeling?

of course Chelsea. I am going to ace this test!

First step... GO!

First step is remodeling.. Pre-osteoclasts are attracted to the remodeling site and Pre-osteoclasts fuse to form multinucleated osteoclasts

Great job! What is next?

RESORPTION!. Osteoclasts dig out a cavity, called a resorption pit, in spongy bone or burrow a tunnel in compact bone. Calcium can be released into the blood for use in various body functions. .Osteoclasts disappear.

You are on a roll! What after?

Reversal! Mesenchymal stem cells, pre-cursors to osteoblasts, appear along the burrow or pit where they proliferate (increase in numbers) and differentiate (change) into pre- osteoblasts, then …

then what?

Formation obviously!mature into osteoblasts at the surface of the burrow or pit and . release osteoid at the site, forming a new soft nonmineralized matrix.10. The new matrix is mineralized with calcium and phosphorous

I can tell you have been studying Chris! Finish off strong...

Last but not least is Quiscence. . Site, with resting lining cells, remains dormant until the next cycle.

Create your own at Storyboard That

okay Chris. Our Test is tomorrow. Ready to go over bone remodeling?

of course Chelsea. I am going to ace this test!

First step... GO!

First step is remodeling.. Pre-osteoclasts are attracted to the remodeling site and Pre-osteoclasts fuse to form multinucleated osteoclasts

Great job! What is next?

RESORPTION!. Osteoclasts dig out a cavity, called a resorption pit, in spongy bone or burrow a tunnel in compact bone. Calcium can be released into the blood for use in various body functions. .Osteoclasts disappear.

You are on a roll! What after?

Reversal! Mesenchymal stem cells, pre-cursors to osteoblasts, appear along the burrow or pit where they proliferate (increase in numbers) and differentiate (change) into pre- osteoblasts, then …

then what?

Formation obviously!mature into osteoblasts at the surface of the burrow or pit and . release osteoid at the site, forming a new soft nonmineralized matrix.10. The new matrix is mineralized with calcium and phosphorous

I can tell you have been studying Chris! Finish off strong...

Last but not least is Quiscence. . Site, with resting lining cells, remains dormant until the next cycle.

Create your own at Storyboard That

okay Chris. Our Test is tomorrow. Ready to go over bone remodeling?

of course Chelsea. I am going to ace this test!

First step... GO!

First step is remodeling.. Pre-osteoclasts are attracted to the remodeling site and Pre-osteoclasts fuse to form multinucleated osteoclasts

Great job! What is next?

RESORPTION!. Osteoclasts dig out a cavity, called a resorption pit, in spongy bone or burrow a tunnel in compact bone. Calcium can be released into the blood for use in various body functions. .Osteoclasts disappear.

You are on a roll! What after?

Reversal! Mesenchymal stem cells, pre-cursors to osteoblasts, appear along the burrow or pit where they proliferate (increase in numbers) and differentiate (change) into pre- osteoblasts, then …

then what?

Formation obviously!mature into osteoblasts at the surface of the burrow or pit and . release osteoid at the site, forming a new soft nonmineralized matrix.10. The new matrix is mineralized with calcium and phosphorous

I can tell you have been studying Chris! Finish off strong...

Last but not least is Quiscence. . Site, with resting lining cells, remains dormant until the next cycle.

Create your own at Storyboard That

okay Chris. Our Test is tomorrow. Ready to go over bone remodeling?

of course Chelsea. I am going to ace this test!

First step... GO!

First step is remodeling.. Pre-osteoclasts are attracted to the remodeling site and Pre-osteoclasts fuse to form multinucleated osteoclasts

Great job! What is next?

RESORPTION!. Osteoclasts dig out a cavity, called a resorption pit, in spongy bone or burrow a tunnel in compact bone. Calcium can be released into the blood for use in various body functions. .Osteoclasts disappear.

You are on a roll! What after?

Reversal! Mesenchymal stem cells, pre-cursors to osteoblasts, appear along the burrow or pit where they proliferate (increase in numbers) and differentiate (change) into pre- osteoblasts, then …

then what?

Formation obviously!mature into osteoblasts at the surface of the burrow or pit and . release osteoid at the site, forming a new soft nonmineralized matrix.10. The new matrix is mineralized with calcium and phosphorous

I can tell you have been studying Chris! Finish off strong...

Last but not least is Quiscence. . Site, with resting lining cells, remains dormant until the next cycle.

Create your own at Storyboard That

okay Chris. Our Test is tomorrow. Ready to go over bone remodeling?

of course Chelsea. I am going to ace this test!

First step... GO!

First step is remodeling.. Pre-osteoclasts are attracted to the remodeling site and Pre-osteoclasts fuse to form multinucleated osteoclasts

Great job! What is next?

RESORPTION!. Osteoclasts dig out a cavity, called a resorption pit, in spongy bone or burrow a tunnel in compact bone. Calcium can be released into the blood for use in various body functions. .Osteoclasts disappear.

You are on a roll! What after?

Reversal! Mesenchymal stem cells, pre-cursors to osteoblasts, appear along the burrow or pit where they proliferate (increase in numbers) and differentiate (change) into pre- osteoblasts, then …

then what?

Formation obviously!mature into osteoblasts at the surface of the burrow or pit and . release osteoid at the site, forming a new soft nonmineralized matrix.10. The new matrix is mineralized with calcium and phosphorous

I can tell you have been studying Chris! Finish off strong...

Last but not least is Quiscence. . Site, with resting lining cells, remains dormant until the next cycle.

Create your own at Storyboard That

okay Chris. Our Test is tomorrow. Ready to go over bone remodeling?

of course Chelsea. I am going to ace this test!

First step... GO!

First step is remodeling.. Pre-osteoclasts are attracted to the remodeling site and Pre-osteoclasts fuse to form multinucleated osteoclasts

Great job! What is next?

RESORPTION!. Osteoclasts dig out a cavity, called a resorption pit, in spongy bone or burrow a tunnel in compact bone. Calcium can be released into the blood for use in various body functions. .Osteoclasts disappear.

You are on a roll! What after?

Reversal! Mesenchymal stem cells, pre-cursors to osteoblasts, appear along the burrow or pit where they proliferate (increase in numbers) and differentiate (change) into pre- osteoblasts, then …

then what?

Formation obviously!mature into osteoblasts at the surface of the burrow or pit and . release osteoid at the site, forming a new soft nonmineralized matrix.10. The new matrix is mineralized with calcium and phosphorous

I can tell you have been studying Chris! Finish off strong...

Last but not least is Quiscence. . Site, with resting lining cells, remains dormant until the next cycle.

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Storyboard Tekst

  • okay Chris. Our Test is tomorrow. Ready to go over bone remodeling?
  • of course Chelsea. I am going to ace this test!
  • First step... GO!
  • First step is remodeling.. Pre-osteoclasts are attracted to the remodeling site and Pre-osteoclasts fuse to form multinucleated osteoclasts
  • Great job! What is next?
  • RESORPTION!. Osteoclasts dig out a cavity, called a resorption pit, in spongy bone or burrow a tunnel in compact bone. Calcium can be released into the blood for use in various body functions. .Osteoclasts disappear.
  • You are on a roll! What after?
  • Reversal! Mesenchymal stem cells, pre-cursors to osteoblasts, appear along the burrow or pit where they proliferate (increase in numbers) and differentiate (change) into pre- osteoblasts, then …
  • then what?
  • Formation obviously!mature into osteoblasts at the surface of the burrow or pit and . release osteoid at the site, forming a new soft nonmineralized matrix.10. The new matrix is mineralized with calcium and phosphorous
  • I can tell you have been studying Chris! Finish off strong...
  • Last but not least is Quiscence. . Site, with resting lining cells, remains dormant until the next cycle.
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