Week 2: Bounce/Nine Lives

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Last updated 4:27 AM on 10/7/26
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50 Terms

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superficial tangential layer

a:

<p>a:</p>
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intermediate transitional layer

b:

<p>b:</p>
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deep radial layer

c:

<p>c:</p>
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calcified cartilage; tide mark between c & d

d:

<p>d:</p>
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subchondral compact bone

e:

<p>e:</p>
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medullary bone

f:

<p>f:</p>
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superficial tangential layer

a:

<p>a:</p>
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intermediate transitional layer

b:

<p>b:</p>
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deep radial layer

c:

<p>c:</p>
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calcified cartilage

d:

<p>d:</p>
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subchondral compact bone

e:

<p>e:</p>
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medullary bone

f:

<p>f:</p>
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up

growth plate. which direction is the bone growing - up or down?

<p>growth plate. which direction is the bone growing - up or down?</p>
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resting

growth plate, b: zone

<p>growth plate, b: zone</p>
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proliferative

growth plate, c: zone

<p>growth plate, c: zone</p>
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hypertrophic cartilage

growth plate, d:

<p>growth plate, d:</p>
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calcified

growth plate, e: zone

<p>growth plate, e: zone</p>
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ossification

growth plate, f: zone

<p>growth plate, f: zone</p>
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zone of hypertrophy: chondrocytes are hypertrophying, and then degrade and become calcified

zone of resorption: medullary capillary loops invade the calcified cartilage along with osteoprogenitor cells which form longitudinal spicules on the cartilage

zone of ossification: osteoprogenitor cells differentiate into osteoblasts and deposit bone on the spicules

what is happening in image b?

<p>what is happening in image b?</p>
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volkmann's canal

a: structure

<p>a: structure</p>
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periosteum

b: outermost layer

<p>b: outermost layer</p>
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haversian canal

c: structure

<p>c: structure</p>
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endosteum

d: innermost layer

<p>d: innermost layer</p>
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haversian canal

a: space

<p>a: space</p>
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osteocytes

b: cell type

<p>b: cell type</p>
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osteocyte processes

c: structures

<p>c: structures</p>
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compact bone

specific tissue type

<p>specific tissue type</p>
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osteon/haversian system

b: structure

<p>b: structure</p>
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haversian canal

c: structure

<p>c: structure</p>
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osteocytes

d: cells

<p>d: cells</p>
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trabecular bone, spongy bone

a: specific tissue type

<p>a: specific tissue type</p>
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hyaline cartilage, articular cartilage

b: tissue type

<p>b: tissue type</p>
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joint cavity

c: space

<p>c: space</p>
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hyaline cartilage, articular cartilage

d: tissue type

<p>d: tissue type</p>
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mesenchymal cells/connective tissue

e: tissue type

<p>e: tissue type</p>
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tropocollagen

a:

<p>a:</p>
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myofibril

b:

<p>b:</p>
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fibril

c:

<p>c:</p>
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fibroblast

d: cell that produces tropocollagen

<p>d: cell that produces tropocollagen</p>
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crimp structure

e:

<p>e:</p>
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endotenon

f:

<p>f:</p>
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epitenon

g:

<p>g:</p>
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skeletal muscle

specific tissue type

<p>specific tissue type</p>
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peripheral nucleus, striations

why is this skeletal muscle?

<p>why is this skeletal muscle?</p>
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endomysium

c: tissue at the end of the arrows

<p>c: tissue at the end of the arrows</p>
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motor end plate

a: entire functional structure

<p>a: entire functional structure</p>
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axon terminals

b: rounded structures

<p>b: rounded structures</p>
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axon

c: single line

<p>c: single line</p>
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nerve bundle

d: structure

<p>d: structure</p>
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myofiber

e: structure

<p>e: structure</p>