Body tissues and their properties Flashcards

1
Q

4 primary tissue types

A

connective
muscle
nerve
epithelium

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2
Q

connective tissue mostly from

A

mesoderm

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3
Q

connective tissue encompasses

A

tendons, ligaments, bone, cartilage, dermis, fat, blood

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4
Q

muscle mostly from

A

mesoderm

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5
Q

three types of muscle

A

skeletal, cardiac, smooth

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6
Q

nerves develop from

A

ectoderm

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7
Q

haematoxilin stains

A

basophilic (acidic) substances

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8
Q

haematoxilin is

A

purple

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9
Q

eosin stains

A

basic substances

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10
Q

eosin is

A

pink

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11
Q

types of things eosin stains

A

§ Cytoplasm and protein is often basic (collagen, muscle etc.)

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12
Q

types of things haemattoxilin stains

A

DNA/RNA

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13
Q

ground substance

A

matrix
space between cells
fluid

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14
Q

extraceullar matrix made up of

A

ground substance and fibres

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15
Q

types of connective tissue differs by

A

cell type, ground substance, orientation of fibres,

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16
Q

3 types of connective tissue

A

loose, dense, complex

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17
Q

examples of complex connective tissue

A

bone, fat, cartilage

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18
Q

fibres are produced by

A

fibroblasts

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19
Q

3 types of fibres

A

collagen, reticular, elastic

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20
Q

collagen fibres

A

thicker - usually is tendons, ligaments, cartilage, bone, dermis

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21
Q

reticular fibre

A

thin collagen fibres that form a mech network

scaffold to support cells

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22
Q

elastic fibres

A

thin, straight, branched structure, made of elastic protein

allows for stretch and recoil

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23
Q

3 types of loose connective tissue

A

adipose, areolar, reticular

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24
Q

adipose

A

requires a blood supply, store energy and support organs

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25
areolar
mostly collagen and elastin | abundant ground substance - space
26
reticular
mesh of reticular fibres and fibroblasts
27
dense connective tissue
derived mostly from the LP-mesoderm
28
2 types of dense connective tissue
regular and irregular
29
example of regular dense connective tissue
tendons and ligaments
30
example irregular dense connective tissue
dermis of the skin
31
cartilage produced by
chondroblasts and chondrocytes
32
nutrients delivered to cartilage via
diffusion
33
3 types of cartilage
1. hyaline 2. elastic 3. fibrocartilage
34
hyaline cartilage found in
articular (joints) | respiritory
35
elastic cartilage found in
nose and ears
36
fibrocartilage found in
invertebral disks
37
bones derived from
LP-M and somites (axial)
38
axial bones develop from
sclerotome (somites)
39
appendicular bones develop from
somatopluere
40
2 types of bone tissue
1. trabeculae | 2. compact
41
trabelulae bone found
towards the end of long bones
42
compact bone found in
denser, forms more superficial (outer) region of long bones
43
haversian canals
where blood vessels and nerves enter
44
centre of an osteon
haversian canal
45
osteocytes arrange themselves
into osteons - rings around a haversian canal
46
canaliculi
communication canal between osteocytes
47
how do osteocytes communicate
canaliculi
48
skeletal muscle tissue derived from
myotome component of somites
49
skeletal muscle nucleation
mulitple nuclei positioned at the edge of the nuceli
50
qualities of skeletal muscle cells
largest excitable and volunatry fatiguable and inefficinet produce force
51
skeletal muscle cell arrangement
arranged in fassicles
52
cardiac muscle derived from
LP-M cardiogenic centre
53
qualities of cardiac muscle
striated and self excitable and branched with intercalated disks fatigue resistant and efficient
54
nucleation of cardiac muscle
mononucleated with central nuclei
55
what type of muscle has intercalated disks
cardiac
56
metabolism of cardiac muscle
oxidative only
57
intercalated disks function
pass electrical signals to allow for coordinated rhythmic contraction of cardiac muscle
58
smooth muscle derived from
mesoderm
59
cells of smooth muscle
non striated, mononucleated and fusiform shaped
60
qualities of smooth muscle
autonomic, extreme fatigue resistance, very weak, complex excitation process
61
smooth muscle found in
blood vessels, airways, iris
62
2 types of nervous tissue
neurons and nueroglia (nuero supportive cells)
63
nervous tissue qualities
receive signals via dendrites, pass signals along nerve axon to target cells