1A: Intro to anatomy: 1A.2 bone basic + appendicular skeleton Flashcards

1
Q

What are the 5 functions of the skeleton

A
  • Support and framework
  • leverage for movement
  • protection of vital organs
  • storage of minerals
  • production of blood cells
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2
Q

the portion of the skeleton of the skull spine and abdominal bones

A

axial

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3
Q

the portion of the skeleton with limb bones

A

appendicular

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4
Q

what are the 6 joints of the body

A

shoulder
elbow
wrist
hip
knee
ankle

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5
Q

what are the bones in the upper limbs

A
  • scapula
  • clavicle
  • humerus
  • radius
  • ulna
  • carpal bones
  • metacarpals
  • phalanges
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6
Q

what are the bones in the carpals

A
  • scaphoid
  • lunate
  • triquetrum
  • pisiform
  • trapezium
  • trapezoid
  • capitate
  • hamate

“Some lovers try positions that they cannot handle”

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7
Q

what are the bones in the lower limb

A
  • pelvic bones
  • femur
  • patella
  • tibia
  • fibula
  • tarsal bones
  • metatarsals
  • phalanges
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8
Q

what are the bones in the tarsals

A
  • Calcaneus
  • Talus
  • Navicular
  • Cuboid
  • Cuneiforms
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9
Q

What type of bone is tubular in shape and provides strength, structure and mobility in limbs?

A

Long (ex. humerus, femur, tibia, ulna

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10
Q

What bone is cuboidal in shape and provides support and stability with limited movement

A

short (ex: carpal bones, tarsal bones)

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11
Q

What type of bones are oddly shaped and have various functions such as nerve protection and skeletal muscle attachment

A

irregular (facial bones, scapula, hyoid, vetebra

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12
Q

what type of bones develop in tendons where they cross long bones and protect tendons from wear and tear

A

Sesamoid (patella)

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13
Q

Boney landmarks: projections that are the site of muscle/ligament attachment

A

Tuberosity: large rounded elevation

Crest: ridge of bone

Trochanter: large blunt elevation

Line: linear elevation, sometimes called a ridge

Tubercle: small raised eminence

Epicondyle: eminence superior or adjacent to a condyle

Spine: thorn-like process

Process: projection or outgrowth of tissue

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14
Q

Boney Landmarks: surfaces that form joints

A

Head: Large, round articular end

Facet: Smooth flat area, usually covered with cartilage, where a bone articulates with another

Condyle: rounded, knuckle-like articular area

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15
Q

Boney Landmarks: depression/openings

A

Foramen: passage through bone, hole

Groove: elongated depression

Fissure: groove, natural division

Notch: indentation in the edge of a bone

Fossa: Hollow or depressed area

Meatus: natural body opening or canal

Sinus: sac or cavity

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16
Q

what bone cells actually creates the bone?

A

Osteoblast

17
Q

What bone cell maintains the bone structure?

18
Q

what type of bone is the exterior of the bone and covered in periosteum?

A

Cortical (compact) bone

19
Q

What type of bone is the interior of the bone, occasionally replaced by medullary cavity and contains bone marrow?

A

Trabecular (spongy, cancellous) Bone

20
Q

what type of fracture happens when bone fragments in 3+ pieces and is common in aged individuals with more brittle bones?

A

Comminuted fracture

21
Q

What type of fracture happens when a bone is crushed and is common in porous bones (e.g. osteoporotic) subject to extreme trauma

A

Compression fracture

22
Q

What type of fracture when the epiphysis seperates form diaphysis along epiphyseal plate and is common in preadolescence?

A

Epiphyseal fracture

23
Q

What fracture happens when the broken bone portion is pressed inward? (common ex. typical skull fracture)

A

Depressed fracture

24
Q

What type of fracture when a ragged break due to excessive twisting forces and is common with sport injuries and in toddlers

A

Spiral fracture

25
What type of fracture is a incomplete break with one side broken and one side bent with it being common in children?
Green stick fracture
26
What fracture is with the injury only affecting the bone?
Simple
27
what fracture pierces the skin
compound
28
Aging
- birth to adolescence: bone production > absorption - In middle age (after menopause) women experience greater bone loss than men due to decreased estrogen - in old age: bone production < absorption - Aging typically results in: - loss of bone mass (demineralization = lower calcium) - Increased brittleness (decrease protein synthesis = lower collagen)
29
exercise
- Bone tissue can alter its strength in response to strain it experiences - high impact in intermittent strains > lower impact constant strains for bone deposition - without mechanical stress, bone does not remodel normally because resorption occurs more quickly than formation (especially important in adolescents and for healing) - weakened bones: bedridden/ those in cast, and astronauts becuz of microgravity - strengthened bones: athletes have thicker and stronger bones