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70 Cards in this Set

  • Front
  • Back

Osteons

Rings in bones

Trabeculae

Struts in spongy bone

Osteoblasts

Immature bone cells

Osteocytes

Mature bone cells

Endochondral

Bone formation in cartillage

Intramembranous

Forms flat bones

Dermal bones

Formed deep in the skin

Osteoclasts

Release acids and enzymes on bony surface

Epiphys

Area of bone containing red marrow. Where blood cells r made

Articulating cartillage

Prevents bone grinding

Closed reduction

Alignment of bones without puncturing skin

Open reduction

Bone alignment with puncturing skin

Sections of a bone

Proximal epiphysis, diaphysis, and distal epiphysis

Axial skeleton

Center of skeleton so ribs spine head

Appendicular skeleton

Apendages

Clavicle

Collarbone

Scapula

Shoulder blade

Humerus

Upper arm bone

Ulna

Bone in forearm, closes to body

Radius

Bone in forearm away from the body

Metacarpales

Palm of hand

Phalanges

Fingers

Tibia

Bone on the inside of leg

Fibula

Bone on outside of leg

Long bones

Longer than width

Short bones

Little ones in wrists or cubes

Flat bones

Thin in one dimension

Irregular bones

Oddly shaped

Sesamoid bones

Bones form inside tendons

Wormian

Bones imneded in head

Frontal bone

Front of head

Parietal bone

Back of head

Sphenoid bone

Behind head

Temporal bone

Behind ears

Thmoid bone

Eye bone

Lacrimal bone

Top of nose inbetween eyes

Zygomatic

Jaw

Maxilla

Upper jaw

Mandible

Lower jaw

Occipital

Behind head lower side

Pelvic girdle

Pelvis that connects legs wit hips

Spine sections

Cervical 7 (upper)


Thoracic 12 (mid back)


Lumbar 5 (lower back)


Sacral curve


Coccyx

Osteopenia

Low bone density

True ribs

Directly attached to sternum

False ribs

Ribs not attached to sternum

Pectoral girdle

Bones that attach arm to shoulder

3 parts of sternum

Mambrium, body, xiphoid process

Tarsals

Ankle bones

Synovial fluid

Fluid secreted by inner membrane of synovial joint

Bursa

Fluid filled sack between bones and tendons, reduced friction

Synarthrotic

Immovable

Semi movable

Amphiarthrotic

Freely moveable

Synovial

Origin

Remains stationary when organ shortens

Insertions

End that moves during contraction

Orbicularis oculi

Upper eye

Obicular oris

Lips

Sternosleidomastoid

Throat

Gastrocenemius

Calves

Anragonistic

Muscles with opposing pair

T tubles

Carry contractile proteins

Myofibrils

Contain actin and myosin also help with contraction

Sarcomere

Very inner muscle

Sarcoplasmic reticulum

Contains all fibers

Ach

Helps with calcium release and hypertrophy

All or nothing

Muscle contraction basis

Anaerobic patheays

(Step 1) burn glucose to release energy

Krebs cycle

(Step 2) atp production

Electron transport chain

(Step 3) moves atp

Creatine phosphate

Stores atp