Medial
Axial
Appendicular
Frontal
Sagittal
7,5
5,5
4,4
4,5
5,4
Scapulae and clavicles
Coxal bones and femurs
Ribs and Sternum
Sacrum and coccyx
Coxal bones
Coracoid process
Acromion process
Glenoid cavity
Coronoid process
None of the above; a-d are all parts of the scapula
Maxilla or mandible
Any of the ribs
Sternum
Metacarpals or metatarsals
Sphenoid or ethmoid bone
Ethmoid bone and vomer bone
Palatine bone and mandible
Ethmoid bone and sphenoid
Maxilla and palatine bone
Palatine bone and nasal bone
Sphenoid; zygomatic
Sphenoid; ethmoid
Frontal; Maxillary
Maxillary; mandibular
Lacrimal; zygomatic
Elbow; knee
Hip; ankle
Shoulder; hip
Knee; elbow
Shoulder; elbow
It forms part of the zygomatic arch
It forms part of the eye orbit
It holds the pituitary gland at the base of the skull
It forms part of the external auditory meatus
It forms part of the nasal septum
With transverse foramina
Without transverse processes
That do not have true vertebral bodies
That have no rib facets
That do not have spinous processes
Lateral epicondyle
Lesser trochanter
Medial condyle
Linea aspera
Greater trochanter
An opening in the spinous process of a vertebra
A depression below the scapular spine
The passageway through the vertebral column, formed by all of the vertebral foramina
A long projection off of the posterior side of a vertebra
A pointed projetion at the bottom of the C1 vertebra
Osteoblast
Chrondrocyte
Osteocyte
Osteoprogenitor Cell
Osteoclast
Carpals
Patella
Parietal bones
Scapula
Tarsals
Spongy bone make up flat bones and the expanded ends of long bones
Spongy bone consists of osteons, while compact bone contains trabeculae
Compact bone makes up most of the shafts of long bones
Bone tissue heals well, due to its extensive blood supply
There is no false statement above; a-d are all true of bone tissue
Endochondral ossification is the more common method of bone formation
Long bones usually develop by this method during fetal development
Healing bones usually use this method of bone formation
It involves bone formation between sheets of primitive connective tissue
There is no false statement above; a-d are all true of endochondral ossification
Epiphyseal disk; diaphysis
Periosteum; epiphysis
Diaphysis; endosteum
Metaphysis; epiphyseal disk
Epiphysis; periosteum
They accelerate deposition of calcium salts
They accelerate the ossification of the epiphyseal disks
They stimulate protein synthesis, one of which is collagen
They increase the metabolic rate in all cells
They cause hypertrophy of hte long bones, increading their length and width
Taking papathyroid hormone supplements
Getting some sunshine daily
Drinking plenty of milk
Taking vitamin D supplements
All of the above are true
Greenstick
Epipyseal disks
Segmental
Fissured
Nondisplaced
Slight bending of bones during exercise will weaken bones, and cause them to atrophy
The higher the blood level of growth hormone, the longer the bones will be, and the taller the person will be
The longer it takes for the epiphyseal disk to ossify, the longer the bone will be
The better nutrition a person has, the more calcium will be depositied in the bones, and the stronger the bones will be
A bone grows and remodels in response to the physical stresses place on it; therefore, varied exercise will lead to strong, heavy bones
The maintenance of a stable internal enviroment in the body
The formation of a blood clot in the site of a bone injury
The process of bone formation, between sheets or layers of primitive tissue
Blood cell formation
A disease of the bones, in which blood cell production greatly decreases, and the body becomes deficient in O2 and nutrients