Skull bones are joined by
Only structure attached by a freely moveable joint
Protects the brain
Opening in the occipital bone
fibrous membranes connecting the cranial bones
2 bones that form the upper jaw
Lower jaw
Forms bridge of nose
2 cheek bones
Smallest bones in the face.
Curvature where you find the Sacrum
Curvature where you find L1-L5
Curvature where you find T1-T12
Curvature where you find C1-C7
Forms a cage to protect major organs (heart, lungs)
Ribs that connect directly to the sternum
Ribs that attach to the sternum by a common cartilage
Ribs that do not attach to the sternum
Flat, blade-shaped bone
Inferior and smallest portion of sternum
Head and Neck
oral contrast
active bleed
Three Phase
hematuria
Omnipaque
Contrast
Cervical
sagittal
Volumen
coronal
Cardiac
heroes
Isovue
Gantry
Medrad
Scouts
axial
PACS
Team
CTA
most highly evolved structure of the body
convolutions (mountains)
infoldings (valleys)
fissure
divided temporal lobe from frontal and anterior parietal
divides frontal from parietal lobes
predominates in cognition, planning, initiation
speech motor planning
region of parietal sensory reception
site of auditory reception
damage to this area results in difficult with language decoding
receives all auditory information
responsible for receiving visual stimulation and higher level visual processing
tracts running to and from the cortex to the brainstem and spinal column
communication between regions of the same hemisphere
connects frontal lobe gyri to temporal, parietal and occipital lobes
common relay for sensory information relayed through cerebral cortex
involved in background movement and modifies output
controls involuntary activities of viscera
controls voluntary bodily function
transmits information toward soma
transmits information away from soma
fatty wrapping covering the neuron
areas between myelinated segments
long, thin projections at the ends of axons
on soma, usually inhibitory
communicate between neurons
bipolar neuron that activates muscular or glandular responses, usually long myelinated axons
Standard position
Inferior to ribs
Point shoulder
Surface of elbow
Armpit
Arm
Cheek area
Wrist
Cervical
Coxal
Crural
Digital
Femoral
Fibular
Inguinal
chest
arm
wrist
manual
pedal
thigh
eye
breast
armpit
inner elbow
groin
finters or toes
kneecap
ankle
crown of head
base of skull
neck
lateral shoulder
lower back
shoulder blade
head
back of knee
hip
heel
Cover surfaces, body cavities and forms protective sheets around forms protective sheets around organs
skin, only dry membrane
All wet; Line cavities open to environment, respiratory, digestive, urinary, reproductive
Lines internal ventral cavities; Simple squamous tissue sac with serous fluid inside
covers portion of outer wall
covers outside of organs
type of serous membrane; abdominal cavity
type of serous membrane; lungs
type serous membrane; heart
membrane only made of connective tissue
capsule around your joints
A(n) _________ plane of section would produce top and bottom halves.
A(n) __________ plane of section results in a front and back half.
_______________ membranes are formed by a visceral and a parietal layer.
microscopic anatomy
provides a standard frame of reference for directional terms
formed by cells
central compartment of the thoracic cavity
innermost layer of the serous membrane that surrounds the lungs
contains the cranial and vertebral cavities
the serous membrane that surrounds the heart
cellular vesicles that contains digestive enzymes to remove pathogens and worn out organelles
hollow tubes of intracellular proteins that can act as tracks along which organelles move
antebrachial
intermediate
antecubital
superficial
vertebral
popliteal
occipital
calcaneal
umbilical
abdominal
posterior
scapular
olecranl
cephalic
thoracic
pectoral
patellar
inguinal
cervical
brachial
axillary
acromial
proximal
anterior
inferior
superior
plantar
gluteal
sternal
orbital
frontal
fibular
femoral
digital
deltoid
lateral
crural
sacral
lumbar
tarsal
pelvic
mental
carpal
buccal
distal
medial
sural
pubic
nasal
coxal
oral
deep
anatomical position
left hypochondriac
right lumbar
antecubital
epigastric
midsagital
transverse
calcaneal
occipital
olecranal
popliteal
umbilical
vertebral
acromial
axillary
brachial
cephalic
cervical
patellar
scapular
cranial
deltoid
digital
femoral
fibular
frontal
gluteal
orbital
plantar
sagital
section
sternal
ventral
buccal
carpal
crural
dorsal
lumbar
sacral
tarsal
coxal
cross
nasal
pubic
sural
oral