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89 Cards in this Set

  • Front
  • Back
cytology
analyzes the internal structure of cells, which are the smallest unit of life
histology
examines tissues
gross or macroscopic anatomy
large structure visible to the unaided eye
surface anatomy
superficial anatomical landmarks
regional anatomy
focuses on all the external and internal structures of a given region; anatomical dissection takes this approach
systemic anatomy
stresses the structure of the major systems of the human body; intro courses b/c organizes structural and functional relationships
developmental anatomy
changes in form that occur between conception and physical maturity
embryology
study of embryonic development
comparative anatomy
anatomical organization of different types of animals
clinical anatomy
anatomical features that may undergo recognizable pathological changes during illness
surgical antomy
anatomical landmarks important for surgical procedures
radiographic anatomy
anatomical structures as visualized by s-rays, ultrasounds
cross-sectional anatomy
new as new advances like CT and spiral scans
chemical or molecular level
atoms are minute particles that interact to form molecules or compounds with distinctive properties
cellular level
molcules arranged into small functional units called organelles which make up the internal structure of cells
tissue level
tissue formed by aggregations of specialized cells that perform specific functions
organ level
an organ is an aggregate of tissues integrated to perform a particular function
system level
body sytem consists of various organs that have similar functions
organism level
organism reflects the interactions of various organ systems
homeostasis
goal; maintenance of a relatively constant internal enviornment suitable for survival of body cells and tissues
responsiveness/ irritability
respond to changes in immediate environment
adaptability
capacity to make adjustments
growth and differentiation
individual cells become specialized to perform particular functions
reproduction
create subsequent generations of own kind
movement
capable of producing internal or external movement
metabolism
all chemical operations under way in body
catabolism
breakdown complex molecules
anabolism
synthesis of complex molecules
absorption
materials from environment
respiration
absorption, transport, and use of oxygen by cells
excretion
removal of generated unneeded waste
integumentary system
protection from environmental hazards; temperature control
skeletal system
support, protection of soft tissues; mineral storage; blood formation
anatomical position
stand face forward with legs together, feet flat on floor, hands at sides, palms face forward
supine
lying down face up in anatomical position
prone
lying down face down in anatomical position
right and left
in reference to the subject not observer
cephalon
head
cervicis
neck
thoracis
chest
brachium
arm
antebrachium
forearm
carpus
wrist
manus
manual
abdomen
abdomen
pelvis
pelvis
pubis
anterior pelvis
inguen
groin
lumbus
lower back
gluteus
butt
femur
thigh
patella
kneecap
crus
leg, knee to ankle
sura
calf
tarsus
ankle
pes
foot
planta
sole of foot
abdominal quadrants
clinicians use, use naval to make 4 lines
abdominopelvic regions
anatomists use more precise regional distinctions, 9 regions
superior
above, at higher level
inferior
below, at lower level
cranial
toward head
caudal
toward tail
anterior or ventral
toward the front
posterior or dorsal
toward back
proximal
toward attached base
distal
away from attached base
medial
toward midline
lateral
away from midline
frontal or coronal plane
divides body into anterior and posterior sections
sagittal
divides body into right and left (midsagittal) sections
transverse
divides the body into superior and inferior (cross) sections
body cavities
protect delicate organs and allow for significant changes in size and shape of body organs without disturbing the function of surroundings
viscera
internal organs that project into moist internal chambers
mediastinum
contains trachea, esophagus, and major vessels; seperates pleural cavities; contains pericardial cavity
pericardial cavity
surrounds heart
visceral
layer covering heart
parietal
opposing surface covering heart
mesenteries
double sheets of peritoneum suspend peritoneal cavity organs to provide support and stability and limited movement
ventral body cavity (coelom)
provides protection, allows organ movement, lining prevents friction, separated by diaphragm into thoracic and abdominopelvic cavities
thoracic cavity
surrounded by chest wall and diaphragm, subdivided into pleural cavities and medistinum
pleural cavities
surround lung
abdominopelvic cavity
contains peritoneal cavity, abdominal cavity, and pelvic cavity
abdomnial cavity
contains many digestive glands and organs
pelvic cavity
contains urinary bladder, reproductive organs, last portion of digestive tract
dorsal body cavity
holds brain and spinal cord
disease
failure to maintain homeostatic condtions
symptom
subjective evidence of a disease - can only be evaluated or measured by the patient
sign
objective evidence of a disease - can bee evaluated or measured by someone other than the patient