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82 Cards in this Set

  • Front
  • Back
Anatomy VS.
Physiology
-anatomy is the study of the structure of body structures and their placement
-physiology is the study of the function of body systems
Herophilis
-first scientist to dissect both human and animal bodies
Pelops
-taught anatomy to Galen
-taught that nerves arteries and veins all arise from the brain
Galen
-Prince of Physicians
-influenced by herophilis
-"human organs were so well constructed...form and structure of all organs were justified by their destiny
Vesalius
-reformer of anatomy
-promoted idea of living anatomy
-parts of body must fit into system
-wrote de humani corpus(the human body)
-started putting anatomical words in latin
-started actually looking at patients
-started drawing what he saw
-dissected criminals that were executed by a judge
-hired artists to draw
Murder Act of 1752
-only executed criminal bodies could be used for research
Anatomy Act of 1832
-non-criminal bodies could be used for research
Gray's anatomy
Gray
-died of smallpox from studying his dying nephew
-his work was continued by others
-the most recent edition of his work was published in 2004
cytology
study of the cell
histology
study of tissues formed by cells and cell products
embryology
study of the origin and development of an organism from fertilization of the oocyte till birth
developmental anatomy
structural changed in body between conception and maturation
pathologic anatomy
characteristic changes that occur during illness
Radiographic anatomy
anatomical structures or features observed by non-invasive procedures, such as ultrasound or x-ray
regional anatomy
gross anatomy of all structures, external and internal, in one region of the body
surface anatomy
superficial anatomical markings and gross anatomy of internal structures relative to overlying skin surface
surgical anatomy
anatomical landmarks used prior to surgery
systemic anatomy
gross anatomy of all the components of an organ system
microscopic anatomy
strutures that cannot be observed by the unaided eye
macroscopic/gross anatomy
structure and realtionships of large body parts that are visible to the unaided eye
organization
complex structure and order
metabolism
-various chemical reactions
-breaking down injested nutrients
-breaking down injested nutrients into digestible particles
-using cells own energy to perform certain functions
-contracting and relaxing muscles to move the body
-injesting nutrients and expelling wastes
growth and development
-assimilate materials from their environment and exhibit increased size and increased specialization related to changes in form and function
responsiveness
sense and response to changes externally and internally
regulation
homeostasis
Reproduction
-producing new cells for growth and maintenance and repair
-producing sex cells(gametes) that have the ability to be a new organism
manubrium
Latin for handle
superior portion of the chest bones
gladiolus
latin for gladiators sword
middle portion of the chest bones
xiphoid
greek for sword shaped
inferior portion of the chest bones
Anatomical position
upright, feet parallel, & flat on the floor, head level, eyes looki forward, arms either side, palms forward
section
actual cut/slice
plane
imaginary flat surface passing through the body
coronal/frontal plane
vertical plane that devides body into anterior (front) and posterior (back) parts
transverse plane/cross sectional plane/ horizontal plane
cuts perpendicularly along the long axis
cuts body into superior (upper) and inferior (lower) parts
computed tomography (ct) scans provide transverse secion images of the body for study
sagittal/ median plane
-extends thought the body vertically and divides the structure into right and left halves
midsaggittal plane
through the body's midline
parasagittal plane
parallel to the midsagittal on the right or left
oblique plane
passes through the speciman at an angle
anterior
in front of; toward the front surface
posterior
in back of; toward the back surface
dorsal
at the back side of the human body
ventral
at the belly side of the human body
superior
toward the head or above
inferior
toward the feet or below
caudal
at the rear or tail end
cranial
at the head end
medial
toward the midline
lateral
away from the midline
deep
on the inside, underneath another structure
superficial
on the outside
characteristics of living things
organization, metabolism, growth and development, responsiveness, regulation, reproduction
regional anatomy
includes axial and appendicular regions
axial region
head, neck, and trunk, forms the main vertical axis of our body
appendicular region
limbs and appendages that attach to body axis
cranial cavity
formed by cranium and houses brain
vertebral canal
formed by individual bones of vertebral column and contains spinal cord
another name for head
caput
another name for neck
cervical region
other cavities in the head
middle ear, oral, nasal, and orbital
proximal
closest to point of attachment to trunk
distal
furthest from point of attachment to trunk
shoulder
deltoid
upper arm
brachium
forearm
antebrachium (ante- before, be-"fore" the upper arm.)
hand
manus
front of elbow
antecubital fossa (used for removing venous blood, or injecting medications) "a" for anterior- toward the front
back of elbow
olecranal region ("o" the bone hurts when you hit it on something)
mediastinum
contains the heart, thymus, esophogus, trachea, and several major blood vessels that connect with the heart
Pericardium
two layered serous membrane that encloses the heart
parietal pericardium
outermost serous layer and its associated fibrous layer
visceral pericardium (epicardium)
external surface of the heart
pericardial cavity
potential space between the parietal and visceral pericardia
pleura
two layered serous membrane -lines the lungs which are contained on the right and left sides of the thoracic cavity
parietal pleura
outer layer of the pleural serous membrane- firmly attached to the chest wall and superior surface of the diaphram
visceral pleura
external surface of the lungs
pleural cavity
narrow moist potential space between the pleurae containing lubricating serous fluid
peritoneum
moist two layered serous membrane that lines the abdominopelvic calvity
parietal peritoneum
contained inside the peritoneum- lines the internal walls of the abdominopelvic cavity
visceral peritoneum
contained inside the peritoneum- ensheathes the external surface of most digestive organs
peritoneal cavity
potential space between the parietal and visceral peritoneums that contains lubricating serous fluid- smaller enclosure within the abdominopevic cavity- some things are in the abdominopelvic cavity but not in the peritoneal cavity
peritoneal lavage
diagnostic test in which a rinse solution is inserted and then removed form the peritioneal cavity to detect traumatic damage
mucous membranes line the...
respiratory tract, digestive tract, urinary tract, reproductive system