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117 Cards in this Set

  • Front
  • Back
sagittal plane
vertical plane that splits body into L & R
frontal plane
vertical plane that splits body into front & back
transverse plane
horizontal plane that splits body into superior and inferior parts
oblique section
cut made diagonally between the horizontal and vertical planes
occipital
back of head
sural
calf
crural
leg
olecranal
back of elbow
coxal
hip
otic
ear
cephalic
head
cervical
neck
thoracic
chest
manus
hand
dorsal
back
sternal
middle of chest (sternum)
axillary
armpit
mammary
pectorals
mental
chin
inguinal
groin
acromial
shoulder
antebrachial
forearm
carpal
wrist
pollex
place between wrist & thumb
metacarpal
back of hand
palmar
palm
digital
finger
femoral
thigh
patellar
knee
popliteal
back of knee
fibular or peroneal
outside of calf
pedal
foot
tarsal
ankle
metatarsal
top of foot
calcaneal
heel
plantar
bottom of foot
hallux
big toe
scapular
large portion of back including shoulder blades
lumbar
mid lower back
sacral
just above butt in mid back
gluteal
butt
perineal
between anus & external genitalia
receptor
sensor that monitors the environment and responds to stimuli by sending info to the control center
control center
analyzes info received & determines appropriate response or course of action based on the set point which is the level at which a variable should be maintained
effector
receives the control center's response (output) & feeds back the response to influence the effect of the stimulus
negative feedback
a loop that reduces or stops the effect of a stimulus
positive feedback
a loop that increases the effect of a stimulus until it is no longer needed
necessary life functions
digestion, responsiveness, reproduction, excretion, movement, metabolism, maintenance of boundaries, & growth
organ systems
Urinary, Reproductive, Digestive, Respiratory, Endocrine, Muscular, Integumentary, Nervous, Cardiovascular, Lymphatic, Skeletal
principle of complementarity of structure and function
the structure of a part determines what it will be able to do (its function)
Basic types of tissue
epithelium, muscular, connective & nervous
mediastinum
the cavity which houses the pericardial cavity
pericardial cavity
houses the heart
serous (serosa) membrane
thin, double-layered membrane that covers the outer surfaces of the organs
parietal serosa
lines body cavities
visceral serosa
covers organs
Upper Right 9th of abdominopelvic cavity
Right hypochondriac region
Upper center 9th of abdominopelvic cavity
epigastric region
Upper left 9th of abdominopelvic cavity
left hypochondriac region
middle right 9th of abdominopelvic cavity
right lumbar region
middle center 9th of abdominopelvic cavity
umbilical region
middle left 9th of abdominopelvic cavity
left lumbar region
lower right 9th of abdominopelvic cavity
right iliac or inguinal region
lower center 9th of abdominopelvic cavity
hypogastric region
lower left 9th of abdominopelvic cavity
left iliac or inguinal region
synovial cavities
joint cavities
MRI
produces images of our soft tissues
PET
excels in observing the metabolic process
CT
refined version of Xray that clarifies confusion caused before by overlapping structures
metabolism
all chemical reactions occurring in the body
order of structural organization
chemical, cellular, tissue, organ, organ systems, organism
chemical energy
energy stored in the bonds of chemical substances
electrical energy
energy that results from the movement of charged particles
mechanical energy
energy directly involved in moving matter
radiant/electromagnetic energy
energy that travels in waves`
radioisotopes
radioactive atoms (of an element)
mixtures
substances with 2+ components physically intermixed
solutions
homogenous mixtures of components
solvent
the dissolving medium
solute
substance present in smaller amounts
colloid
heterogenous mixtures; nonuniform mixtures but the solute does not settle out
suspension
heterogenous mixtures in which the solute particles are very large and they do settle out
ionic bond
a bond formed when atoms transfer electrons from one to another
covalent bond
a bond formed when atoms share electrons
dipole
a molecule that is electrically unbalanced & thus non symmetrical
anabolic
constructive activities
cations
electrically charged particles that have lost an electron
anions
electrically charged particles that have gained an electron
oxidized
electron donors
reduced
electron acceptors
exergonic rxns
rxns that release energy
endergonic rxns
rxns that absorb energy
alkaline
more basic
neutralization rxn
when an acid & a base react to give off water as a product & salt as the other product
types of carbohydrates
monosaccharides, disaccharides, polysaccharides (sugars)
types of lipids
triglycerides, phospholipids, steroids (including cholesterol), eicosanoids (including prostaglandins)
types of proteins
amino acids, peptide bonds, fibrous & globular
functions of proteins
structural framework, mechanical support, movement, catalysis, transport, regulation of pH & metabolism, body defense & protein management
components of a nucleotide
N-containing base, pentose sugar, & phosphate group
characterize weak acids
ionize incompletely in water, act as part of a buffer system, ionize at high pH
characterize strong acids
ionize completely in water, always act to change pH in water, ionize at any pH
CH2O
carbohydrate
building block of carbohydrates
monosaccarides
building blocks of lipids
fatty acids & glycerol
building blocks of proteins
amino acids
Contains C, H, O, N and sometimes P & S
proteins
contains C H & O, but less O than a 1:2:1 ratio
lipids
name 4 types of lipids
phospholipids, triglycerides, steroids & eicosanoids
building blocks of nucleic acids
nucleotides
what does adenine pair with
thymine & uracil
the universal currency of living cells
ATP
section of DNA & its 8 histone proteins
nucleosome
what lines the digestive tract
simple columnar epithelial tissue
what lines the interior of blood vessels
simple squamous epithelial tissue
which type of tissue is in bone marrow, the spleen & lymph nodes
reticular connective tissue
what lines the urinary bladder
transitional epithelial tissue
what type of tissue are goblet cells
simple columnar epithelial