Part 4

Question 1

Ach in sympathetic NS
creatine phosphate
creatine
excitatory neurotransmitter
high/low [glucose]
hormone list and characteristics
Ca2+ ions
action potential
alkaline phosphatase
alpha and beta receptors
apoferritin
apotransferrin
ATPase site
calcium and bone
carrier phosphorylation
cholecalciferol
Cl- ions
core temperature
crossbridge
crossbridge cycling
cyclic AMP
decrease in MP
dehydrocholesterol
diffusible water
divergence
ECF
ECM receptor
end-plate potential
energy for working muscles
energy for resting muscle
epiphyseal disc (plate)
excitable membrane
excitation-contraction
coupling
exposure to cold
fatty acids
ferritin
gap junctions
gene activation
glucose
graded potential
granular leukocyte
growth plate
hydrolysis of ATP
hydrophilic ECM
hydrophobic ECM
hypothalamus
increase in MP
IPSE
K+ ions
keratinocyte
ligand
membrane carrier
mitochondria
MP development
muscarinic receptor
neurotransmitter release
neurotransmitters in ANS
nicotinic receptor
phosphate
platelet factor
polarity
reaction
receptors in the ANS
recipient blood factors
repolarization
resting membrane potential
reticulocyte
reversal of polarity
second messenger system
series elastic components
shivering
signal integration
skeletal myofiber
slow oxidative fibers
spatial summation
SR
sweat glands
swelling of cells
tactile receptors
terminal cisterna
thick (myo)filament
thin (myo)filament
tissue factor
tissue thromboplastin
titin
transferrin
type I receptor
type II receptor
urochrome
UV radiation
vasoconstriction in skin
vasodilation in skin
vitamin D
vitamin D3
Z dis