When the body temperature drop

Anonymous
timer Asked: Feb 24th, 2016

Question description

When the body temperature drops, this has the effect of reducing the potential across the axonal membrane slightly. At a body temperature of 30°C, the potential difference experimentally measured concentration of Na+ ions inside the lipid bilayer is 10^18 NA+ ions/cm^3. a) Compute the concentration of Na+ ions outside the lipid bilayer using only physical principles. b) If on the other hand the experimentally measured concentration of Na+ ions outside the lipid bilayer turns out to be 1,6x10^19 Na+ ions/cm^3 in healthy neutrons what can you conclude is happening from a physiological point of view?  c) What could physiologically explain why this value of 1,6x10^19 Na+ ions/cm^3 is not maintained in state of disease?  d) What are some clinical consequences to the individual of the failure to maintain this normal outside concentration? 

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