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Physiology & Medicine / Re: Are we able to fuse membrane proteins to any cell with selectivity?
« on: 10/08/2019 12:42:59 »
@chris any input?
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What does 1M mean in this?goes to 1M when time = 1 hour.
In general, reaction rates are not a straight line.
In a closed container, as the reactants become more dilute, the reaction rates decline.
A negative-exponential rate is more realistic.
If you stir a solid in water to make a solution then that solution will be stable (at least as long as the temperature doesn't change)
is there a specific ultrasound frequency that results in specific molecules...No
You choose a frequency where the "loudspeaker" and the of liquid flask resonate.
Re.
"Are we able to fuse membrane proteins to any cell with selectivity?"
Probably the most accurate answer I could give is "I don't know"
My best guess is that the answer is "no".
However, it's not my field and I may be mistaken, in which case the answer is "yes".
Would any of those answers (and those are the only 3 plausible ones) actually help you very much?
yesOn a microscopic scale, "temperature" is not as well defined as you think.
Are you implying that 5,000K temperatures are generated by ultrasound microscopically and macroscopically the solution remains at room temperature?
interstitial space of the lungs
ยปPerhaps I should rephrase the question then.
On a microscopic scale, "temperature" is not as well defined as you think.