What if it was two sodiums and two potassiums?

We're pumping out three sodium ions for every two potassium ions that we pump in.

When the sodium potassium alloy is used as a coolant in nuclear reactors, is created which makes the coolant radioactive.

We saw it pumps out three sodiums for every two potassiums that it pumps in.

You could imagine if this, instead of triggering a sodium ion channel, if it triggered a potassium ion channel.

The end product of this is we're having sodium being pumped out of the cell and we're having potassium being pumped into the cell, and this is active transport.

Potassium

Sodium

So what that means is, they have a simulation program that says, well, what if the sodium potassium pump, instead of pumping three sodiums out for every two potassium it pumps in, what if it was even?

So you're more likely to have a potassium bump in just the right way to get through this channel and get out than you are to have a sodium be able to go the opposite direction.

Sodium potassium pumps.

So what he's saying is, if you change this from three and two three sodiums for every two potassiums that get pumped in if you change that to 2 2, it actually doesn't change the potential that much.

You have sodium being pumped out.

We're going to have potassium and we're going to have chlorine ions.

It is potassium ions that are getting pumped in.

When the decays, it causes a buildup of magnesium in the coolant.

Treatment Treatment of hypomagnesemia depends on the degree of deficiency and the clinical effects.

And these are individual potassium ions that are flowing through that pore.

We're in the loop of Henle now and you have a sodium potassium pump out here.

What we have here is once again, we're pumping sodium out.

So maybe that will cause a sodium channel to open up.

In practice, the proteins are denatured in a solution containing a detergent (SDS).

Two potassium ions get pumped in for every three sodium ions that get pumped out.

They're nothing but H2O with a trace of sodium chloride.

Potassium chloride provides less potassium than an equal amount of potassium oxide.

So I don't want even thought I drew a K plus, sometimes I said sodium by accident.

I'll be needin' a side o bacon, a sack o' beans, some flour and saleratus.

Diagnosis Hypokalaemia (low blood potassium levels) commonly occurs during attacks levels below 3.0 mmol l are typically encountered.

Maybe you have more sodium on this side than you have on this side, so sodium is more likely to bond here.

Sodium stibogluconate (SSG) alone or in combination with rifampicin is used for the treatment of PKDL for a long course of up to 4 months.

So you have more potassium coming outside because of this permeability than sodium coming inside and that's the main cause of the potential difference between the outside and the inside.

In addition, the Secretariat received a letter from the Government of Argentina, withdrawing its earlier request for consideration of use of bromochloromethane in the production of losartan potassium as a process agent.

So this will cause a sodium channel to open up and then sodium will flow in and then, just like we said before, if we go to the original one, that's like this getting excited, it'll become a little bit positive and then if it's enough positive, it'll electrotonically increase the potential at this point on the axon hillock and then we'll have another neuron in this case, this neuron being stimulated.

When the voltage gets high enough, it's very similar to a sodium gated or a sodium voltage gated channel is that if it becomes positive enough near the gate, it will open up and when it opens up, it allows calcium ions to flood into the cell.