So the bicarb goes outside the cell.

Notice that now you've got bicarb and a proton on this side, and this bicarb is going to make it's way outside.

The next thing is sodium chloride.

Sodium chloride.

They're there, their interesting ability is the ability to sense sodium.

Sodium hydroxide is used in making soaps.

Sodium benzoate is a very common food preservative.

Tom is allergic to monosodium glutamate.

Tom is allergic to MSG.

Beet responds to sodium, and, for maximum yield, needs an adequate supply of both potassium and sodium.

Table salt is composed of sodium and chlorine atoms.

Asian cuisine is often flavoured with monosodium glutamate.

Asian cuisine is often flavoured with MSG.

5 parts by weight of sodium chloride (pure at 99 per cent),

And actually remember when I when I said there's a protonated hemoglobin, there's gotta be some bicarb floating around in the plasma.

Europa receives about 5.40 Sv of radiation per day.

The sulfur may be present as sulfates of sodium, magnesium, calcium, or iron.

So by having bicarb dissolved in the plasma, it is just staying there and waiting it out.

And as soon as those protons are bumped off of the hemoglobin, they go and combine with them and form the CO2.

Mercury's atmosphere is very thin and is composed of helium and sodium.

Inside the cell, the concentration of sodium was lower, and potassium was higher, than outside.

If any of you are chemists in here you probably recall sodium has a great infinity for just about everything.

For our purpose, we are today using pentathol... and later methyl amphetamine.

Well then this little bicarb is going to come back inside and it combines with the proton, and these two form, you guessed it, H2CO3.

It finds an oxyhemoglobin, remember there are millions of the around, and it literally binds to hemoglobin and it boots off the oxygen

These pores are specialized protein channels that are designed to let sodium rush into the nerve.

Dunn, C. L. Freitas, E. R. Hill, E. S. Sheeler, J. E. R., Jr.

The sulfur may be present as sulfates of sodium, magnesium, calcium, or iron.

Reaction of a lead(II) source with sodium cyclopentadienide gives the lead metallocene, plumbocene.

So then it allows a flood of sodium to enter the cell.

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.

And just keep in mind that for every proton that is attached to hemoglobin you have also got a bicarb dissolved in the plasma.

Soils with less than 20 mg lt available Na respond to applications of sodium.

For this reason most methods use a buffering agent, such as sodium phosphate, to control the pH.

Galileo results have also shown magnesium sulfate (MgSO4) and, possibly, sodium sulfate (Na2SO4) on Ganymede's surface.

In the second step, the sodium sulfate is crushed, mixed with charcoal and limestone and again heated in a furnace.

Preparation Adams's catalyst is prepared from chloroplatinic acid H2PtCl6 or ammonium chloroplatinate, (NH4)2PtCl6, by fusion with sodium nitrate.

Fears are swirling that the sodium cyanide could react with rain to produce poisonous hydrogen cyanide gas.

I think the Russian's are trying it.

Luhačovice s natural wealth consists in the cold mineral springs here with their high sodium, calcium, magnesium and carbon dioxide content.

Soils above 40 mg lt Na have shown little or no response in Europe.

The warehouse where the blasts originated was storing 700 tonnes of sodium cyanide, 70 times the legal limit.

Earlier this week, Chinese authorities confirmed that 700 tons of highly poisonous sodium cyanide were stored in the warehouse when the explosions took place on August 12.

About 99 of a mammal's mass is made up of the elements carbon, nitrogen, calcium, sodium, chlorine, potassium, hydrogen, phosphorus, oxygen and sulfur.

In some bacteria and archaea, ATP synthesis is driven by the movement of sodium ions through the cell membrane, rather than the movement of protons.