Solute concentration in normal plasma, uremic plasma & dialysate

I think this has a lot to do with diffusion of solutes of high concentration to low concentration. Right now, in my body and yours, the solute levels look like the first column "Normal Plasma". In an abnormal person, we look at column two "Uremic Plasma". The amount of potassium will obviously be higher in uermic plasma especially after a meal or something [and remember they don't have the kidney power to filter potassium and other minerals] so in order to decrease that amount, we need a hypotonic solution in the dialysate so that the potassium moves out of your blood (from high concentration) to the dialysate (lower concentration). Bicarbonate is used as a buffer in your blood to balance the acidity. The acidity in your blood increases every time you respire because of CO2 being produced by your active cells and being dumped into your blood, making it turn into carbonic acid. To counter this, we have more bicarbonate in the dialysate so it can flow into your blood and reduce the acidity. The glucose levels are the same when compared to normal plasma so the level of dialysate isn't that important in this case, especially since we receive dietary glucose with nearly every meal. Finally, we have to get rid of the waste product "Urea" so that's why there isn't any in the dialysate because it is a waste product and we need it to defuse out of our blood completely.

Hope this explanation helps.

Yes it helped! Thank you

Solved?

yes & oh sorry i forgot to mark it