ergogenic22decreased K+ (from increased RAAS due to volume loss) and decreased Cl- (loss of HCl from the stomach), Alkalosis from loss of HCl and thus high bicarb.
For this reason high to mid range K is wrong+32019-06-03T03:38:32Z
sbryant6Wouldn't increased RAAS lead to increased Na+? The answer shows decreased Na+.+12019-06-23T07:24:12Z
sbryant6Also, remember Bulimia Nervosa is associated with hypokalemia.+2019-06-23T07:26:43Z
sugaplumso the range they gave for K is 3-6? so 3.2 is WNL then?
or are we just operating on "it is on the lower end of normal in peds"+12019-06-24T18:21:35Z
dbgsodium levels in pyloric stenosis vary, nothing really classic, can be high as in this case simply due to hydration, can low in other cases if aldosterone managed to reverse that to the other extreme +2019-07-20T01:37:28Z
sympathetikeyK+ shouldn't increase. It's moving into cells due to metabolic alkalosis.+2019-05-31T22:18:11Z
home_run_ballIn the parietal cell of the stomach
Hydrogen ions are formed from the dissociation of carbonic acid. Water is a very minor source of hydrogen ions in comparison to carbonic acid. Carbonic acid is formed from carbon dioxide and water by carbonic anhydrase.
The bicarbonate ion (HCO3−) is exchanged for a chloride ion (Cl−) on the basal side of the cell and the bicarbonate diffuses into the venous blood, leading to an alkaline tide phenomenon.+2019-06-01T02:41:10Z
ergogenic22RAAS increases from volume loss, and thus more aldosterone leads to low K++2019-06-03T03:39:17Z
sinforslideThree reasons for hypokalemia.
First, some K+ is lost in gastric fluids.
Second, H+ shifts out of cells and K+ shifts into cells in metabolic alkalosis.
Third, ECF volume contraction has caused increased secretion of aldosterone.+22019-06-08T02:43:01Z
thefoggymistNevermind, I think I got it. Beta intercalated cells cannot function and excrete bicarb because we don't have chloride. Yea apparently I was exhausted.+2019-07-10T10:36:20Z
for every thousand thrashing at the branches of evil there is one hacking at root