|
Author
|
Message
|
munnacanada
Credits:
5027
My Scrapbook
|
MCCEQ1 question
|
10.16.07 (1 year ago)
#1
|
|
Hyperkalemia is reduced by each of the following except:
1 administration of calcium gluconate IV
2 Administration of Glucose, Insulin and sodium bicarbonate IV
3 Oral administration of potassium exchange resins with sorbitol
4 Hemodialysis with low potassium dialysate
Can anyone tell me the answer?.The answer at the ed of the quesion book is contrary to what i thought.Tha's why I am asking to confirm
Thanks
Munnacanada
|
|
|
Post Options:
Add to favourite
.
Tell a friend
.
|
|
Back to top
|
|
|
ieva
Credits:
3579
My Scrapbook
|
|
10.16.07 (1 year ago)
#2
|
|
Hyperkalemia is reduced by each of the following except:
1 administration of calcium gluconate IV
2 Administration of Glucose, Insulin and sodium bicarbonate IV
3 Oral administration of potassium exchange resins with sorbitol
4 Hemodialysis with low potassium dialysate *****
Actually also hemodialysis is also used in the patients with renal failure BUT i haven't read about low potassium dialysate. I think they use plain hemo- or peritoneal dialysis.
What was the answer given in the book?
|
|
|
Post Options:
Add to favourite
.
Tell a friend
.
|
|
Back to top
|
|
munnacanada
Credits:
5027
My Scrapbook
|
|
10.17.07 (1 year ago)
#3
|
|
Thanks for the answer, I thought it was that too
But can u believe it-the answer was 1-calcium gluconate, which i believe is absolutely wrong.
|
|
|
Post Options:
Add to favourite
.
Tell a friend
.
|
|
Back to top
|
|
ieva
Credits:
3579
My Scrapbook
|
|
10.17.07 (1 year ago)
#4
|
|
But that is wrong!
If you read Harrison's Internal Medicine, the Ca-gluconate is the first choice treatment of hyperkaliemia!
Probably that was error.
|
|
|
Post Options:
Add to favourite
.
Tell a friend
.
|
|
Back to top
|
|
bomdel
Credits:
1780
My Scrapbook
|
|
10.17.07 (1 year ago)
#5
|
|
administration of calcium gluconate IV is correct answer.
All are treatment of Hyperkalemia, But except ca+ all lower K, ca+ act as antagonist to low K.
|
|
|
Post Options:
Add to favourite
.
Tell a friend
.
|
|
Back to top
|
|
ieva
Credits:
3579
My Scrapbook
|
|
10.17.07 (1 year ago)
#6
|
|
You are right!
Ca reduces K effects to cell membranes, not lowers K.
I didn`t pay enough attention.
|
|
|
Post Options:
Add to favourite
.
Tell a friend
.
|
|
Back to top
|
|
drsahar
Credits:
2137
My Scrapbook
|
|
10.18.07 (1 year ago)
#7
|
|
|
Ca gluconate is the right answer coz all the others reduce K+ except Ca gluconate..Ca acts on the Heart ..it is given in hyperK+
|
|
|
Post Options:
Add to favourite
.
Tell a friend
.
|
|
Back to top
|
|
drsahar
Credits:
2137
My Scrapbook
|
|
10.18.07 (1 year ago)
#8
|
|
|
In hyperkalemia, calcium gluconate may aid in antagonizing the cardiac toxicity provided the patient is not receiving digitalis therapy.
|
|
|
Post Options:
Add to favourite
.
Tell a friend
.
|
|
Back to top
|
|
munnacanada
Credits:
5027
My Scrapbook
|
|
10.19.07 (1 year ago)
#9
|
|
|
gr8 answers, thanks
|
|
|
Post Options:
Add to favourite
.
Tell a friend
.
|
|
Back to top
|
|
mikejonathan20055
Credits:
3355
My Scrapbook
|
|
03.14.08 (8 months ago)
#10
|
|
Hyperkalemia is reduced by each of the following except:
1 administration of calcium gluconate IV----------- is to counteract and protect the Heart not to decrese the K+
2 Administration of Glucose, Insulin and sodium bicarbonate IV
3 Oral administration of potassium exchange resins with sorbitol
4 Hemodialysis with low potassium dialysate
Toronto Note 2007
|
|
|
Post Options:
Add to favourite
.
Tell a friend
.
|
|
Back to top
|
|