Skip to main content
. 2020 Jun 29;7(5):2042–2050. doi: 10.1002/ehf2.12834

Table 3.

Main results for clinical hypokalaemia or hyperkalaemia management approaches (n = 500); open‐ended questions regarding chronic kidney disease or heart failure patients (in the absence of details regarding current medication)

Potassium management Hyperkalaemia Hypokalaemia
Second blood test for confirmation *** 282 (56.4%)
Dietary measures****** 23 (4.6%) 15 (3.0%)
Clinical examination****** 208 (41.6%) 132 (26.4%)
CKD patients* HF patients** CKD patients* HF patients**
Biological monitoring as the only intervention 36 (7.2%) 36 (7.2%) 25 (5.0%) 21 (4.2%)
Aetiology search 142 (28.4%) 193 (38.6%) 232 (46.4%) 238 (47.6%)
Potassium‐modifying drug reduction or discontinuation 71 (14.2%) 126 (25.2%) 140 (28.0%) 156 (31.2%)
Add or increase SPS 325 (65.0%) 255 (51.0%) Add or increase K + supplement 334 (66.8%) 368 (73.6%)
Add or increase loop diuretic 7 (1.4%) 49 (9.8%) Add or increase MRAs 7 (1.4%) 20 (4.0%)
Seek advice from a cardiologist 8 (1.6%) 135 (27.0%) 14 (2.8%) 103 (20.6%)
Seek advice from a nephrologist 181 (36.2%) 22 (4.4%) 142 (28.4%) 18 (3.6%)
Referral to ED or hospitalization 30 (6.0%) 64 (12.8%) 23 (4.6%) 30 (6.0%)

CKD, chronic kidney disease; ED, emergency department; HF, heart failure; MRAs, mineralocorticoid receptor antagonists; SPS, sodium polystyrene sulfonate.

Legend: Corresponding questions:

*

Question 2.1. In the presence of hyperkalaemia/hypokalaemia at levels defined from (Question 1.2 to Question 1.4) in a patient with CKD, what is your approach?

**

Question 2.2. And if this patient has HF, what is your approach?

***

Data extracted from open‐ended Questions 2.1 and 2.2 considered together.