SEAL @218 (75.0%) on 11-mar-2011 [ 12 ] using potassium
CPL @1113 (71.1%) on 02-aug-2018 [ "same period patient was treated with _" "patient was treated with _" "period patient was treated with _" ] using potassium
CPL @1094 (100.0%) on 01-jan-2018 [ "arg2 such as zinc and arg1" "arg2 and electrolytes such as arg1" "arg2 like magnesium and arg1" "arg2 like zinc and arg1" "arg2 like sulphur and arg1" "arg2 and trace elements such as arg1" "arg2 such as copper and arg1" "arg2 including calcium and arg1" "arg2 including magnesium and arg1" "arg2 such as Zinc and arg1" "arg2 such as calcium and arg1" "arg2 selenium and arg1" "arg2 like calcium and arg1" "arg2 such as iodine and arg1" "arg2 like copper and arg1" "arg2 such as selenium and arg1" "arg2 such as manganese and arg1" ] using (potassium, minerals)
CPL @1096 (100.0%) on 18-jan-2018 [ "arg1 chloride is dissolved in arg2" "arg1 to the irrigating arg2" "arg1 salts are soluble in arg2" "arg1 chloride dissolves in arg2" "arg1 intake from drinking arg2" "arg1 concentrations in drinking arg2" "arg1 sulphide and arg2" "arg1 levels in drinking arg2" "arg1 is present in drinking arg2" "arg1 hydroxide arg2" "arg1 hydroxide is added to arg2" "arg1 permanganate arg2" "arg1 carbonate is added to arg2" "arg1 ion from arg2" "arg1 chloride dissolved in arg2" "arg1 metal reacts with arg2" "arg1 ions are released into arg2" ] using (potassium, water)
CPL @1104 (100.0%) on 18-mar-2018 [ "arg1 and vegetables contain more arg2" "arg1 and veggies high in arg2" "arg1 and vegetables rich in arg2" "arg1 and vegetables and high in arg2" "arg1 are especially good sources of arg2" "arg1 and vegetables carry arg2" "arg1 and vegetables contain arg2" "arg1 and vegetables are high in arg2" "arg1 and vegetables contain the most arg2" "arg1 and vegetables that contain arg2" "arg1 and vegetables are loaded with arg2" "arg1 and vegetables as they contain arg2" "arg1 and vegetables have a high arg2" "arg1 and vegetables are rich in arg2" "arg1 riche in arg2" "arg1 and vegetables with lots of arg2" "arg1 and vegetables high in arg2" "arg1 and vegetables also contain arg2" "arg1 and vegetables to increase arg2" "arg1 are abundant sources of arg2" ] using (fruits, potassium)
CPL @1094 (100.0%) on 01-jan-2018 [ "arg1 has about DDD mg of arg2" "arg1 contains approximately DDD mg of arg2" "arg1 has DDD milligrams of arg2" "arg1 supplies DDD mg of arg2" "arg1 contains about DDD milligrams of arg2" "arg1 has DDD mg arg2" "arg1 fruit is rich in arg2" "arg1 provides DDD mg of arg2" "arg1 has DDD mg of arg2" "arg1 contains about DDD mg of arg2" "arg1 has about DDD milligrams of arg2" "arg1 contains DDD mg of arg2" "arg1 contains approximately DDD milligrams of arg2" ] using (banana, potassium)
CPL @1094 (99.8%) on 01-jan-2018 [ "arg2 rich food like arg1" "arg2 intake by eating arg1" "arg2 and vitamin C than arg1" "arg2 per ounce than arg1" "arg2 containing foods such as arg1" "arg2 rich foods like arg1" "arg2 intake is to eat arg1" "arg2 rich foods such as arg1" "arg2 per serving than arg1" ] using (bananas, potassium)
CPL @1103 (93.8%) on 06-mar-2018 [ "arg1 leaves are rich in arg2" "arg1 leaves also contain arg2" "arg1 leaves contain arg2" "arg1 is a natural source of arg2" ] using (dandelion, potassium)
CPL @1094 (93.8%) on 01-jan-2018 [ "arg1 contains approximately DDD mg of arg2" "arg1 has DDD mg of arg2" "arg1 provides DDD mg of arg2" "arg1 has twice the amount of arg2" ] using (avocado, potassium)
NELL has only weak evidence for items listed in grey
CPL @1097 (87.5%) on 19-jan-2018 [ "arg2 such as calcium and arg1" "arg2 like calcium and arg1" "arg2 such as hydrogen or arg1" ] using (potassium, ions)
OE @820 (94.7%) on 06-mar-2014 [ ] using (water, potassium)
CPL @1104 (99.2%) on 18-mar-2018 [ "arg2 to the irrigating arg1" "arg2 are readily soluble in arg1" "arg2 hydroxide in arg1" "arg2 in drinking arg1" "arg2 chloride dissolves in arg1" "arg2 reacts violently with arg1" "arg2 react violently with arg1" ] using (water, potassium)
CPL @1104 (87.5%) on 18-mar-2018 [ "arg2 than a glass of arg1" "arg2 is found in fresh arg1" "arg2 rich foods like arg1" ] using (orange_juice, potassium)
CPL @1094 (100.0%) on 01-jan-2018 [ "arg2 such as zinc and arg1" "arg2 and electrolytes such as arg1" "arg2 like magnesium and arg1" "arg2 like zinc and arg1" "arg2 like sulphur and arg1" "arg2 and trace elements such as arg1" "arg2 such as copper and arg1" "arg2 including calcium and arg1" "arg2 including magnesium and arg1" "arg2 such as Zinc and arg1" "arg2 such as calcium and arg1" "arg2 selenium and arg1" "arg2 like calcium and arg1" "arg2 such as iodine and arg1" "arg2 like copper and arg1" "arg2 such as selenium and arg1" "arg2 such as manganese and arg1" ] using (potassium, minerals)
CPL @1096 (100.0%) on 18-jan-2018 [ "arg1 chloride is dissolved in arg2" "arg1 to the irrigating arg2" "arg1 salts are soluble in arg2" "arg1 chloride dissolves in arg2" "arg1 intake from drinking arg2" "arg1 concentrations in drinking arg2" "arg1 sulphide and arg2" "arg1 levels in drinking arg2" "arg1 is present in drinking arg2" "arg1 hydroxide arg2" "arg1 hydroxide is added to arg2" "arg1 permanganate arg2" "arg1 carbonate is added to arg2" "arg1 ion from arg2" "arg1 chloride dissolved in arg2" "arg1 metal reacts with arg2" "arg1 ions are released into arg2" ] using (potassium, water)
CPL @1096 (100.0%) on 18-jan-2018 [ "arg1 chloride is dissolved in arg2" "arg1 to the irrigating arg2" "arg1 salts are soluble in arg2" "arg1 chloride dissolves in arg2" "arg1 intake from drinking arg2" "arg1 concentrations in drinking arg2" "arg1 sulphide and arg2" "arg1 levels in drinking arg2" "arg1 is present in drinking arg2" "arg1 hydroxide arg2" "arg1 hydroxide is added to arg2" "arg1 permanganate arg2" "arg1 carbonate is added to arg2" "arg1 ion from arg2" "arg1 chloride dissolved in arg2" "arg1 metal reacts with arg2" "arg1 ions are released into arg2" ] using (potassium, water)
CPL @1096 (100.0%) on 18-jan-2018 [ "arg1 chloride is dissolved in arg2" "arg1 to the irrigating arg2" "arg1 salts are soluble in arg2" "arg1 chloride dissolves in arg2" "arg1 intake from drinking arg2" "arg1 concentrations in drinking arg2" "arg1 sulphide and arg2" "arg1 levels in drinking arg2" "arg1 is present in drinking arg2" "arg1 hydroxide arg2" "arg1 hydroxide is added to arg2" "arg1 permanganate arg2" "arg1 carbonate is added to arg2" "arg1 ion from arg2" "arg1 chloride dissolved in arg2" "arg1 metal reacts with arg2" "arg1 ions are released into arg2" ] using (potassium, water)
CPL @1096 (100.0%) on 18-jan-2018 [ "arg1 chloride is dissolved in arg2" "arg1 to the irrigating arg2" "arg1 salts are soluble in arg2" "arg1 chloride dissolves in arg2" "arg1 intake from drinking arg2" "arg1 concentrations in drinking arg2" "arg1 sulphide and arg2" "arg1 levels in drinking arg2" "arg1 is present in drinking arg2" "arg1 hydroxide arg2" "arg1 hydroxide is added to arg2" "arg1 permanganate arg2" "arg1 carbonate is added to arg2" "arg1 ion from arg2" "arg1 chloride dissolved in arg2" "arg1 metal reacts with arg2" "arg1 ions are released into arg2" ] using (potassium, water)
CPL @1094 (100.0%) on 01-jan-2018 [ "arg2 such as zinc and arg1" "arg2 and electrolytes such as arg1" "arg2 like magnesium and arg1" "arg2 like zinc and arg1" "arg2 like sulphur and arg1" "arg2 and trace elements such as arg1" "arg2 such as copper and arg1" "arg2 including calcium and arg1" "arg2 including magnesium and arg1" "arg2 such as Zinc and arg1" "arg2 such as calcium and arg1" "arg2 selenium and arg1" "arg2 like calcium and arg1" "arg2 such as iodine and arg1" "arg2 like copper and arg1" "arg2 such as selenium and arg1" "arg2 such as manganese and arg1" ] using (potassium, minerals)
CPL @1096 (100.0%) on 18-jan-2018 [ "arg1 chloride is dissolved in arg2" "arg1 to the irrigating arg2" "arg1 salts are soluble in arg2" "arg1 chloride dissolves in arg2" "arg1 intake from drinking arg2" "arg1 concentrations in drinking arg2" "arg1 sulphide and arg2" "arg1 levels in drinking arg2" "arg1 is present in drinking arg2" "arg1 hydroxide arg2" "arg1 hydroxide is added to arg2" "arg1 permanganate arg2" "arg1 carbonate is added to arg2" "arg1 ion from arg2" "arg1 chloride dissolved in arg2" "arg1 metal reacts with arg2" "arg1 ions are released into arg2" ] using (potassium, water)
CPL @1097 (87.5%) on 19-jan-2018 [ "arg2 such as calcium and arg1" "arg2 like calcium and arg1" "arg2 such as hydrogen or arg1" ] using (potassium, ions)
CPL @1096 (100.0%) on 18-jan-2018 [ "arg1 chloride is dissolved in arg2" "arg1 to the irrigating arg2" "arg1 salts are soluble in arg2" "arg1 chloride dissolves in arg2" "arg1 intake from drinking arg2" "arg1 concentrations in drinking arg2" "arg1 sulphide and arg2" "arg1 levels in drinking arg2" "arg1 is present in drinking arg2" "arg1 hydroxide arg2" "arg1 hydroxide is added to arg2" "arg1 permanganate arg2" "arg1 carbonate is added to arg2" "arg1 ion from arg2" "arg1 chloride dissolved in arg2" "arg1 metal reacts with arg2" "arg1 ions are released into arg2" ] using (potassium, water)
CPL @1096 (100.0%) on 18-jan-2018 [ "arg1 chloride is dissolved in arg2" "arg1 to the irrigating arg2" "arg1 salts are soluble in arg2" "arg1 chloride dissolves in arg2" "arg1 intake from drinking arg2" "arg1 concentrations in drinking arg2" "arg1 sulphide and arg2" "arg1 levels in drinking arg2" "arg1 is present in drinking arg2" "arg1 hydroxide arg2" "arg1 hydroxide is added to arg2" "arg1 permanganate arg2" "arg1 carbonate is added to arg2" "arg1 ion from arg2" "arg1 chloride dissolved in arg2" "arg1 metal reacts with arg2" "arg1 ions are released into arg2" ] using (potassium, water)
CPL @1096 (100.0%) on 18-jan-2018 [ "arg1 chloride is dissolved in arg2" "arg1 to the irrigating arg2" "arg1 salts are soluble in arg2" "arg1 chloride dissolves in arg2" "arg1 intake from drinking arg2" "arg1 concentrations in drinking arg2" "arg1 sulphide and arg2" "arg1 levels in drinking arg2" "arg1 is present in drinking arg2" "arg1 hydroxide arg2" "arg1 hydroxide is added to arg2" "arg1 permanganate arg2" "arg1 carbonate is added to arg2" "arg1 ion from arg2" "arg1 chloride dissolved in arg2" "arg1 metal reacts with arg2" "arg1 ions are released into arg2" ] using (potassium, water)
CPL @1096 (100.0%) on 18-jan-2018 [ "arg1 chloride is dissolved in arg2" "arg1 to the irrigating arg2" "arg1 salts are soluble in arg2" "arg1 chloride dissolves in arg2" "arg1 intake from drinking arg2" "arg1 concentrations in drinking arg2" "arg1 sulphide and arg2" "arg1 levels in drinking arg2" "arg1 is present in drinking arg2" "arg1 hydroxide arg2" "arg1 hydroxide is added to arg2" "arg1 permanganate arg2" "arg1 carbonate is added to arg2" "arg1 ion from arg2" "arg1 chloride dissolved in arg2" "arg1 metal reacts with arg2" "arg1 ions are released into arg2" ] using (potassium, water)
CPL @1096 (100.0%) on 18-jan-2018 [ "arg1 chloride is dissolved in arg2" "arg1 to the irrigating arg2" "arg1 salts are soluble in arg2" "arg1 chloride dissolves in arg2" "arg1 intake from drinking arg2" "arg1 concentrations in drinking arg2" "arg1 sulphide and arg2" "arg1 levels in drinking arg2" "arg1 is present in drinking arg2" "arg1 hydroxide arg2" "arg1 hydroxide is added to arg2" "arg1 permanganate arg2" "arg1 carbonate is added to arg2" "arg1 ion from arg2" "arg1 chloride dissolved in arg2" "arg1 metal reacts with arg2" "arg1 ions are released into arg2" ] using (potassium, water)
CPL @1096 (100.0%) on 18-jan-2018 [ "arg1 chloride is dissolved in arg2" "arg1 to the irrigating arg2" "arg1 salts are soluble in arg2" "arg1 chloride dissolves in arg2" "arg1 intake from drinking arg2" "arg1 concentrations in drinking arg2" "arg1 sulphide and arg2" "arg1 levels in drinking arg2" "arg1 is present in drinking arg2" "arg1 hydroxide arg2" "arg1 hydroxide is added to arg2" "arg1 permanganate arg2" "arg1 carbonate is added to arg2" "arg1 ion from arg2" "arg1 chloride dissolved in arg2" "arg1 metal reacts with arg2" "arg1 ions are released into arg2" ] using (potassium, water)
CPL @1096 (100.0%) on 18-jan-2018 [ "arg1 chloride is dissolved in arg2" "arg1 to the irrigating arg2" "arg1 salts are soluble in arg2" "arg1 chloride dissolves in arg2" "arg1 intake from drinking arg2" "arg1 concentrations in drinking arg2" "arg1 sulphide and arg2" "arg1 levels in drinking arg2" "arg1 is present in drinking arg2" "arg1 hydroxide arg2" "arg1 hydroxide is added to arg2" "arg1 permanganate arg2" "arg1 carbonate is added to arg2" "arg1 ion from arg2" "arg1 chloride dissolved in arg2" "arg1 metal reacts with arg2" "arg1 ions are released into arg2" ] using (potassium, water)
CPL @1096 (100.0%) on 18-jan-2018 [ "arg1 chloride is dissolved in arg2" "arg1 to the irrigating arg2" "arg1 salts are soluble in arg2" "arg1 chloride dissolves in arg2" "arg1 intake from drinking arg2" "arg1 concentrations in drinking arg2" "arg1 sulphide and arg2" "arg1 levels in drinking arg2" "arg1 is present in drinking arg2" "arg1 hydroxide arg2" "arg1 hydroxide is added to arg2" "arg1 permanganate arg2" "arg1 carbonate is added to arg2" "arg1 ion from arg2" "arg1 chloride dissolved in arg2" "arg1 metal reacts with arg2" "arg1 ions are released into arg2" ] using (potassium, water)
CPL @1097 (87.5%) on 19-jan-2018 [ "arg2 such as calcium and arg1" "arg2 like calcium and arg1" "arg2 such as hydrogen or arg1" ] using (potassium, ions)
CPL @1096 (100.0%) on 18-jan-2018 [ "arg1 chloride is dissolved in arg2" "arg1 to the irrigating arg2" "arg1 salts are soluble in arg2" "arg1 chloride dissolves in arg2" "arg1 intake from drinking arg2" "arg1 concentrations in drinking arg2" "arg1 sulphide and arg2" "arg1 levels in drinking arg2" "arg1 is present in drinking arg2" "arg1 hydroxide arg2" "arg1 hydroxide is added to arg2" "arg1 permanganate arg2" "arg1 carbonate is added to arg2" "arg1 ion from arg2" "arg1 chloride dissolved in arg2" "arg1 metal reacts with arg2" "arg1 ions are released into arg2" ] using (potassium, water)
CPL @1094 (100.0%) on 01-jan-2018 [ "arg2 such as zinc and arg1" "arg2 and electrolytes such as arg1" "arg2 like magnesium and arg1" "arg2 like zinc and arg1" "arg2 like sulphur and arg1" "arg2 and trace elements such as arg1" "arg2 such as copper and arg1" "arg2 including calcium and arg1" "arg2 including magnesium and arg1" "arg2 such as Zinc and arg1" "arg2 such as calcium and arg1" "arg2 selenium and arg1" "arg2 like calcium and arg1" "arg2 such as iodine and arg1" "arg2 like copper and arg1" "arg2 such as selenium and arg1" "arg2 such as manganese and arg1" ] using (potassium, minerals)
CPL @1096 (100.0%) on 18-jan-2018 [ "arg1 chloride is dissolved in arg2" "arg1 to the irrigating arg2" "arg1 salts are soluble in arg2" "arg1 chloride dissolves in arg2" "arg1 intake from drinking arg2" "arg1 concentrations in drinking arg2" "arg1 sulphide and arg2" "arg1 levels in drinking arg2" "arg1 is present in drinking arg2" "arg1 hydroxide arg2" "arg1 hydroxide is added to arg2" "arg1 permanganate arg2" "arg1 carbonate is added to arg2" "arg1 ion from arg2" "arg1 chloride dissolved in arg2" "arg1 metal reacts with arg2" "arg1 ions are released into arg2" ] using (potassium, water)
CPL @1096 (100.0%) on 18-jan-2018 [ "arg1 chloride is dissolved in arg2" "arg1 to the irrigating arg2" "arg1 salts are soluble in arg2" "arg1 chloride dissolves in arg2" "arg1 intake from drinking arg2" "arg1 concentrations in drinking arg2" "arg1 sulphide and arg2" "arg1 levels in drinking arg2" "arg1 is present in drinking arg2" "arg1 hydroxide arg2" "arg1 hydroxide is added to arg2" "arg1 permanganate arg2" "arg1 carbonate is added to arg2" "arg1 ion from arg2" "arg1 chloride dissolved in arg2" "arg1 metal reacts with arg2" "arg1 ions are released into arg2" ] using (potassium, water)
CPL @1096 (100.0%) on 18-jan-2018 [ "arg1 chloride is dissolved in arg2" "arg1 to the irrigating arg2" "arg1 salts are soluble in arg2" "arg1 chloride dissolves in arg2" "arg1 intake from drinking arg2" "arg1 concentrations in drinking arg2" "arg1 sulphide and arg2" "arg1 levels in drinking arg2" "arg1 is present in drinking arg2" "arg1 hydroxide arg2" "arg1 hydroxide is added to arg2" "arg1 permanganate arg2" "arg1 carbonate is added to arg2" "arg1 ion from arg2" "arg1 chloride dissolved in arg2" "arg1 metal reacts with arg2" "arg1 ions are released into arg2" ] using (potassium, water)
CPL @1098 (87.5%) on 21-jan-2018 [ "arg2 such as calcium and arg1" "arg2 and trace elements such as arg1" "arg2 like calcium and arg1" ] using (potassium, certain_minerals)
CPL @1095 (98.4%) on 17-jan-2018 [ "arg2 including calcium and arg1" "arg2 including magnesium and arg1" "arg2 like sulphur and arg1" "arg2 like calcium and arg1" "arg2 like magnesium and arg1" "arg2 such as calcium and arg1" ] using (potassium, important_minerals)
CPL @1094 (100.0%) on 01-jan-2018 [ "arg2 such as zinc and arg1" "arg2 and electrolytes such as arg1" "arg2 like magnesium and arg1" "arg2 like zinc and arg1" "arg2 like sulphur and arg1" "arg2 and trace elements such as arg1" "arg2 such as copper and arg1" "arg2 including calcium and arg1" "arg2 including magnesium and arg1" "arg2 such as Zinc and arg1" "arg2 such as calcium and arg1" "arg2 selenium and arg1" "arg2 like calcium and arg1" "arg2 such as iodine and arg1" "arg2 like copper and arg1" "arg2 such as selenium and arg1" "arg2 such as manganese and arg1" ] using (potassium, minerals)
CPL @1098 (87.5%) on 21-jan-2018 [ "arg2 such as calcium and arg1" "arg2 like calcium and arg1" "arg2 like magnesium and arg1" ] using (potassium, trace_minerals)
CPL @1098 (87.5%) on 21-jan-2018 [ "arg2 like magnesium and arg1" "arg2 such as selenium and arg1" "arg2 and trace elements such as arg1" ] using (potassium, vital_minerals)
CPL @1096 (100.0%) on 18-jan-2018 [ "arg1 chloride is dissolved in arg2" "arg1 to the irrigating arg2" "arg1 salts are soluble in arg2" "arg1 chloride dissolves in arg2" "arg1 intake from drinking arg2" "arg1 concentrations in drinking arg2" "arg1 sulphide and arg2" "arg1 levels in drinking arg2" "arg1 is present in drinking arg2" "arg1 hydroxide arg2" "arg1 hydroxide is added to arg2" "arg1 permanganate arg2" "arg1 carbonate is added to arg2" "arg1 ion from arg2" "arg1 chloride dissolved in arg2" "arg1 metal reacts with arg2" "arg1 ions are released into arg2" ] using (potassium, water)