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. Author manuscript; available in PMC: 2023 Jan 27.
Published in final edited form as: ACS Food Sci Technol. 2022 Dec 19;3(1):100–112. doi: 10.1021/acsfoodscitech.2c00317

Table 5.

Mean concentration of potassium and associated variability in a market basket of eight different types of PBMAs and milk.

PBMA Type/Brand Code Number of Product Units, n Mean Concentration (mg/100 g portion) %CV Nutrition Facts Label Value (mg/100 g portion) % Difference from Nutrition Facts Label Value % Difference from Milk Potassium Ingredient on Label
Milk 2 157 0.6 158 −0.6 - -
Almond
Almond/A1 10 59.0 15.0 67 −11.9 −62.4 Potassium citrate
Almond/A2 3 83.6 21.3 71 +17.7 −46.8 -
Almond/A3 5 11.0 11.0 11 0.0 −93.0 -
Cashew
Cashew/CW1 5 20.8 4.4 “Not a significant source of potassium” - −86.8 -
Cashew/CW2 4 12.1 7.0 0 - −92.3 -
Coconut
Coconut/CT1 4 65.4 7.8 71 −7.9 −58.3 Dipotassium phosphate
Coconut/CT2 5 30.2 9.2 23 +31.3 −80.8 -
Hemp
Hemp/H1 3 53.8 9.6 58 −7.2 −65.7 -
Hemp/H2 5 3.8 21.9 42 −91.0 −97.6 -
Oat
Oat/O1 5 159 6.4 167 −4.8 +1.3 Dipotassium phosphate
Oat/O2 5 174 6.4 150 +16.0 +10.8 Dipotassium phosphate
Oat/O3 2 182 0.7 163 +11.7 +15.9 Potassium phosphate
Pea
Pea/P1 4 182 1.7 191 −4.7 +15.9 Dipotassium phosphate
Pea/P2 4 278 12.4 313 −11.2 +77.1 Dipotassium phosphate
Rice
Rice/R1 3 20.7 4.2 - - −86.8 -
Rice/R2 5 71.7 4.4 83 −13.6 −54.3 Potassium citrate
Soy
Soy/S1 5 113 39.0 108 +4.6 −28.0 -
Soy/S2 5 102 8.5 108 −5.6 −35.0 -
Soy/S3 3 142 8.8 158 −10.1 −9.6 -