Table 4. Macromineral contents in commercial beverages

Samples (number) Content (mg/100 g)1)
Na Ca K P Mg
Americano (6) 2.16±0.09 5.11±0.54m 60.50±1.21j 4.00±0.31m 5.10±0.16k
Cappuccino (6) 33.48±2.78d 78.13±6.28e 142.72±11.46f 57.68±4.63f 10.16±0.93f
Cafe mocha (6) 29.27±1.29e 91.00±6.95d 121.21±5.38g 66.76±2.66de 9.11±0.45gh
Dalgona coffee (6) 49.50±0.79c 91.11±3.68d 178.42±0.81de 69.88±1.93bcd 12.64±0.19e
Cafe latte (6) 29.83±0.08e 90.53±0.44d 196.77±2.90bc 73.34±1.29ab 13.96±0.10d
Vanilla latte (6) 34.48±0.50d 90.39±1.30d 186.84±1.00cd 70.93±1.23bcd 12.32±0.16e
Green tea latte (6) 29.00±3.23e 79.18±7.77e 202.62±21.63b 64.56±6.01e 17.82±1.88c
Caramel macchiato (6) 28.51±2.38e 101.75±9.65b 176.65±14.71de 69.06±4.75cd 12.25±0.38e
Vanilla milk shake (6) 50.76±0.33c 98.18±1.00bc 113.65±0.62g 76.27±2.97a 9.23±0.18gh
Almond milk (1) 56.59±0.84b 130.49±2.11a 64.71±0.99j 11.73±0.17kl 6.66±0.06j
Fresh strawberry milk (6) 22.62±1.82f 70.61±6.52f 99.55±8.53h 50.54±5.31g 7.72±0.66i
Taro milk tea (6) 17.51±0.44g 29.97±0.99i 98.62±1.25h 55.19±0.56f 0.75±0.02n
Black milk tea (6) 14.55±0.01h 31.60±0.31i 81.96±0.33i 35.81±0.26h 4.02±0.15l
Brown sugar milk tea (6) 55.18±0.62b 92.80±0.49cd 143.56±1.24f 71.22±0.33bc 10.48±0.05f
Chocolate milk tea (6) 11.79±0.08i 11.31±0.22lm 272.89±2.91a 69.40±0.39bcd 22.54±0.32b
Detox juice (6) 10.55±0.37ij 12.38±0.57kl 148.32±0.44f 13.60±0.49k 8.81±0.05h
Carrot juice (6) 29.16±0.42e 15.70±0.32jk 93.61±0.73h 11.79±0.09kl 5.04±0.05k
Noni juice (1) 17.62±0.42g 51.62±1.21g 174.35±2.22e 8.99±0.14l 27.43±0.31a
Apple carrot juice (6) 14.66±0.22h 8.25±0.02lm 82.12±0.59i 8.69±0.12l 3.84±0.02l
Strawberry banana juice (6) 13.87±0.12h 40.34±0.44h 148.52±0.49f 36.86±0.48h 12.27±0.12e
Mango banana juice (6) 14.60±0.27h 20.37±0.12j 121.81±0.85g 20.86±0.28j 9.91±0.19fg
Sweet pumpkin sikhye (1) 5.55±0.28k 3.53±0.07m 26.97±0.49k 2.42±0.07m 1.58±0.06m
Yam tea (1) 141.03±0.64a 6.91±0.30lm 78.20±2.48i 27.14±1.01i 2.19±0.07m
Burdock tea (1) 8.70±0.01j 2.98±0.14m 17.75±0.83k 1.86±0.09m 1.60±0.08m
All values are expressed as the mean±SD of triplicate determinations.
Means with different superscripts are significantly different by a Duncan’s range test at p<0.05.