Energy, Protein & Muscle Recovery Drinks
Burger King Vanilla Shake
- Lab tests18 chemicals measured in this product. See results
- RecallsNo barcode on file, so recalls can't be matched to it.
- AdditivesNo ingredient list on file.
- TypicalFDA's tests of energy, protein & muscle recovery drinks show what's typical. See levels
- Others11 other energy, protein & muscle recovery drinks products have lab results. Compare them
Lab results for this product
Measured in this product PlasticList (2024-07-20)
- DEHP: 32 ppb (found in 3 of 3, highest 34).
A toddler reaches EPA's daily limit at about 9.4 L (39¼ cups) a day of this; an adult at about 44 L (183¼ cups).
One serving (1 cup):3% of a toddler's daily limitunder 1% of a adult's daily limitAmong tested products of this kind (ppb, log scale): this one others12 tested products of this kind: the middle one is below the lab's limit. This one is the highest.
- DEHA: 20 ppb (found in 3 of 3, highest 21).
A toddler reaches EPA's daily limit at more than 100 liters a day of this; an adult at more than 100 liters.
One serving (1 cup):under 1% of a toddler's daily limitunder 1% of a adult's daily limitAmong tested products of this kind (ppb, log scale): this one others12 tested products of this kind: the middle one is below the lab's limit. This one is higher than about 82% of them.
- DEHT (DOTP): 95 ppb (found in 3 of 3, highest 100).
No US agency limit we can cite.
Among tested products of this kind (ppb, log scale): this one others12 tested products of this kind: the middle one is 26.9 ppb. This one is higher than about 82% of them.
Not found above the lab's limit: DBP (di-n-butyl phthalate), BBP (benzyl butyl phthalate), DIBP (diisobutyl phthalate), DEP (diethyl phthalate), DMP (dimethyl phthalate), DINP (diisononyl phthalate), DNOP (di-n-octyl phthalate), DCHP (dicyclohexyl phthalate), DNHP (di-n-hexyl phthalate), DIDP (diisodecyl phthalate), DINCH, DIDA (diisodecyl adipate), BPS (bisphenol S), BPF (bisphenol F), BPA (bisphenol A).
ppb = parts per billion. "Below the lab's limit" means the lab could not measure it reliably, not that it is absent.
Typical for energy, protein & muscle recovery drinks
What FDA found when it bought and tested this kind of food across the US. These are not tests of this product.
- Cadmium: typically 4.1 ppb (FDA, 9 samples, 2018-2020).
A toddler reaches EPA's daily limit at about 3 L (12½ cups) a day; an adult at about 14 L (58¼ cups).One serving (1 cup):8% of a toddler's daily limit2% of a adult's daily limit
- Lead, Mercury, Arsenic (total): usually below 1 ppb, the lab's limit, in FDA's samples.
FDA samples behind these numbers
- Lead in Beverage, energy: found in 0 of 3, all below 1 ppb (2018-2020)
- Lead in Meal replacement, liquid RTD, vanilla: found in 0 of 3, all below 4 ppb (2018-2020)
- Lead in Powder, protein: found in 3 of 3, average 6.67, highest 7.9 ppb (2018-2020)
- Cadmium in Beverage, energy: found in 0 of 3, all below 1 ppb (2018-2020)
- Cadmium in Meal replacement, liquid RTD, vanilla: found in 2 of 3, average 1.23, highest 2.4 ppb (2018-2020)
- Cadmium in Powder, protein: found in 3 of 3, average 13.7, highest 22 ppb (2018-2020)
- Mercury in Beverage, energy: found in 0 of 3, all below 1 ppb (2018-2020)
- Mercury in Meal replacement, liquid RTD, vanilla: found in 0 of 3, all below 1 ppb (2018-2020)
- Mercury in Powder, protein: found in 0 of 3, all below 1 ppb (2018-2020)
- Arsenic (total) in Beverage, energy: found in 0 of 3, all below 1 ppb (2018-2020)
- Arsenic (total) in Meal replacement, liquid RTD, vanilla: found in 0 of 3, all below 3 ppb (2018-2020)
- Arsenic (total) in Powder, protein: found in 3 of 3, average 4.1, highest 4.8 ppb (2018-2020)
"Typically" is FDA's middle sample. Daily amounts use the long-run average and each chemical's daily limit (EPA reference dose, or FDA's level for lead) for a 33-lb toddler and a 154-lb adult. ppb = micrograms per kilogram of food. Source: FDA Total Diet Study.
Not tested
No published results for this product cover: Metals, Perchlorate. That means nobody has published a test, not that these are absent.