Sentence examples for mg would correspond from inspiring English sources

Thus, 300 mg would correspond to 4 cups of tea brewed with this method.

Assuming a vial size of 12 mg, this would correspond to an estimated reduction of 13,084 vials of GH (an average of 5.8 vials per patient).

The 60-mg dose would correspond to an oral LD50 of around 0.8 mg/kg, a dose that is considerably smaller than the values determined for laboratory animals, which are ranging from 3.3 (mice) to more than 50 mg/kg (rats) (Hayes 1982).

Dry blood is approximately 20% of the wet weight of blood [ 22, 44] so 1.0 mg dry blood would correspond to 5.0 mg of wet blood meal.

Therefore, an average joint would correspond to 75 mg to 225 mg of THC! [ 22].

Even if the child were to swallow 5 ml of the amiloride and isoproterenol, this would correspond to 0.5 mg amiloride and 0.01 mg of isoproterenol, a minute dose with no clinical consequences.

Whittet (2010) argue that the oxidation ratios of metals in dust would correspond to O/(Mg + Si + Fe) = 1.5 for a grain population of MgSiO3 silicates and Fe2O3 oxides, and 1.2 for a mixture of FeO and MgO monoxides and primarily olivine silicates.

By the same simplified approach, the lowest food group concentration reported by EFSA, < 1.2 μg kg 1, would correspond to 0.0001 mg dm−2 and this either sits within the minimum-maximum ranges in Table 6 or is higher than the minimum value and so the minimum value is conservative.

Based on a theoretical assumption that only 6%% of a testosterone dose in male (testosterone undecanoate 120 mg/day) is sufficient for testosterone supplement for females which would correspond to approximately 50 mg per week [ 14].

Assuming that 40% of the dry mass is extractable protein this would correspond to about 75 nM per mg extracted protein and hour.

The diffusion coefficient for a 100 nm diameter particle in LDPE (D P = 6.6 10−16 cm s−1) would correspond to a migration of 0.74 mg kg−1 from our test plates with 5.0% carbon black at 25°C after 10 days, that of a 200 nm particle (D P = 3.3 10−16 cm s−1) to 0.53 mg kg−1.