and approximately 500 mg of NaCl. The standards, samples,
and controls were then loaded into the autoinjector for analysis.
Each sample was tested in triplicate and averaged for reporting.
The limit of detection (LOD) for this method is
5 mg/dL, and the linear range and limits of quantification
(LOQ) are 10–400 mg/dL.
Breath alcohol measurements were then taken to explore the
ability of any of these beverages to produce a measurable breath
alcohol reading. Subjects each consumed between 24.6 and 32
oz of a particular energy drink. Each energy drink was tested
with a single subject, and each was tested only a single time.
Subjects were directed to complete consumption within 30
min, and total consumption was achieved for all subjects between
2 and 23 min, with median and average drinking times
of 7 and 8 min, respectively. No direction was given as to the retention
of the beverage in the oral cavity while drinking or at
the end of drinking. Within 1 min of the end of consumption,
an initial breath-alcohol test with a portable breath-testing
instrument (Alco-Sensor FST®, Intoximeters, St. Louis, MO)
was conducted. Subjects then completed a minimum 15-min
observation period, at which time they were retested on the
FST and also tested on the BAC DataMaster™(National Patent
Analytical Systems, Mansfield, OH) and the Intox EC/IR® II (Intoximeters).
Prior to the analysis of the subjects’ breath, all
three breath alcohol instruments were tested in triplicate with
a 0.100 g/210 L vapor alcohol solution,
and all three responded to testing with
accuracies within 5% and with result
ranges within 0.003 g/210 L, or 3%.
และประมาณ 500 มิลลิกรัมของโซเดียมคลอไรด์ and approximately 500 mg of NaCl. The standards, samples,
and controls were then loaded into the autoinjector for analysis.
Each sample was tested in triplicate and averaged for reporting.
The limit of detection (LOD) for this method is
5 mg/dL, and the linear range and limits of quantification
(LOQ) are 10–400 mg/dL.
Breath alcohol measurements were then taken to explore the
ability of any of these beverages to produce a measurable breath
alcohol reading. Subjects each consumed between 24.6 and 32
oz of a particular energy drink. Each energy drink was tested
with a single subject, and each was tested only a single time.
Subjects were directed to complete consumption within 30
min, and total consumption was achieved for all subjects between
2 and 23 min, with median and average drinking times
of 7 and 8 min, respectively. No direction was given as to the retention
of the beverage in the oral cavity while drinking or at
the end of drinking. Within 1 min of the end of consumption,
an initial breath-alcohol test with a portable breath-testing
instrument (Alco-Sensor FST®, Intoximeters, St. Louis, MO)
was conducted. Subjects then completed a minimum 15-min
observation period, at which time they were retested on the
FST and also tested on the BAC DataMaster™(National Patent
Analytical Systems, Mansfield, OH) and the Intox EC/IR® II (Intoximeters).
Prior to the analysis of the subjects’ breath, all
three breath alcohol instruments were tested in triplicate with
a 0.100 g/210 L vapor alcohol solution,
and all three responded to testing with
accuracies within 5% and with result
ranges within 0.003 g/210 L, or 3%.
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