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Software Menu |
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Customized
Training |
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Testimonials |
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"BAC Tracker software has caused me to change the way in
which I report alcohol use in medico-legal reports" --
Dr. Edward Ogden, Victoria,
Australia.
"Expert witnesses involved in litigation arising from alcohol
consumption will find BAC Tracker to be very useful" --
Michael D. Corbett, Ph.D, Omaha,
Nebraska, USA.
"In conjunction with our continuing research, BAC Tracker has
provided additional corroboration of our internal methods in the
assessment of DUI cases" --
Analytical Research Laboratories, Oklahoma City, Oklahoma, USA.
"BAC Tracker allows me to
evaluate potential new cases,
better understand my client's case, prepare for trial and when
possible, use in trial" --
Patrick Barone, Barone Defense Firm, Birmingham, Michigan, USA. |
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BAC-Tracker v2.1 Software |
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About BAC-Tracker v2.1
Software |
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BAC-Tracker v2.1 software is a computer analysis
program that
allows for a more comprehensive estimation of
blood alcohol concentration (BAC) using six
scientific formulae published between 1932 and
2007. BAC-Tracker employs the latest scientific
data for more accurate and balanced results in the
court room when estimating BAC. BAC
Tracker combines professional software
development with the expertise and
experience of seasoned individuals
having backgrounds in forensic
toxicology, medicine, and law.
Two separate types of
extrapolation reports
(twenty-seven separate reports) can be generated within
seconds by BAC-Tracker
which are derived from a number of different
published
algorithms. Data input requires only the
individual’s gender, age, weight, height, and
either the number of drinks and rate of
consumption during the scenario or a BAC/BrAC
reading at any time in the scenario. The
software will automatically run the data against
six different formulae which take into account
the individual’s gender, age, weight, height,
body mass index, percent body fat, water content
in blood, water content in fat-free body mass,
total body water, multiple non-linear rates of
absorption, and multiple separate rates of
elimination. Further data entry can be
applied to both the rate of absorption to
account for factors affecting gastric
motility and the rate of elimination by
applying broad or narrow ranges to account for
inter- and intra-individual variations in the
human population.
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