The use of a 96 well plate requires
that efficient sample tracking methods from sample acquisition to
the final report be monitored for forensic and clinical standards
be upheld.
The development of a sample X-Y loader along with our Laboratory
Information Management System (LIMS) software and methods guarantees
that each sample delivered to our lab will be bar-coded and tracked
throughout the extraction and profiling procedures.
The Pre- PCR DNA robotic platform is a unit
involving specialized liquid handling and sample-processing devices
integrated by a CRS tracked robotic arm, under the control of the
Genera open-architecture integration framework. The track is 2
m long and can access a Perkin Elmer Evolution P3 liquid handler,
BMG Fluostar Galaxy plate reader, barcode reader and automated
single pipette station.
The PCR DNA robotic platform also makes use of a robotic
arm. This Platform is larger with a 4 m central track. The
unit is comprised of a Packard Multiprobe II liquid handler,
MJ Research DNA Engine thermocycler tetrad unit, ABI 7900HT(real-time
PCR), plate sealer, bar code reader, as well as vacuum filtration
and shaker units.
All stations on each platform are interlinked through the use of
a robotic arm that is capable of moving bar coded 96 well plates
from station to station. Under high-throughput conditions these
workstations will be able to extract and profile up to 2000 samples
in a 24-hour period.
ReTiSoft's Integration Framework

Individual samples are bar-coded and tracked by
ReTiSofts DataPilot in conjunction with the NRDPFC LIMS by the use
of bar-coded plates.
Pictures of Hardware
The use of high-throughput robotic testing eliminates the need for
manual labour (i.e. human error) to perform routine and laborious
tasks that come with DNA extraction, DNA amplification, sequencing
and genotyping. The introduction of robotics improves the performance
and productivity of research conducted at our facility.
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