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High Throughput Methods for Gene Identification, Cloning and Functional Genomics Using the GeneTAC™ G Robotics Workstation
Authors:Rifat Hamoudi  Sally Johnston  George Hutchinson  John D'Errico
Affiliation:
Available online 19 February 2004.
Abstract:Using a single robotic platform, the GeneTAC™ G3, we have automated most of the processes involved in the cloning and characterisation of novel disease causing genes by addressing the following; firstly, identifying the BACs of interest and making shotgun libraries. Secondly, automating the set up of sequencing reactions using methodology that eliminates the need for DNA preparation of 384 clones. Thirdly, generating sublibraries using selective re-arraying of library clones to enable the determination of the entire genomic sequence of the gene. Fourthly, determining gene function by combination of differential screening and mini Northerns using microarrays printed using the GeneTAC™ G3 system and hybridised using the GeneTAC™ HybStation (Genomics Solutions, Ann Arbor, USA).
Keywords:Author Keywords: AUTOMATION OF CLONING AND CHARACTERIZATION OF DISEASE CAUSING GENES  GENETACTM G3  ROBOTIC WORKSTATION  AUTOMATED  HIGH  THROUGHPUT  DNA  AND  MICROARRAY  PREPARATION
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