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Identify microbial genes of interest from bioinformatic analysis; |
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Determine biological function of genes via genetic analysis; |
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Over express and purify proteins as products of these microbial genes; |
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Study biochemical behaviour of these protein gene products; |
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Develop structural models of protein gene products and; |
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Determine how protein gene products interact with their ligands and co-factors. |
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| The entire infrastructure assembly is located at Monash University, Clayton, and is is open to academic investigators from any institution as well as industrial clients. The High-throughput Microbial Pipeline can be leveraged as an entire system. Alternatively its components can independently add value to specific projects as stand alone capability. |
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| For further information about the High-throughput Microbial Pipeline please contact
Centre Associate and Pipeline Project Manager Dr John Boyce. |
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