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Genomic selection in the black tiger prawn (University of Sydney)

Future breeding programs for the black tiger prawn (Penaeus monodon) will require integration of genomic data to improve the efficiency of selection. The Holy Grail is to make selec more...

Supervisor(s): Khatkar, Mehar Singh (Dr), Thomson, Peter Campbell (Associate Professor)

Development of genomic resources and unravelling the genetic architecture of complex phenotypic traits in the black tiger prawn (University of Sydney & James Cook University)

Dense SNP-based genomic maps are valuable in associating genetic loci (QTL, GWAS) with complex phenotypic traits and in understanding genome structures. They can also provide a fram more...

Supervisor(s): Thomson, Peter Campbell (Associate Professor), Khatkar, Mehar Singh (Dr)

Genotype by environment interactions under commercial scenarios on performance of black tiger prawn genotypes (University of Sydney & James Cook University)

This project aims to understand the influence of genotype by environment (GxE) interactions on realizing the genetic potential of the black tiger prawn to guide the design of both t more...

Supervisor(s): Thomson, Peter Campbell (Associate Professor), Khatkar, Mehar Singh (Dr)

Genetic diversity of commercial black tiger prawns and evidence for selection signatures (University of Sydney & James Cook University)

This project will use genotype-by-sequencing approaches to determine differences in genetic diversity between populations of farmed black tiger prawns (Penaeus monodon) originating more...

Supervisor(s): Khatkar, Mehar Singh (Dr), Thomson, Peter Campbell (Associate Professor)