Bob Buckley - Academia.edu (original) (raw)

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Papers by Bob Buckley

Research paper thumbnail of Cross validation of pooling/resampling GWAS using the WTCCC data

Molecular Biology and Genetic Engineering, 2015

Recently, we presented a new method of pooling/resampling genome-wide association study (prGWAS) ... more Recently, we presented a new method of pooling/resampling genome-wide association study (prGWAS) that uncovered new and known loci associated to Alzheimer's disease. In here, we contrast this method with the Welcome Trust Case Control Consortium (WTCCC) data, a well-known GWAS on seven human complex diseases. Our results suggest that prGWAS can be considered an efficient, specific, and accurate alternative to the conventional GWAS approach at a fraction of the genotyping cost, and provide insights into other potential applications such as next generation sequencing.

Research paper thumbnail of Autism/ASD diagnosis rates in Australia

Abstract Reports show the number of people with an autism spectrum disorder (ASD) diagnosis in va... more Abstract Reports show the number of people with an autism spectrum disorder (ASD) diagnosis in various parts of Australia. The reports provide prevalence and incidence data. The different types of data cannot be compared directly.

Research paper thumbnail of Cross validation of pooling/resampling GWAS using the WTCCC data

Molecular Biology and Genetic Engineering, 2015

Recently, we presented a new method of pooling/resampling genome-wide association study (prGWAS) ... more Recently, we presented a new method of pooling/resampling genome-wide association study (prGWAS) that uncovered new and known loci associated to Alzheimer's disease. In here, we contrast this method with the Welcome Trust Case Control Consortium (WTCCC) data, a well-known GWAS on seven human complex diseases. Our results suggest that prGWAS can be considered an efficient, specific, and accurate alternative to the conventional GWAS approach at a fraction of the genotyping cost, and provide insights into other potential applications such as next generation sequencing.

Research paper thumbnail of Cross validation of pooling/resampling GWAS using the WTCCC data

Molecular Biology and Genetic Engineering, 2015

Recently, we presented a new method of pooling/resampling genome-wide association study (prGWAS) ... more Recently, we presented a new method of pooling/resampling genome-wide association study (prGWAS) that uncovered new and known loci associated to Alzheimer's disease. In here, we contrast this method with the Welcome Trust Case Control Consortium (WTCCC) data, a well-known GWAS on seven human complex diseases. Our results suggest that prGWAS can be considered an efficient, specific, and accurate alternative to the conventional GWAS approach at a fraction of the genotyping cost, and provide insights into other potential applications such as next generation sequencing.

Research paper thumbnail of Autism/ASD diagnosis rates in Australia

Abstract Reports show the number of people with an autism spectrum disorder (ASD) diagnosis in va... more Abstract Reports show the number of people with an autism spectrum disorder (ASD) diagnosis in various parts of Australia. The reports provide prevalence and incidence data. The different types of data cannot be compared directly.

Research paper thumbnail of Cross validation of pooling/resampling GWAS using the WTCCC data

Molecular Biology and Genetic Engineering, 2015

Recently, we presented a new method of pooling/resampling genome-wide association study (prGWAS) ... more Recently, we presented a new method of pooling/resampling genome-wide association study (prGWAS) that uncovered new and known loci associated to Alzheimer's disease. In here, we contrast this method with the Welcome Trust Case Control Consortium (WTCCC) data, a well-known GWAS on seven human complex diseases. Our results suggest that prGWAS can be considered an efficient, specific, and accurate alternative to the conventional GWAS approach at a fraction of the genotyping cost, and provide insights into other potential applications such as next generation sequencing.

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