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Microarrays their design and use /

Table of Contents: “…Contents: The use of microarrays to study genomic DNA and expressed RNA at a global level are being developed at a phenomenal pace in the basic and medical sciences -- The basics of microarrays -- Fundamental descriptions and issues regarding experimental design, high-throughput approaches, analysis, and bioinformatics -- Different microarray platforms can be used to examine single nucleotide polymorphisms (SNP) of the genome, differential mRNA levels, differential microRNA (miRNA) levels, DNA methylation, genomic deletions and additions, DNA binding sites, and transcription rates -- Microarrays in the diagnosis, prognosis, and treatment of disease -- Microarrays in evolution, ecology and toxicology -- The future of microarray technology.…”
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Survival analysis

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Segregation analysis

Table of Contents: “…Contents: Components of segregation analysis -- Maximum likelihood models -- Peeling and MCMC -- Estimating the segregation proportion -- Ascertainment/sampling bias -- Ascertainment correction -- Segregation analysis for quantitative traits -- Polygenic models -- Heritability -- Components of variance -- Genetic variance: additive and dominance -- Epistatic variance -- Analysis of covariance -- Mixed models -- Liability and threshold models -- The hypergeometric polygenic model -- Regressive models -- Penetrance functions -- Survival models -- Computer packages.…”
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Survival analysis

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Segregation analysis

Table of Contents: “…Contents: Components of segregation analysis -- Maximum likelihood models -- Peeling and MCMC -- Estimating the segregation proportion -- Ascertainment/sampling bias -- Ascertainment correction -- Segregation analysis for quantitative traits -- Polygenic models -- Heritability -- Components of variance -- Genetic variance: additive and dominance -- Epistatic variance -- Analysis of covariance -- Mixed models -- Liability and threshold models -- The hypergeometric polygenic model -- Regressive models -- Penetrance functions -- Survival models -- Computer packages.…”
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Survival analysis

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Segregation analysis

Table of Contents: “…Contents: Components of segregation analysis -- Maximum likelihood models -- Peeling and MCMC -- Estimating the segregation proportion -- Ascertainment/sampling bias -- Ascertainment correction -- Segregation analysis for quantitative traits -- Polygenic models -- Heritability -- Components of variance -- Genetic variance: additive and dominance -- Epistatic variance -- Analysis of covariance -- Mixed models -- Liability and threshold models -- The hypergeometric polygenic model -- Regressive models -- Penetrance functions -- Survival models -- Computer packages.…”
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Single nucleotide polymorphism microarrays in the analysis of cancer

Subjects: “…Microarray Analysis.…”
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Microarrays their design and use /

Table of Contents: “…Contents: The use of microarrays to study genomic DNA and expressed RNA at a global level are being developed at a phenomenal pace in the basic and medical sciences -- The basics of microarrays -- Fundamental descriptions and issues regarding experimental design, high-throughput approaches, analysis, and bioinformatics -- Different microarray platforms can be used to examine single nucleotide polymorphisms (SNP) of the genome, differential mRNA levels, differential microRNA (miRNA) levels, DNA methylation, genomic deletions and additions, DNA binding sites, and transcription rates -- Microarrays in the diagnosis, prognosis, and treatment of disease -- Microarrays in evolution, ecology and toxicology -- The future of microarray technology.…”
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Microarrays their design and use /

Table of Contents: “…Contents: The use of microarrays to study genomic DNA and expressed RNA at a global level are being developed at a phenomenal pace in the basic and medical sciences -- The basics of microarrays -- Fundamental descriptions and issues regarding experimental design, high-throughput approaches, analysis, and bioinformatics -- Different microarray platforms can be used to examine single nucleotide polymorphisms (SNP) of the genome, differential mRNA levels, differential microRNA (miRNA) levels, DNA methylation, genomic deletions and additions, DNA binding sites, and transcription rates -- Microarrays in the diagnosis, prognosis, and treatment of disease -- Microarrays in evolution, ecology and toxicology -- The future of microarray technology.…”
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Next-generation sequencing technologies

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Utilizing microarrays to study posttranscriptional regulatory mechanisms of plants

Subjects: “…Microarray Analysis.…”
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How to design a successful microarray experiment

Subjects: “…Microarray Analysis.…”
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Simultaneous microarray measurement of nuclear and whole cell changes in gene expression reveals overlapping but distinct patterns of transcriptional regulation

Table of Contents: “…Contents: Conceptual frameworks for the interpretation of gene expression data -- Microarray data analysis -- The potential transcriptome space is n-dimensional -- Co-ordinate gene expression -- Evolution of current microarray technology -- Northern blots -- Radioactivity on nylon -- Combined analysis of conventional microarray with NRO array -- Jurkat T cell activation -- Global comparison of whole cell mRNA vs. nascent gene transcription.…”
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The use of statistics in microarray studies

Subjects: “…Microarray Analysis.…”
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Utilizing microarrays to study posttranscriptional regulatory mechanisms of plants

Subjects: “…Microarray Analysis. 109297…”
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How to design a successful microarray experiment

Subjects: “…Microarray Analysis. 113652…”
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How to design a successful microarray experiment

Subjects: “…Microarray Analysis. 113652…”
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Utilizing microarrays to study posttranscriptional regulatory mechanisms of plants

Subjects: “…Microarray Analysis. 109297…”
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Next-generation sequencing technologies

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