'Interrupted genes' diaporamas de présentation

Organization of genes on chromosomes

Organization of genes on chromosomes. Mapping genes on chromosome: Genetic mapping (linkage and recombination analyses). Cytogenetics method. Restriction mapping, deletion studies, and other molecular approaches such as chromosome walking. Sequencing. Deduction of gene structure.

1.67k views • 135 slides

Organization of genes on chromosomes

Organization of genes on chromosomes. Mapping genes on chromosome: Genetic mapping (linkage and recombination analyses). Cytogenetics method. Restriction mapping, deletion studies, and other molecular approaches such as chromosome walking. Sequencing. Deduction of gene structure.

1.9k views • 130 slides

Chapter 2: From genes to Genomes

Chapter 2: From genes to Genomes. 2.1 Introduction. Mapping: Genetic (or linkage) map : recombination frequencies Restriction map : length of DNA Ultimate map: sequence of the DNA overlapping fragments of DNA:. 2.2 Genes can be mapped by restriction cleavage. 5kb. Figure 2.1

687 views • 57 slides

The Interrupted Gene

The Interrupted Gene. Chapter 3. 3.1 Introduction. Figure 3.1. 3.2 An Interrupted Gene Consists of Exons and Introns. Introns are removed by the process of RNA splicing, which occurs only in cis on an individual RNA molecule. Only mutations in exons can affect protein sequence;

2.29k views • 22 slides

The Interrupted Gene

The Interrupted Gene. 3.1 Introduction. Figure 3.1. 3.2 An Interrupted Gene Consists of Exons and Introns. Introns are removed by the process of RNA splicing Only mutations in exons can affect protein sequence;

259 views • 20 slides

PCR

123 views • 7 slides