'Coding sequences' diaporamas de présentation

Transcription and RNA Processing

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Molecular Evolution, Multiple Sequence Alignment & Phylogenetics. Canadian Bioinformatics Workshop Thursday June 21s

Molecular Evolution, Multiple Sequence Alignment & Phylogenetics. Canadian Bioinformatics Workshop Thursday June 21st. David Lynn M.Sc., Ph.D., Postdoctoral Research Associate, Brinkman Lab., Department of Molecular Biology & Biochemistry, Simon Fraser University, Greater Vancouver, B.C.

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Evolution of Proteins and Genomes

Evolution of Proteins and Genomes. Evolution of Proteins. Jason de Koning. Description. Focus on protein structure, sequence, and functional evolution Subjects structural comparison and prediction, biochemical adaptation, evolution of protein complexes,

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DNA (deoxyribonucleic acid)

DNA (deoxyribonucleic acid). I. Watson and Crick II. DNA Structure A. Components of DNA B. Patterns of base pairing III. DNA replication A. Assembly of nucleotide strands B. Replication enzymes IV. Organization of DNA in chromosomes. base. Watson and Crick. nucleotide.

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Exploring the Role of Non-Coding DNA in the Function of the Human Genome through Variation.

Exploring the Role of Non-Coding DNA in the Function of the Human Genome through Variation. Christine Bird cpb@sanger.ac.uk. Hypothesis: Conserved non-coding DNA has a function in the human genome. Does human variation data suggest selection is acting on noncoding DNA?

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Exploring the Role of Non-Coding DNA in the Function of the Human Genome through Variation.

Exploring the Role of Non-Coding DNA in the Function of the Human Genome through Variation. Christine Bird cpb@sanger.ac.uk. Hypothesis: Conserved non-coding DNA has a function in the human genome. Does human variation data suggest selection is acting on noncoding DNA?

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Electric Transport and Coding Sequences of DNA Molecules

Electric Transport and Coding Sequences of DNA Molecules. C. T. Shih Dept. Phys., Tunghai University. Outline. Introduction and Motivation Experimental Results The Coarse-Grained Tight-Binding Model Sequence-Dependent Conductance and the Gene-Coding Sequences Summary.

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the issue

the issue.

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the issue

the issue.

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Genetic Disorders

Genetic Disorders. Genomics. Study of all genes in the genome and their interactions Two most common DNA variations Single-nucleotide polymorphisms Copy number variations Epigenetics Heritable changes in gene expression that are not caused by alterations in DNA sequence. Classification.

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PART III. MACROEVOLUTION

PART III. MACROEVOLUTION We already considered History of Life and learned a lot about Macroevolution that occurred in the past - but only at the shallow level of chronology and generalizations. 3b) Cladogenesis and extinction are extremely unfair processes

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Reverse Genetics in Drosophila

Reverse Genetics in Drosophila. I. P elements in reverse genetics A. P element insertional mutagenesis projects B. Using P elements to make mutations. II. RNA interference A. Basics of RNAi B. RNAi methods in flies. III. Targeted gene replacement. P element constructs.

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Evolution of Proteins and Genomes select subset of slides

Evolution of Proteins and Genomes select subset of slides. Evolution of Proteins. Jason de Koning. Description. Focus on protein structure, sequence, and functional evolution Subjects structural comparison and prediction, biochemical adaptation, evolution of protein complexes,

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GENE EXPRESSION

BIOCHEMISTRY

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EUKARYOTIC TRANSCRIPTION

BIOCHEMISTRY

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Simple cluster structure of triplet distributions in genetic texts Andrei Zinovyev

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Fig.1.8

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Introduction to Computational Genomics: a case study approach

Introduction to Computational Genomics: a case study approach. CHAPTER 2 Gene Finding. OUTLINE. An introduction to genes and proteins Gene finding Hypothesis testing. GENES. Segment that specifies the sequence of a protein Exons = coding sequences Introns = non-coding sequences

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Assignment sample solution :

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