'Dna microarrays' diaporamas de présentation

DNA microarrays and functional genomics

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Introduction to DNA Microarrays

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Introduction to DNA Microarrays

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Myths and Statistical Principles in DNA Microarray Research

Myths and Statistical Principles in DNA Microarray Research. Richard Simon, D.Sc. Chief, Biometric Research Branch Head, Molecular Statistics & Bioinformatics National Cancer Institute. All cells of a multi-cellular organism contain essentially the same DNA

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Lezione 1: La Genetica Umana sul web Il Progetto Genoma Umano

Anno accademico 2002-2003 Canale A: Prof. Malavasi. Lezione 1: La Genetica Umana sul web Il Progetto Genoma Umano. http://www.ncbi.nlm.nih.gov/omim/. - OMIM: online mendelian inheritance in man - Creato da Victor McKusick - Continuamente aggiornato

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Introduction to genome biology and microarrays experiment

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Genetic Engineering

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Introduction to Gene Chips and Microarray Expression Data

Introduction to Gene Chips and Microarray Expression Data. Dr. Travis Doom, Assistant Professor BIRG Lab Department of Computer Science and Engineering Wright State University. Outline. DNA Microarrays Fabrication Application Microarray Data Analysis Techniques New Technology &

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Overview of Biological Problems

Overview of Biological Problems. History Human disease Key biology research areas Model organisms Research methods in biology. A brief history of biological discovery 1838: modern cell biology begins with cell theory (Schleiden and Schwann)

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Genomes

Genomes. Chapter 17. Outline. Genome Maps Genome Sequencing Human Genome Project Genome Geography Variation in the Human Genome Comparative Genomics Functional Genomics Proteomics. Genome Maps.

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Identifying Differentially Expressed Genes in Unreplicated Multiple-Treatment Time-Course Microarray Experiments

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CS 60050 Machine Learning

CS 60050 Machine Learning. What is Machine Learning?. Adapt to / learn from data To optimize a performance function Can be used to: Extract knowledge from data Learn tasks that are difficult to formalise Create software that improves over time. When to learn

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Lecture 17

Lecture 17. Working with nucleic acids. The Genetic Code. Tools for understanding the genetic code/function. Restriction endonucleases DNA polymerases/enzymes PCR Plasmids Site directed mutagenesis Northern and Southern blotting Yeast two-hybrid system DNA microarrays.

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Recombinant DNA technology

Recombinant DNA technology. BIO3B. Revision. Draw a label to identify: The template strand The coding strand A nucleotide A hydrogen bond A codon An amino acid Transcription Translation Describe the roles of Ribosomes tRNA RNA polymerase. Revision. The coding strand.

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Introduction to DNA Microarray Technology

Introduction to DNA Microarray Technology. Steen Knudsen, April 2005. DNA Microarrays consist of 100 - 1 million DNA probes attached to a surface of 1 cm by 1 cm (chip). By hybridisation, they can detect DNA or RNA:. If the hybridised DNA or RNA is labelled fluorescently it can

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Introduction to DNA Microarray Technology

Introduction to DNA Microarray Technology. H.Bjørn Nielsen, October 2006. DNA Microarrays consist of 100 - 1 million DNA probes attached to a surface of 1 cm by 1 cm (chip). By hybridisation, they can detect DNA or RNA:. If the hybridised DNA or RNA is labelled fluorescently it can

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Detection and Compensation of Cross-Hybridization in DNA Microarray Data

Detection and Compensation of Cross-Hybridization in DNA Microarray Data. Jim Huang (1) ,. Joint work with Quaid Morris (1) , Tim Hughes (2) and Brendan Frey (1). Probabilistic and Statistical Inference Group, University of Toronto

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The Iceland Experiment

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Results

DNA Microarrays: A guide to teaching chips. SHY idh1 Mhp SHY Mhp. 120 ng/ul. SHY idh1 Mhp SHY Mhp. 240 ng/ul. SHY-O SHY-O Mhp-O. Mhp-O idh1-O idh1-O. RT-C RT-C.

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