'Entire human genome' diaporamas de présentation

Introduction to

Introduction to. Bioinformatics. GENERAL INFORMATION Course Methodology The course consists of the following components; i. a series of 10 lectures and 10 mini-exams, ii. 7 skills classes, each with one programming task, iii. one final written exam.

1.24k views • 109 slides

Introduction to

Introduction to. Bioinformatics. GENERAL INFORMATION Course Methodology The course consists of the following components; i. a series of 10 lectures and 10 mini-exams, ii. 7 skills classes, each with one programming task, iii. one final written exam.

1.1k views • 109 slides

Development and Inheritance

Development and Inheritance. Muse W12 2440 lecture # 13 4/18/12. Gestation. First Trimester Period of embryological and early fetal development Rudiments of all major organ systems appear Second Trimester Development of organs and organ systems Body shape and proportions change

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Genetics Maps

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Chapter 14

Chapter 14. The Human Genome. 14-1 Human Heredity. Human Chromosomes Can be visualized with a karyotype A karyotype shows the number and type of chromosomes. Humans have 46 chromosomes Sex chromosomes: 2 Autosomal chromosomes ( autosomes ): 44. Human Traits.

702 views • 53 slides

Design Goals

Design Goals. Crash Course: Reference-guided Assembly. Crash Course: Reference-guided Assembly. Crash Course: Reference-guided Assembly. Sequencing Technologies. future. Next-Gen Sequence Lengths. Mixing It Up: Paired-end Reads. How Does It Work?. How Does It Work?.

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Recombinant DNA and Genetic Engineering

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Recombinant DNA and Genetic Engineering

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Genetic Technologies

Genetic Technologies. Mrs. Stewart Honors Biology. Standards:. TSW evaluate the scientific and ethical concerns surrounding DNA/genetic technologies Evaluate DNA fingerprinting, recombinant DNA technology and genetic engineering. Objectives :. Purpose of genetic technologies.

467 views • 31 slides

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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Genetics

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Trends in Bioinformatics & Computational Biology (From Genomics To Proteomics)

Trends in Bioinformatics & Computational Biology (From Genomics To Proteomics). Professor K. Sundaram, Ph.D. Former Professor & Head Department of Crystallography & Biophysics University of Madras. Outline of Presentation. What is Bioinformatics ? Why sudden spurt of interest recently ?

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Other forms of cloning and analysis

Other forms of cloning and analysis. PCR Restriction mapping The human genome project In situ methodologies These adapt southern, northern and western techniques to assess genes and gene expression in cells directly Sister Chromatid Exchange An example from start to finish

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What We Will Cover in Biology

What We Will Cover in Biology. 10X. Seven Properties of Life. Cellular Organization Reproduction Metabolism Homeostasis Heredity Responsiveness Grow and Develop.

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Genetic Engineering

Genetic Engineering. Applying utilitarianism. Types. Genetic engineering is the process of identifying sections of DNA that cause particular features. The majority of this research is done under the Human Genome Project. There are generally accepted to be two types of genetic engineering:

557 views • 11 slides

The Human Genome Project & The International HapMap Project

Samuel Hastings. The Human Genome Project & The International HapMap Project. Contents. History of the HGP What is the HGP Technologies Limitations Future of Genetics Works Cited. History of the Human Genome Project.

384 views • 9 slides