'Restriction fragment length polymorphism' diaporamas de présentation

Wednesday 4/9/14

Wednesday 4/9/14. AIM: How is DNA useful to forensic science? DO NOW: List at least 4 sources of DNA that could be extracted from a crime scene HOMEWORK: Text read pages 343-348. questions 9-11 pages364-365. DNA: deoxyribonucleic acid. It is a polymer

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? 5 ? ?? ????? ?? DNA ????? ??

? 5 ? ?? ????? ?? DNA ????? ??. ???? ??? ??. ???? ??? ?? ??? ?? ????. DNA ?? ?? ? ??? ??? ?? ????. ( ?? 133 ?? ). Molecular Methods for Identification of Genotypes Basic Concept . DNA ? ????.

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Genetic Mutations

Genetic Mutations. The following slides explain the molecular biology behind genetics cases included with the Case It v5.03 download. Online descriptions of these cases can be found at http://caseit.uwrf.edu ('access cases' link). Question #1.

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Chapter 8 DNA Fingerprinting and Forensic Analysis

Chapter 8 DNA Fingerprinting and Forensic Analysis. Forensic science is the application of science to law previous technologies used photography, video cameras fingerprinting new technologies DNA fingerprints. What is a DNA fingerprint?.

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Chapter 13 DNA Fingerprinting and Forensic Analysis

Chapter 13 DNA Fingerprinting and Forensic Analysis. Forensic science is the application of science to law previous technologies used photography, video cameras fingerprinting new technologies DNA fingerprints. What is a DNA fingerprint?.

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DNA basics

DNA basics. DNA is a molecule located in the nucleus of a cell Every cell in an organism contains the same DNA Characteristics of DNA varies between individuals within a species and between species. What is DNA?. DNA is contained in chromosomes.

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DNA molecular testing and DNA Typing

DNA molecular testing and DNA Typing. Genetic testing. An individual has symptoms or An individual is at risk of developing a disease with a family history. DNA molecular testing: A type of testing that focuses on the molecular nature of mutations associated with the disease. Complications.

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Genotype and Protectotype Characterization of IBV Variants in Israel

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Chapter 9

Chapter 9. Gene Mutations. Objectives. Compare phenotypic consequences of point mutations. Distinguish detection of known mutations from scanning for unknown mutations. Discuss methods used to detect point mutations.

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Rapid Progression to AIDS in HIV + Individuals with a Structural Variant of the Chemokine Receptor CX 3 CR1

Rapid Progression to AIDS in HIV + Individuals with a Structural Variant of the Chemokine Receptor CX 3 CR1.

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More Basic Biotechnology Tools

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Introduction to Forensic Science

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DNA Typing

DNA Typing. bsapp.com. bsapp.com. DNA strands come from the nucleus or the mitochondria. bsapp.com. DNA Strands. Building block of genetic makeup A complete copy of an individuals entire genome exist in nearly every cell Each persons genome is made up of billions of base pairs

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DNA Fingerprinting

DNA Fingerprinting. DNA Extraction:. DNA can be extracted from almost any human tissue. Buccal cells from inside cheek for paternity tests. Sources of DNA at crime scene: blood, semen, hair follicle, saliva. DNA extracted from evidence is compared to DNA from known individuals.

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Understanding Erwinia Amylovora :

The causal agent of fire blight of pear and apple. Erwinia amylovora 1 to 2 ? m long rod-shaped bacterial cells. Understanding Erwinia Amylovora :. Alyssa Carey Dr. Joyce Loper Dr. Virginia Stockwell. Fire Blight. Most severe bacterial disease of pear and apple

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FORENSIC DNA

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DNA Fingerprinting

DNA Fingerprinting. Maryam Ahmed Khan February 14, 2001. Objectives. What is DNA Fingerprinting? How is DNA Fingerprinting done? What are the applications of DNA Fingerprinting? Technical and legal issues. Further reading. Contents. Definitions Methods Technical issues

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DNA profiling

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RFLP Restriction Fragment Length Polymorphism

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Restriction Fragment Length Polymorphism

Restriction Fragment Length Polymorphism. Arielle Weir. The Uses. Polymorphism, which is in both coding and noncoding parts, is a difference in DNA that can be analyzed between two different origins. Two individuals of the same species have the same genome, but different alleles.

632 views • 7 slides