'Dominant disorders' presentation slideshows

Medical Genetics

Medical Genetics. Instructor: Prof. Dr. Fadel A. Sharif. Contact. Medical Laboratory Sciences University Clinic-Genetics Diagnosis lab fsharif@iugaza.edu. Course Syllabus. - Text: Thompson & Thompson Genetics in Medicine, 7 th Ed., Nussbaum, McInnes, Willard, 2007. Saunders (Required)

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UNIT VI - MENDELIAN GENETICS

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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.

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Topics: DNA Structure, Replication & Central Dogma

GENETICS : Introduction to IEM. Topics: DNA Structure, Replication & Central Dogma. Studies of Heridity. By geneticists - describe patterns of inheritance traits (phenotypes) heritable (passed from parents to offspring)

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Genetic cross

Figure 13.9 The results of alternative arrangements of two homologous chromosome pairs on the metaphase plate in meiosis I. Genetic cross. Mended tracked heritable characters for three generations. Mendel deduced: Discrete genetic determinants from each parent. Some dominant over others.

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Human Genetics Changes in Chromosomes

Human Genetics Changes in Chromosomes. Other than crossing over, changes can occur in the actual chromosomes code that can have profound affects on the possible outcomes!!! Changes will usually occur spontaneously when a cell becomes irradiated or exposed to certain chemicals.

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Lecture 8 Heredity

Lecture 8 Heredity. Gregor Mendel (1822-1884). Mendel and Patterns of Inheritance. The tendency for traits to be passed from parent to offspring is called heredity. The first person to systematically study heredity Austrian monk who studied science and mathematics

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UNIT VI - MENDELIAN GENETICS

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Ch. 23- Pattern of Gene Inheritance

Ch. 23- Pattern of Gene Inheritance. Ch. 23.2- Pedigree Analysis & Genetic Disorders. Target #17- I can describe the layout & purpose of a pedigree. Many human disorders are genetic in origin Genetic disorders are medical conditions caused by alleles inherited from the parents

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Pedigree Analysis

Pedigree Analysis. Lecture 8 Dr. Attya Bhatti. Pedigree. A pictorial representation of a family history, essentially a family tree that outlines the inheritance of one or more characteristics. . Introduction:.

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SEX-LINKED INHERITANCE

SEX-LINKED INHERITANCE. Objectives. Meet with Thomas Hunt Morgan Define Sex Linkage Define Sex linkage in Drasophila melaganester Describe Hemoplia , colourblidness and Muscular dystrophies. SO WHAT IS SEX LINKED INHERITANCE ??. Thomas Hunt Morgan.

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Human Pedigrees

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Disorders and Other Patterns of Inheritance

Disorders and Other Patterns of Inheritance. Biology 1-2. Inherited Disorders. In humans, many genetic disorders show complete dominance. Recessive disorders are caused by a recessive allele.

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