'Mutant phenotype' presentation slideshows

9.1 The Link between Genes and Proteins

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~1nt difference every 160 nt

SNPs. ~1nt difference every 160 nt . ~1nt difference every 160 nt . YJM789 a lys2 LYS5 HO drug r. X. S96 a LYS2 lys5 ho DRUG S. a lys2 LYS5 ho drug r. 10 spores. YJM789 a lys2 LYS5 ho drug r. X. S96 a LYS2 lys5 HO DRUG S.

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TAIR: Bringing together data for the global plant biology community

TAIR: Bringing together data for the global plant biology community. kate dreher curator TAIR/PMN. Acquiring new gene/protein function data in TAIR TAIR curators Research community Using gene function data Searching by function Working with large datasets Connecting to other species.

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Chapter 26 Opener

Chapter 26 Opener. Figure 26.1 Patterns of Early Shoot Development. Figure 26.1 Patterns of Early Shoot Development. Figure 26.1 Patterns of Early Shoot Development (Part 1). Figure 26.1 Patterns of Early Shoot Development (Part 2). Table 26.1 Comparison of Plant and Animal Hormones.

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Applications of GO

Applications of GO. Goals of Gene Ontology Project. Goals of Gene Ontology Project. Create controlled vocabularies terms and definitions. Goals of Gene Ontology Project. Create controlled vocabularies terms and definitions Produce annotations to terms gene product -> GO terms.

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Mapping and cloning Human Genes

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Reading: 719-729 & lecture notes Problem set 6

Reading: 719-729 & lecture notes Problem set 6. Definitions Dominant Recessive Codominant especially with molecular markers Incompletely dominant. Definitions continued: Penetrance: the frequency of affected individuals. Expressivity: the severity of phenotype. A puzzle

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Lecture 2: Using Mutants to study Biological processes

Lecture 2: Using Mutants to study Biological processes. Objectives: 1. Why use mutants? 2. How are mutants isolated? 3. What important genetic analyses must be done immediately after a genetic screen for mutants?. Reading. References:

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Dissection of gene function: mutational analysis

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Methods used to study mutations

Methods used to study mutations. Gross chromosomal changes - deletions, insertions, inversions, translocations Cytology- microscopy- karyotype Small mutations Small deletions, insertions and point mutations Recombinant DNA technologies. Frameshift mutations.

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Functional Analysis of Developmental Genes

Functional Analysis of Developmental Genes. Mutant phenotype associated with gene Generation of mutant phenotype when not already known Targeted gene disruption (transgenic analysis) Mis-expression Ectopic expression Over expression Dominant inhibition Biochemical analysis

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What are the Methods and Approaches Used to Identify and Study Arabidopsis Seed Knock-Out Mutations?

What are the Methods and Approaches Used to Identify and Study Arabidopsis Seed Knock-Out Mutations?. Eric Newton Garen Polatoglu Rena Schweizer. What are we trying to find out?*. What is the function of the gene? How does it affect embryo development? How and where is the gene expressed?.

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Mutant Gonorrhea: A Statistical Analysis

Mutant Gonorrhea: A Statistical Analysis. Lauren Myers Theory of Statistics. The Organism. Neisseria gonorrhoeae Etiological agent of gonorrhea Type IV Pili ( Tfp ) are an important virulence factor Filamentous appendages Through cycles of adhesion, retraction, and release, they mediate:

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BCMB 465 Human Genetics

BCMB 465 Human Genetics. Fall Semester, 2002 MWF 1:25 - 2:15 BGB 101. Overview of Course Syllabus. Lectures & attendance Exam schedule (no make-ups!) Sept 20, Oct 25, Nov 22, Dec 10 (Final) Assignments in informatics & writing Sept 23, Nov 11 Website Expectations: A or B in Biol 240

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