Lecture 8 - Professor Anupama Dahanukar Department of...

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Click to edit Master subtitle style 11/1/10 Professor Anupama Dahanukar Department of Entomology Genomics Building 2234C [email protected] (951) 827-5742 Office Hours: Thursdays 3:30 – 5 PM Wednesdays 3:30 – 5 PM
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11/1/10 Lecture schedule Lecture 8: Embryonic patterning (A- P axis) Lecture 9: Embryonic patterning (D- V axis) Lecture 10: Embryonic patterning (segmentation
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11/1/10 Meiosis, fertilization, mitosis or 2n=4 6 2n=4 6 2n=4 6 2n=4 6 2n=4 6 gamet es fertilization (fusion of gametes) n=2 3 n=2 3 + n=2 3 n=2 3
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11/1/10 Development
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11/1/10 Why study Drosophila development? Fundamental mechanisms that set up basic body plan Conserved molecules and mechanisms shared between insects and vertebrates E.g. Hox genes first found in Drosophila Study facilitated by: Short life span
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11/1/10 Drosophila life cycle
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11/1/10 Drosophila embryonic development Egg is bilaterally symmetrical A-P axis and D-V axis established maternally 17 stages of embryonic development (Hartenstein and Campos-Ortega)
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11/1/10
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This note was uploaded on 10/31/2010 for the course CBNS 108 taught by Professor Green,demason during the Spring '10 term at UC Riverside.

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Lecture 8 - Professor Anupama Dahanukar Department of...

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