roote-prokop-2013-g3-drosophila-genetics-training-all

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Mitosis and meiosis diploid generating sister chromatids for each of the homologous chromosomes separating sister chromatids ➊ ➋ ➌ haploid synapsis - interchromosomal recombination separating homologous chromosomes
STEP2: Remind yourself of the basic rules of Drosophila <strong>genetics</strong>: • law of segregation • independent assortment of chromosomes • linkage groups and recombination (recombination rule) • balancer chromosomes and marker mutations
Page 1 and 2: INVESTIGATION How to Design a Genet
Page 3 and 4: The second section explains why gen
Page 5 and 6: tractable model organisms that can
Page 7 and 8: A. Prokop - A rough guide to Drosop
Page 37 and 38: Assign the number of the correct ge
Page 39: STEP 1: Remind yourself of the key
Page 43 and 44: Law of segregation / linkage groups
Page 45 and 46: Complication: recombination in fema
Page 47 and 48: Balancers and stock keeping • let
Page 49 and 50: Balancers and stock keeping • bal
Page 51 and 52: Rules to be used here: • 'X' indi
Page 53 and 54: Task: To study the potential effect
Page 55 and 56: Task: To study the potential effect
Page 57 and 58: Task: Recombine P(lacZ,w + ) with l
Page 73 and 74: Drosophila genetics training - Cros
Page 75: Drosophila genetics training - Cros

roote-prokop-2013-g3-drosophila-genetics-training-all

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