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Chapter 1. 1.1 A Basic Plant Cross animation_1_1.html56328732757a2ef315000002
DLAP questionsanimation_1_1_dlap.xml56328732757a2ef315000002
Chapter 1. 1.2 The Central Dogma animation_1_2.html5632a260757a2e0b1e000000
DLAP questionsanimation_1_2_dlap.xml5632a260757a2e0b1e000000
Chapter 1. 2.1 Mitosis animation_2_1.html5632a629757a2e8823000000
DLAP questionsanimation_2_1_dlap.xml5632a629757a2e8823000000
Chapter 1. 2.2 Meiosis animation_2_2.html5632a8dd757a2e8623000000
DLAP questionsanimation_2_2_dlap.xml5632a8dd757a2e8623000000
Chapter 1. 2.3 X-Linked Inheritance in Flies animation_2_3.html56390154757a2e9d0e000000
DLAP questionsanimation_2_3_dlap.xml56390154757a2e9d0e000000
Chapter 1. 3.1 Meiotic Recombination Between Unlinked Genes by Independent Assortment animation_3_1.html5639281c757a2e0c1e000000
DLAP questionsanimation_3_1_dlap.xml5639281c757a2e0c1e000000
Chapter 1. 3.2 Punnett Square and Branch Diagram Methods for Predicting the Outcomes of Crosses animation_3_2.html56392de5757a2eef1d000000
DLAP questionsanimation_3_2_dlap.xml56392de5757a2eef1d000000
Chapter 1. 3.3 Analyzing a Cross: A Solved Problem animation_3_3.html56393472757a2e9b20000000
DLAP questionsanimation_3_3_dlap.xml56393472757a2e9b20000000
Chapter 1. 4.1 Crossing Over Produces New Allelic Combinations animation_4_1.html56390558757a2e190f000000
DLAP questionsanimation_4_1_dlap.xml56390558757a2e190f000000
Chapter 1. 4.2 Meiotic Recombination Between Linked Genes by Crossing Over animation_4_2.html56390625757a2eff0e000000
DLAP questionsanimation_4_2_dlap.xml56390625757a2eff0e000000
Chapter 1. 4.3 A Molecular Model of Crossing Over animation_4_3.html563908ed757a2e0112000000
DLAP questionsanimation_4_3_dlap.xml563908ed757a2e0112000000
Chapter 1. 4.4 Mapping a Three-Point Cross: A Solved Problem animation_4_4.html56391991757a2e0118000000
DLAP questionsanimation_4_4_dlap.xml56391991757a2e0118000000
Chapter 1. 5.1 Bacterial Conjugation and Mapping by Recombination animation_5_1.html56391e8f757a2eb81a000000
DLAP questionsanimation_5_1_dlap.xml56391e8f757a2eb81a000000
Chapter 1. 6.1 Interactions Between Alleles at the Molecular Level, RR: Wild Type animation_6_1.html56391f5d757a2eec1a000001
DLAP questionsanimation_6_1_dlap.xml56391f5d757a2eec1a000001
Chapter 1. 6.2 Interactions Between Alleles at the Molecular Level, rr: Homozygous Recessive, Null Mutation animation_6_2.html56392331757a2e9c1d000000
DLAP questionsanimation_6_2_dlap.xml56392331757a2e9c1d000000
Chapter 1. 6.3 Interactions Between Alleles at the Molecular Level, r'r': Homozygous Recessive, Leaky Mutation animation_6_3.html563927d3757a2e1e1e000000
DLAP questionsanimation_6_3_dlap.xml563927d3757a2e1e1e000000
Chapter 1. 6.4 Interactions Between Alleles at the Molecular Level, Rr: Heterozygous, Complete Dominance animation_6_4.html56394050757a2ec026000000
DLAP questionsanimation_6_4_dlap.xml56394050757a2ec026000000
Chapter 1. 6.5 Screening and Selecting for Mutations animation_6_5.html563a113d757a2ee12e000000
DLAP questionsanimation_6_5_dlap.xml563a113d757a2ee12e000000
Chapter 1. 6.6 A Model for Synthetic Lethality animation_6_6.html563a1534757a2e2e77000000
DLAP questionsanimation_6_6_dlap.xml563a1534757a2e2e77000000
Chapter 1. 7.1 DNA Replication: The Nucleotide Polymerization Process animation_7_1.html563935a6757a2e9d23000000
DLAP questionsanimation_7_1_dlap.xml563935a6757a2e9d23000000
Chapter 1. 7.2 DNA Replication: Coordination of Leading and Lagging Strand Synthesis animation_7_2.html56393c6d757a2e6a26000000
DLAP questionsanimation_7_2_dlap.xml56393c6d757a2e6a26000000
Chapter 1. 7.3 DNA Replication: Replication of a Chromosome animation_7_3.html563a4eb1757a2e7a14000000
DLAP questionsanimation_7_3_dlap.xml563a4eb1757a2e7a14000000
Chapter 1. 8.1 Transcription in Prokaryotes animation_8_1.html56393f63757a2e7f26000001
DLAP questionsanimation_8_1_dlap.xml56393f63757a2e7f26000001
Chapter 1. 8.2 Transcription in Eukaryotes animation_8_2.html5639460f757a2e4229000000
DLAP questionsanimation_8_2_dlap.xml5639460f757a2e4229000000
Chapter 1. 8.3 Mechanism of RNA Splicing animation_8_3.html563a1c96757a2ead49000000
DLAP questionsanimation_8_3_dlap.xml563a1c96757a2ead49000000
Chapter 1. 9.1 Peptide Bond Formation animation_9_1.html563a2146757a2eaf4900000a
DLAP questionsanimation_9_1_dlap.xml563a2146757a2eaf4900000a
Chapter 1. 9.2 tRNA Charging animation_9_2.html563a2322757a2e074f000000
DLAP questionsanimation_9_2_dlap.xml563a2322757a2e074f000000
Chapter 1. 9.3 Translation animation_9_3.html563946e5757a2e052c000000
DLAP questionsanimation_9_3_dlap.xml563946e5757a2e052c000000
Chapter 1. 9.4 Nonsense Suppression at the Molecular Level animation_9_4.html563a247a757a2e5e03000000
DLAP questionsanimation_9_4_dlap.xml563a247a757a2e5e03000000
Chapter 1. 10.1 Polymerase Chain Reaction animation_10_1.html56394b55757a2eb62e000000
DLAP questionsanimation_10_1_dlap.xml56394b55757a2eb62e000000
Chapter 1. 10.2 Plasmid Cloning animation_10_2.html563a267e757a2e0a4f000001
DLAP questionsanimation_10_2_dlap.xml563a267e757a2e0a4f000001
Chapter 1. 10.3 Finding Specific Cloned Genes by Functional Complementation: Making a Library of Wild-Type Yeast DNA animation_10_3.html563a3434757a2eca08000000
DLAP questionsanimation_10_3_dlap.xml563a3434757a2eca08000000
Chapter 1. 10.4 Finding Specific Cloned Genes by Functional Complementation: Functional Complementation of the Gal Yeast Strain and Recovery of the Wild-Type GAL Gene animation_10_4.html563a3606757a2e2906000000
DLAP questionsanimation_10_4_dlap.xml563a3606757a2e2906000000
Chapter 1. 10.5 Finding Specific Cloned Genes by Functional Complementation: Using the Cloned GAL Gene as a Probe for GAL and mRNA animation_10_5.html563a3638757a2ecb08000000
DLAP questionsanimation_10_5_dlap.xml563a3638757a2ecb08000000
Chapter 1. 10.6 SDS Gel Electrophoresis and Immunoblotting animation_10_6.html563a380b757a2e7a03000000
DLAP questionsanimation_10_6_dlap.xml563a380b757a2e7a03000000
Chapter 1. 10.7 Dideoxy Sequencing of DNA animation_10_7.html56394b60757a2eb62e000001
DLAP questionsanimation_10_7_dlap.xml56394b60757a2eb62e000001
Chapter 1. 10.8 Creating a Transgenic Mouse animation_10_8.html563a3c7e757a2e0809000000
DLAP questionsanimation_10_8_dlap.xml563a3c7e757a2e0809000000
Chapter 1. 11.1 Regulation of the Lactose System in E. coli: Assaying Lactose Presence/Absence Through the Lac Repressor animation_11_1.html563a3ddb757a2e0609000000
DLAP questionsanimation_11_1_dlap.xml563a3ddb757a2e0609000000
Chapter 1. 11.2 Regulation of the Lactose System in E. coli: O^c lac Operator Mutations animation_11_2.html563a3dfc757a2e7a03000001
DLAP questionsanimation_11_2_dlap.xml563a3dfc757a2e7a03000001
Chapter 1. 11.3 Regulation of the Lactose System in E. coli: I^- Lac Repressor Mutations animation_11_3.html563a43e6757a2e960e000000
DLAP questionsanimation_11_3_dlap.xml563a43e6757a2e960e000000
Chapter 1. 11.4 Regulation of the Lactose System in E. coli: I^s Lac Superrepressor Mutations animation_11_4.html563a4404757a2e970e000000
DLAP questionsanimation_11_4_dlap.xml563a4404757a2e970e000000
Chapter 1. 12.1 Galactose Metabolism in Yeast animation_12_1.html563a4917757a2ec711000000
DLAP questionsanimation_12_1_dlap.xml563a4917757a2ec711000000
Chapter 1. 12.2 Gal4 Regulation of Galactose-Metabolizing Enzymes animation_12_2.html563a4bd4757a2e6e14000000
DLAP questionsanimation_12_2_dlap.xml563a4bd4757a2e6e14000000
Chapter 1. 12.3 Gal4 Modularity and Gene Induction in Non-Yeast Species animation_12_3.html563a567c757a2eee17000000
DLAP questionsanimation_12_3_dlap.xml563a567c757a2eee17000000
Chapter 1. 12.4 Three-Dimensional Structure of Nuclear Chromosomes animation_12_4.html563a5688757a2eee17000001
DLAP questionsanimation_12_4_dlap.xml563a5688757a2eee17000001
Chapter 1. 12.5 Chromatin Remodeling animation_12_5.html563a5693757a2eee17000002
DLAP questionsanimation_12_5_dlap.xml563a5693757a2eee17000002
Chapter 1. 13.1 Drosophila Embryonic Development animation_13_1.html563a569f757a2eee17000003
DLAP questionsanimation_13_1_dlap.xml563a569f757a2eee17000003
Chapter 1. 13.2 Sex Determination in Flies animation_13_2.html563b62f2757a2ef47c000000
DLAP questionsanimation_13_2_dlap.xml563b62f2757a2ef47c000000
Chapter 1. 14.1 DNA Microarrays: Using an Oligonucleotide Array to Analyze Patterns of Gene Expression animation_14_1.html563b6983757a2e993a000000
DLAP questionsanimation_14_1_dlap.xml563b6983757a2e993a000000
Chapter 1. 14.2 DNA Microarrays: Synthesizing an Oligonucleotide Array animation_14_2.html563b6b77757a2ef908000000
DLAP questionsanimation_14_2_dlap.xml563b6b77757a2ef908000000
Chapter 1. 14.3 Yeast Two-Hybrid Systems animation_14_3.html563b6cf5757a2e0a65000000
DLAP questionsanimation_14_3_dlap.xml563b6cf5757a2e0a65000000
Chapter 1. 15.1 Replicative Transposition animation_15_1.html563b7042757a2e953a000000
DLAP questionsanimation_15_1_dlap.xml563b7042757a2e953a000000
Chapter 1. 15.2 Life Cycle of a Retrovirus animation_15_2.html563b71f9757a2e933a000000
DLAP questionsanimation_15_2_dlap.xml563b71f9757a2e933a000000
Chapter 1. 15.3 The Ty1 Mechanism of Retrotransposition animation_15_3.html563b733b757a2ef27c000000
DLAP questionsanimation_15_3_dlap.xml563b733b757a2ef27c000000
Chapter 1. 16.1 Replication Slippage Creates Insertion or Deletion Mutations animation_16_1.html563b77f3757a2e0c65000001
DLAP questionsanimation_16_1_dlap.xml563b77f3757a2e0c65000001
Chapter 1. 16.2 Repair of UV-Induced Photodimers animation_16_2.html563b7c35757a2ea80e000000
DLAP questionsanimation_16_2_dlap.xml563b7c35757a2ea80e000000
Chapter 1. 16.3 Base-Excision Repair, Nucleotide Excision Repair, and Mismatch Repair animation_16_3.html563b7c7b757a2ea10e000000
DLAP questionsanimation_16_3_dlap.xml563b7c7b757a2ea10e000000
Chapter 1. 17.1 Autotetraploid Meiosis animation_17_1.html563b8e54757a2eb111000000
DLAP questionsanimation_17_1_dlap.xml563b8e54757a2eb111000000
Chapter 1. 17.2 Meiotic Nondisjunction at Meiosis I animation_17_2.html563b90b8757a2efa08000000
DLAP questionsanimation_17_2_dlap.xml563b90b8757a2efa08000000
Chapter 1. 17.3 Meiotic Nondisjunction at Meiosis II animation_17_3.html563b926e757a2e3d14000000
DLAP questionsanimation_17_3_dlap.xml563b926e757a2e3d14000000
Chapter 1. 17.4 Chromosome Rearrangements: Formation of Paracentric Inversions animation_17_4.html563b9499757a2e5514000000
DLAP questionsanimation_17_4_dlap.xml563b9499757a2e5514000000
Chapter 1. 17.5 Chromosome Rearrangements: Meiotic Behavior of Paracentric Inversions animation_17_5.html563b98e7757a2e3c14000000
DLAP questionsanimation_17_5_dlap.xml563b98e7757a2e3c14000000
Chapter 1. 17.6 Chromosome Rearrangements: Formation of Reciprocal Translocations animation_17_6.html563b99e9757a2e3c14000001
DLAP questionsanimation_17_6_dlap.xml563b99e9757a2e3c14000001
Chapter 1. 17.7 Chromosome Rearrangements: Meiotic Behavior of Reciprocal Translations animation_17_7.html563b9c2f757a2e930e000000
DLAP questionsanimation_17_7_dlap.xml563b9c2f757a2e930e000000
Chapter 1. 17.8 Chromosome Rearrangements: Pseudolinkage of Genes by Reciprocal Translocations animation_17_8.html563b9e9d757a2e701c000000
DLAP questionsanimation_17_8_dlap.xml563b9e9d757a2e701c000000