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Understanding Genetics

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    • Category : Natural Sciences > Biology & Life Science
    • Keyword : Genetics,Essentials of Genetics,modern genetics,Mendel,Mendle law
    • Taught by : Yungyeong Choi
    • Created By : Konkuk University
    • Offered By : KOCW
    • Date Added : 2019.10.08

    1Understanding essentials of Genetics 2Providing the most modern and up-to-date coverage of Genetics

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Number of lessons: 13 facebook twitter line whatsapp kakaotalk

차시별 강의
No Contents Type & Play Subject Description URL
1. Type weblink Subject Description
  • Extensions to Mendel for Single-Gene Inheritance
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  • Chromosomes: The Carriers of Genes, Sex chromosomes and sex determination, Mitosis: Cell division that preserves chromosome number, Mitosis: Cell division that halve chromosome number, Gametogenesis, Validation of the chromosome theory, Sex-linked and sexually dimorphic traits in humans
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4. Type weblink Subject Description
  • Gene linkage and recombination, recombination: a result of crossing-over during meiosis, Mapping: Locating genes along a chromosome, The Chi-Square test and linkage analysis
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  • Gene linkage and recombination, recombination: a result of crossing-over during meiosis, Mapping: Locating genes along a chromosome, The Chi-Square test and linkage analysis
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6. Type weblink Subject Description
  • Tetrad analysis in fungiMitotic recombination and genetic Mosaics
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7. Type weblink Subject Description
  • Experimental Evidence for DNA as the Genetic Material, The watson and crick double helix model of DNA, Genetic Information in DNA base sequence, DNA Replication, Recombination at the DNA Level
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8. Type weblink Subject Description
  • Mutations Primary tools of genetic anlysis, Molecular mechanisms of Mutation, What Mutations tell us about gene sructure /gene function
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9. Type weblink Subject Description
  • A comprehensive example: mutations that affect vision
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10. Type weblink Subject Description
  • The Genetic code, Transcription: from DNA to RNA, Transtation: from mRNA to protein, Differences in Gene expression between Prokaryotes and Eukaryotes, The effects of Mutations on Gene Expression and Function
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11. Type weblink Subject Description
  • Fragmention DNA, Cloning DNA Fragments, Sequencing DNA, Sequencing Genomes, Finding the Genes in Genomes, Genome architecture and evolution, Bioinformatics: Information Technology and Genomes, A comprehensive Example: The Hemoglobin genes
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12. Type weblink Subject Description
  • Chromosomal DNA and ProteinsChromosome structure and compactionChromosomal packaging and Gene expressionReplication of Eukaryotic ChromosomesChromosome SegregationArtificial Chromosome
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13. Type weblink Subject Description
  • Rearrangements of Chromosomal DNA, The effects of Rearrangements, Transposable genetic elements, Aberrations in Chromosome number aneuploidy, Variation in number of chromosome sets Euploidy
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14. Type weblink Subject Description
  • The enormous diversity of bacteria, Bacterial genomes, Bacteria as Experimental organisms, Gene transfer in Bacteria
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