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Introduction to IMB | * Curriculum * Introduction for molecular Biology * Overview - Background / History - Concepts - General characteristics - Model systems | ![]() |
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Macromolecules | * Macromolecules ; Nucleic acid, Protein etc. - Basic Features - Structure | ![]() |
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Macromolecule-02 | * Fucntions of macromolecules - Nucleic acid - Proteins - lipid * Macromolecular interactions and the structure of complex aggregates | ![]() |
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Genetic Material | * Genetic material - Experimental identification - General characteristics | ![]() |
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DNA Replication | * DNA replication in Prokaryotes amd Eukaryotes - Overview - Enzymatic DNA replication | ![]() |
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Mutagenesis & DNA Repair | * DNA Damage and DNA Repair - DNA mutagenesis / mutagen - Types of Mutations - DNA repair systems | ![]() |
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DNA Replication and Mutagenesis & DNA Repair | * Transcription in Prokaryotes and Eukaryotes - overview - enzymatic synthesis of RNA - Classes of transcripts - | ![]() |
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Transcription | * Translation - outline - The genetic code - Wobble hypothesis - Ribosomes - Stages - Post-translational modification | ![]() |
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Gene Regulation-I | * Regulation of Gene activity in Prokaryotes | ![]() |
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Gene Regulation(2) | * Regulation of Gene activity in Eukaryotes | ![]() |
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Gene Regulation - Review | * Genomics and Proteomics Drive Information-Age Biology | ![]() |
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Translation(단백질합성) part 1 | * Gene manipulation - Plasmids andTransposon - Restriction enzymes - Applications | ![]() |
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Translation(단백질합성) part 2 | * Use of Recombinant DNA technology in Research-I - in medicine - gene therapy - PCR, DNA Chips etc. | ![]() |
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IMB_Gene_manipulation_review | * Use of Recombinant DNA technology in Research-II - in agriculture - other commercial and industrial applications - Social and ehiccal issues | ![]() |