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** 수업 목적: DP2에서 학습하는 내용을 논리적으로 연결시켜 개념 선행 및 정리. ** 수업 특징: 매 회차별 Review quiz를 통한 복습과 피드백을 통해, 상시로 취약점 파악

**** 심화 문제풀이 반에서는 각 주차의 진도에 대한 심화 문제를 학습합니다. (수강 등록 필요)**

• Negative feedbackloops
• Regulation of glucose
• Thermoregulation | | | 7 | 화 | D2.1 Cell and nuclear division (1) －Generation of new cells in living organisms －Cytokinesis －Phases of mitosis | | | 8 | 수 | D2.1 Cell and nuclear division (2) －Phases of meiosis －Non-disjunction | | | 9 | 목 | D1.1 DNA replication －DNA replication －Semi-conservative nature of DNA replication －Role of helicase and DNA polymerase －Biotechnology - PCR, Gel electropohresis | | | 10 | 금 | D1.2 Protein synthesis －Transcription as the synthesis of RNA －Stability of DNA templates －Expression of genes －Translation as the synthesis of polypeptides －Roles of mRNA, ribosomes and tRNA in translation | | 3 | 11 | 월 | D3.1 Reproduction (1) －Sexual and asexual reproduction －Fusion of gametes －Anatomy of reproductive systems －Fertilization in humans －In vitro fertilization (IVF) treatment | | | 12 | 화 | D3.1 Reproduction (2) －Sexual reproduction in flowering plants －Features of an insect-pollinated flower －Cross-pollination －Dispersal and germination of seeds | | | 13 | 수 | D3.2 Inheritance (1) －Production of haploid gametes in parents －Methods for conducting genetic crosses in flowering plants －Genotype as the combination of alleles －Phenotype as the observable traits of an organism －Effects of dominant and recessive alleles on phenotype －Phenotypic plasticity | | | 14 | 목 | D3.2 Inheritance (2) －Single-nucleotide polymorphisms －ABO blood groups as an example of multiple alleles －Incomplete dominance and codominance －Genetic disorders | | | 15 | 금 | D1.3 Mutation and gene editing －Gene mutations as structural changes －Causes of gene mutation －Consequences of mutation in germ cells －Mutation as a source of genetic variation | | 4 | 16 | 월 | D1.1 DNA replication (HL Only) －Directionality of DNA polymerases －Differences between replication －Functions of DNA proteins －DNA proofreading

D1.2 Protein synthesis (HL Only) －Directionality of transcription and translation －Initiation of transcription at the promoter －Non-coding sequences in DNA －Alternative splicing of exons －Modification of polypeptides into their functional state | | | 17 | 화 | D1.3 Mutation and gene editing (HL Only) －Gene knockout as a technique －Use of the CRISPR sequences and the enzyme Cas9 －Hypotheses to account for conserved sequences in genes

D2.1 Cell and nuclear division (HL Only) －Cell proliferation for growth, replacement and tissue repair －Cell growth during interphase －Control of the cell cycle using cyclins －Differences between tumours in cell division and growth | | | 18 | 수 | D2.2 Gene expression (HL Only) －Gene expression －Regulation of transcription by proteins －Control of the degradation of mRNA －Examples of environmental effects on gene expression －External factors impacting the pattern of gene expression | | | 19 | 목 | D3.1 Reproduction (HL Only)

• Control of the developmental changes of puberty
• Spermatogenesis and oogenesis in human
• Development of a blastocyst and implantation
• Pregnancy testing
• Role of the placenta in foetal development | | | 20 | 금 | D3.2 Inheritance (HL Only) －Segregation and independent assortment －Punnett grids －Loci of human genes －Autosomal gene linkage －Recombinants in crosses |