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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)**

• Chemical properties of the carbon atom
• Condensation and hydrolysis reactions
• Monomer & Polymer | | | 2 | 화 | B1.1 Carbohydrates and lipids
• Form and function of monosaccharides
• Polysaccharides
• Role of glycoproteins
• Structure of lipid | | | 3 | 수 | B1.2 Proteins
• Structure of an amino acid
• Peptide chains
• Denaturation of protein structures

A1.2 Nucleic acids (1)

• Nucleic Acids – DNA & RNA
• Components of a nucleotide
• Sugar–phosphate backbone | | | 4 | 목 | A1.2 Nucleic acids (2)
• Bases in each nucleic acid
• Structures of nucleic acids
• Differences between DNA and RNA
• Role of complementary base pairing | | | 5 | 금 | A1.1 Water
• Water as the medium for life
• Hydrogen bonds
• Cohesion & Adhesion of water | | 2 | 6 | 월 | A2.2 Cell structure (1)
• Basic structural unit of life – Cells
• Microscopy skills
• Developments in microscopy | | | 7 | 화 | A2.2 Cell structure (2)
• Structures common to cells
• Prokaryote cell structure
• Processes of life in unicellular organisms
• Eukaryote cell structure | | | 8 | 수 | A2.2 Cell structure (3)
• Differences in eukaryotic cell structure
• Atypical cell structure in eukaryotes
• Cell structures viewed in micrographs | | | 9 | 목 | B2.2 Organelles and compartmentalization
• Subunits of cells
• Advantage of the separation
• Compartmentalization in the cytoplasm | | | 10 | 금 | B2.1 Membranes and membrane transport
• Lipid bilayers
• Simple diffusion
• Integral and peripheral proteins in membranes
• Channel proteins for facilitated diffusion
• Pump proteins for active transport | | 3 | 11 | 월 | D2.3 Water potential －Water movement －Effects of water movement - Animal and Plant cells －Medical applications of isotonic solutions | | | 12 | 화 | B2.3 Cell specialization －Unspecialized cells following fertilization －Properties of stem cells －Totipotent, pluripotent and multipotent stem cells －Surface area-to-volume ratios and constraints on cell size | | | 13 | 수 | C1.1 Enzymes and metabolism －Role of enzymes in metabolism －Anabolic and catabolic reactions －Enzyme–substrate specificity | | | 14 | 목 | C1.2 Cell respiration －ATP as the energy currency for life －Energy transfers ATP and ADP －Anaerobic and aerobic cell respiration | | | 15 | 금 | C1.3 Photosynthesis －Transformation of light energy to chemical energy －Carbon dioxide to glucose －Techniques for varying concentrations | | 4 | 16 | 월 | B1.2 Proteins (HL Only) －Chemical diversity in the R-groups －Impact of primary structure －Pleating and coiling of secondary structure －Dependence of tertiary structure －Quaternary structure

B2.1 Membranes and membrane transport (HL Only) －Cholesterol and membrane fluidity in animal cells －Gated ion channels in neurons －Sodium–potassium pumps | | | 17 | 화 | B2.2 Organelles and compartmentalization (HL Only) －Adaptations of the mitochondrion for production of ATP －Structure and function of cell organells

B2.3 Cell specialization (HL Only) －Adaptations to surface area-to-volume ratios of cells －Adaptations of type I and type II pneumocytes in alveoli －Adaptations of sperm and egg cells | | | 18 | 수 | A1.1 Water (HL Only) －Extraplanetary origin of water on Earth －Relationship between the search for extraterrestrial life

D2.3 Water potential －Water potential as the potential energy －Movement of water from higher to lower water potential －Water potential and water movements in plant tissue | | | 19 | 목 | A2.1 Origins of cells (HL Only) －Cells as the smallest units of self-sustaining life －Challenge of explaining the spontaneous origin of cells －Evidence for the origin of carbon compounds | | | 20 | 금 | A2.3 Viruses (HL Only)

• Structural features common to viruses
• Diversity of structure in viruses
• Lytic cycle of a virus
• Lysogenic cycle of a virus |