강사 수업 방학 단체반 종료

생물 개념반 (SL+HL)

IB 생물

학기
2026 여름방학
학년
DP1
요일·시간
월~금 14:00~15:30 (1시간 30분)
담당
김민성 강사
수업 방식
1차(6/15~7/12) 강남점 대면 + Zoom 동시 · 2차(7/13~8/9) Zoom 온라인

이 수업 상담 문의

회차와 기간

구분회차기간
1차 · HL20회6/15~7/10
1차 · SL15회6/15~7/3
2차 · HL20회7/13~8/7
2차 · SL15회7/13~7/31

수업 목적: DP2에서 학습하는 내용을 논리적으로 연결시켜 개념 선행 및 정리.

수업 특징: 매 회차별 Review quiz를 통한 복습과 피드백을 통해, 상시로 취약점 파악

실러버스

회차마다 배우는 내용입니다. HL 표시가 있는 회차는 HL 학생만 듣습니다.

1주차

  1. 1회월
    B1.1 Carbohydrates and lipids
    • Chemical properties of the carbon atom
    • Condensation and hydrolysis reactions
    • Monomer & Polymer
  2. 2회화
    B1.1 Carbohydrates and lipids
    • Form and function of monosaccharides
    • Polysaccharides
    • Role of glycoproteins
    • Structure of lipid
  3. 3회수
    B1.2 ProteinsA1.2 Nucleic acids (1)
    • Structure of an amino acid
    • Peptide chains
    • Denaturation of protein structures
    • Nucleic Acids: DNA & RNA
    • Components of a nucleotide
    • Sugar-phosphate backbone
  4. 4회목
    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. 5회금
    A1.1 Water
    • Water as the medium for life
    • Hydrogen bonds
    • Cohesion & Adhesion of water

2주차

  1. 6회월
    A2.2 Cell structure (1)
    • Basic structural unit of life: Cells
    • Microscopy skills
    • Developments in microscopy
  2. 7회화
    A2.2 Cell structure (2)
    • Structures common to cells
    • Prokaryote cell structure
    • Processes of life in unicellular organisms
    • Eukaryote cell structure
  3. 8회수
    A2.2 Cell structure (3)
    • Differences in eukaryotic cell structure
    • Atypical cell structure in eukaryotes
    • Cell structures viewed in micrographs
  4. 9회목
    B2.2 Organelles and compartmentalization
    • Subunits of cells
    • Advantage of the separation
    • Compartmentalization in the cytoplasm
  5. 10회금
    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

3주차

  1. 11회월
    D2.3 Water potential
    • Water movement
    • Effects of water movement - Animal and Plant cells
    • Medical applications of isotonic solutions
  2. 12회화
    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
  3. 13회수
    C1.1 Enzymes and metabolism
    • Role of enzymes in metabolism
    • Anabolic and catabolic reactions
    • Enzyme-substrate specificity
  4. 14회목
    C1.2 Cell respiration
    • ATP as the energy currency for life
    • Energy transfers ATP and ADP
    • Anaerobic and aerobic cell respiration
  5. 15회금
    C1.3 Photosynthesis
    • Transformation of light energy to chemical energy
    • Carbon dioxide to glucose
    • Techniques for varying concentrations

4주차

  1. 16회월
    B1.2 ProteinsHLB2.1 Membranes and membrane transport
    • Chemical diversity in the R-groups
    • Impact of primary structure
    • Pleating and coiling of secondary structure
    • Dependence of tertiary structure
    • Quaternary structure
    • Cholesterol and membrane fluidity in animal cells
    • Gated ion channels in neurons
    • Sodium-potassium pumps
  2. 17회화
    B2.2 Organelles and compartmentalizationHLB2.3 Cell specialization
    • Adaptations of the mitochondrion for production of ATP
    • Structure and function of cell organells
    • 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
  3. 18회수
    A1.1 WaterHLD2.3 Water potential
    • Extraplanetary origin of water on Earth
    • Relationship between the search for extraterrestrial life
    • Water potential as the potential energy
    • Movement of water from higher to lower water potential
    • Water potential and water movements in plant tissue
  4. 19회목
    A2.1 Origins of cellsHL
    • Cells as the smallest units of self-sustaining life
    • Challenge of explaining the spontaneous origin of cells
    • Evidence for the origin of carbon compounds
  5. 20회금
    A2.3 VirusesHL
    • Structural features common to viruses
    • Diversity of structure in viruses
    • Lytic cycle of a virus
    • Lysogenic cycle of a virus

이 반 상담 문의

학교, 학년, 현재 성적을 알려 주시면 이 반이 맞는지, 다른 반이나 1:1이 나은지 함께 봐 드립니다.

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