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Titel
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Forløb#2
Dynamic Study plan biology HL/SL 2024-2026
A1:1: Water pg. 2-11, origin of water on Earth (HL only) pg. 11-13
D2.3: Water potential
- osmosis in potatoes
A2.2 Cell structure pg. 49-82
- microscopy, converting units and measuring sample sizes
A2.1 Origins of cells (HL only) pg. 82-87
A1.2 Nucleic acids pg. 14-25
- Datamining experiment with data on genome size (pg. 116)
A3.1 Diversity of organisms pg. 102-118, Difficulty in species classification in bacteria, DNA barcoding, dichotomous keys (HL only) pg. 118-124 (Examples on articles with a combination of DNA barcoding, use of morphology and DNA in identifying new species.
D2.1 Cell and nuclear division pg. 648-661, cell proliferation (HL only) pg. 662-669, mitotic index
- germination experiment with peas in soil w/wo nicotine pouches (snuff)
D3.1: Reproduction pg. 693-709, control of changes of puberty (HL only) pg. 709-724
- germination experiment continued
D3.2 Inheritance pg 725-747, segregation and independent assortment of unlinked genes in meiosis, dihybrid cross and X2-tests (HL only) pg. 747-759
- assignment on osmosis in eggs
D3.3 Homeostasis pg. 760-768, Kidneys and osmoregulation (HL only) pg. 768-778
- assignment on X2-test on dihybrid corn germination
D1.1 DNA replication pg. 602-611, leading and lagging strand replication (HL only) pg. 611-614
D1.2 Protein synthesis pg. 615-624, directionality, modification, splicing in protein synthesis (HL only) pg. 625-636
- assignment on kidneys and protein synthesis (HL)
- assignment on protein synthesis (SL)
D1.3 Mutation and gene editing pg. 637-643, gene knock out and CRISPR (HL only) pg. 643-647
D2.2 Gene expression (HL only) pg. 670-680
- assignment on epigenetics
D4.1 Natural selection pg. 779-790, gene pools and Hardy-Weinberg equations (HL only) pg. 790 – 797
- assignment on a HW-equation on a population
A4.1 Evolution and speciation pg. 138-151, Differences and similarities in speciations (HL only) 151-155
C1.2 Cell respiration pg. 405-411, details of respiration (HL only) pg. 412-424
C1.1 Enzymes and metabolism pg. 380-396, Pathways, inhibition etc (HL only) pg. 396-404
Dissection of kidney from cow
Enzyme experiment with catalase
B1.1 Carbohydrates and lipids pg. 181-204
SUMMER BREAK IB1-IB2
B2.1 Membranes and membrane transport pg. 223-236, membrane fluidity pg. 237-243
B2.2 Organelles and compartmentalization pg. 244-248, adaptations of organelles (HL only) pg. 248-255
B2.3 Cell specialization pg. 256-264, adaptations in specific cells (HL only) pg. 265-272
B1.2 Proteins pg. 205-210, chemical diversity and protein structure (HL only) pg. 211-222
A2.1 Origins of cells (HL only) pg. 34-48
A3.2 Classification and cladistics (HL only) pg. 125-137
A4.2 Conservation of biodiversity pg. 156-180
B4.1 Adaptation to environment pg. 341-362
B4.2 Ecological niches pg. 363-379
C4.1 Populations and communities pg. 548-577
C4.2 Transfers of energy and matter pg. 578-601
D4.2 Stability and change pg. 798-814, Succession (HL only) pg. 814-819
D4.3 Climate change pg. 820-834, phenology (HL only) pg. 834-837
C1.3 Photosynthesis pg. 425-438, Light and dark reactions in photosynthesis (HL only) pg. 439-449
C2.1 Chemical signaling (HL only) pg. 450-466
C2.2 Neural signaling pg. 467-478, polarizations and perceptions (HL only) pg. 479-489
C3.1 Integration of body systems pg. 490-509, tropic responses (HL only) pg. 509-516
C3.2 Defense against disease pg. 517-547
B3.1 Gas exchange pg. 273-291, Haemoglobin and oxygen transport (HL only) pg. 291-294
B3.2 Transport pg. 295- 310, transport in different tissues (HL only) pg. 310-325
B3.3 Muscle and motility (HL only) pg. 326-340
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