| 1-1: Central Dogma |
DNA determines the structure of proteins |
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| 1-2: Hierarchy |
Interacting systems provide specific functions within multicellular organisms. |
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| 1-3: Homeostasis |
feedback mechanisms maintain homeostasis. |
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| 1-4: Cell division |
Cell division (mitosis) and differentiation. |
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| 1-8: Reproduction |
Human reproduction and development maintains continuity of life. |
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| 1-5: Photosynthesis |
photosynthesis transforms light energy into stored chemical energy. |
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| 1-6: Synthesis |
carbon-based molecules can be assembled into larger molecules, such as proteins |
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| 1-7: Respiration |
cellular respiration transfers food energy to ATP. |
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| 3-1: Role of DNA |
Role of DNA in passage of traits from parents to offspring. |
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| 3-2: Variation |
inheritable genetic variations results from four processes |
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| 3-3: Inheritance |
Statistics & probability explain the distribution of traits in a population |
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| 2-1: Logistic Growth |
Logistic growth of a population |
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| 2-2: Biodiversity |
Species Diversity |
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| 2-3&4: Ecosystems |
Movement of matter and energy in ecosystems |
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| 2-5: Carbon Cycle |
Carbon Cycle |
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| 2-6: Succession |
Ecological succession and role of disturbance |
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| 2-7: Human Impacts |
Human impact on ecosystems |
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| 4-1: Evidence |
Evidence for evolution |
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| 4-2: Natural Select |
Process of Natural Selection |
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| 4-3: Evo of Pop |
Evolution of Populations |
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| 4-4: Adaptation |
Adaptation to environment |
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| 4-5: Macroevolution |
Macroevolution |
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| ES 2-6: Earth System |
Carbon cycle: interacting Earth systems |
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| ETS1-3: Evaluate |
Evaluate a Solution |
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| ES 2-7: Early Life |
Early life on Earth |
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| 2-8: Group Behavior |
how group behavior helps individuals and species survive and reproduce |
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