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IES Ramon Llull (Palma · Balearic Islands) (C) Pep Rios
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3 ESO
1. LIVING MATTER
1.1. Levels of organization of the living beings
1.2. The Biomolecules and the Cell
1.2.1. Common structures in eukaryotic cells
1.3. Tissues
1.4. Organs, Systems and Apparatuses
2. NUTRITION FUNCTION
2.1. Nutrients and foods
2.1.1. Carbohydrates
2.1.2. Proteins
2.1.3. Lipids (Fats)
2.1.4. Vitamins
2.1.5. Minerals
2.1.6. Water
2.2. The food consumption
2.2.1. Healthy diets
2.2.1.1. Nutrition Guides
2.2.2. Food processing and preservation.
2.2.3. The food marketing.
2.2.4. Food production. Transgenic foods
2.3. Nutrition process (I). The Digestive System.
2.3.1. Oral Cavity
2.3.2. Esophagus
2.3.3. Stomach
2.3.4. Small Intestine
2.3.5. Large Intestine
2.3.6. Annexed Glands
2.3.7. Digestion process
2.3.8. Global Activities, Links, Games and other resources
2.4. Nutrition process (II). Circulatory system
2.4.1. Circulatory system anatomy and phisiology (I). The heart.
2.4.2. Circulatory system anatomy and phisiology (II). The Blood Vessels.
2.4.3.Circulatory system anatomy and phisiology (III). Blood circulation.
2.4.4.Circulatory system anatomy and phisiology (IV). The Blood
2.4.5. The lymphatic system
2.4.6. Global Activities
2.4.7. Videos
2.5. Nutrition process (III). Respiratory system
2.5.1. Respiratory system physiology
2.5.2. Activities, Animations and Links
2.6. Nutrition process (IV). Urinary system
2.6.1. Urinary system Anatomy
2.6.2. Urinary system Physiology
2.6.3. Activities
3. COORDINATION FUNCTION
3.1. Coordination function (I). The nervous system
3.1.1. Neurons and their functions
3.1.2. Neuroglia. The nerve impulse.
3.1.3. Central Nervous System
3.1.4. Peripheral nervous system
3.2. Coordination function (II). Sensory receptors
3.2.1. Vision
3.2.1.1. Light
3.2.1.2. Retina
3.2.1.3. Visual Pathways
3.2.2. Audition
3.2.2.1. The auditory system
3.2.2.2. Hearing
3.2.3. Olfaction
3.2.4. Taste
3.2.5. Equilibrium (Vestibulary sense)
3.3. Coordination function (III). Endocrine system
3.3.1. Anatomy and physiology of the endocrine system
3.3.1.1. The Complex Hypothalamys, Pituitary gland and Thyroid.
3.3.1.2. The Adrenal Glands
3.3.1.3. The Pineal Gland and Gonads
3.3.1.4. The pancreas
3.4. Coordination function (IV). Effectors
3.4.1. Human Skeleton
3.4.2. Muscular system
3.5. Activities, links and others
4. SEXUAL SYSTEM
5. HEALTH AND DISEASE
4 ESO
1. THE CELL
1.1. Cell theory and it’s importance in Biology
1.2. The cell theory and the structure of living things
1.3. The living matter components
1.3.1. Inorganic Biomolecules
1.3.2. Organic molecules
1.3.2.1. Carbohydrates
1.3.2.2. Lipids
1.3.2.3. Proteins
1.3.2.4. Nucleic acids
1.3.3. Activities
1.4. Eucaryotic cell structure
1.4.1. Cell Size and Scale
1.4.2. The Nature of Stem Cells
1.5. Cell transport
2. DNA AND BIOTECHNOLOGY
2.1. DNA structure
annex 1. Learning Genetics. Sweet DNA
2.2. From DNA to Proteins. The Genetic Code
2.3. Protein Synthesis
2.4. DNA Replication
2.4.1. Replication is semi-conservative. Meselson and Stahl experiment.
2.5. Mutations
2.5.1. ACTIVITIES
2.6. Biotechnology
Annex I. Animations, videos and exercises
3. CELL DIVISION
3.1. Chromosomes & Genome
3.2. The cell cycle
3.3. Mitosis
3.4. Meiosis
3.5. Comparison of mitosis and meiosis
4. GENETICS
4.1. Genetics terms
4.2. Mendelian inheritance
4.2.1. Mendel’s First Experiments (monohybrid cross)
4.2.2. Mendel’s second experimentt (Dihybrid cross)
4.3. Special inheritance I
4.4. Special inheritance II
ANNEX I. External Links. Movies and animations
5. EVOLUTION
5.1. Historical background. Spontaneous generation (Abiogenesis)
5.2. The Origin of life
5.3. Pre-darwinian theories
5.4. The Birth of the Theory of Evolution
5.5. Evidence of Evolution
5.6. Human evolution
5.6.1. First stages
5.6.2. Genus Australopithecus
5.6.3. Genus Homo
6. ECOLOGY
6.1. Basic concepts of ecology
6.2. The biosfere like an ecosystem (I). Terrestrial ecosystems.
6.2.1. Tropical and subtropical moist broadleaf forests
6.2.2. Tropical and subtropical dry broadleaf forests
6.2.3. Tropical and subtropical coniferous forests
6.2.4. Temperate broadleaf and mixed forest
6.2.5. Temperate coniferous forest
6.2.6. Taiga
6.2.7. Tropical and subtropical grasslands, savannas, and shrublands
6.2.8. Temperate grasslands, savannas, and shrublands
6.2.9. Flooded grasslands
6.2.10. Montane grasslands and shrublands
6.2.11. Tundra
6.2.12. Mediterranean Forests, woodlands and scrubs
6.2.13. Deserts and xeric shrublands
6.2.14. Mangrove
6.2.15. European Biomes
6.3. The biosfere like an ecosystme (II). Marine ecosystems
6.3.1. Polar marine ecoregion
6.3.2. Temperate Shelf and Seas
6.3.3. Temperate Upwelling
6.3.4. Tropical Upwellings
6.3.5. Tropical Coral
6.4. The biosphere like an ecosystem (III). Freshwater ecosystems.
6.4.1. Lake ecosystem
6.4.2. River ecosystem
6.4.3. Estuarys and Marshs.
6.4.4. Lagoons
6.5. Biological interactions (I)
6.5.1. Population ecology
6.5.2. Resource competition
6.5.3. Iteractions
6.5.4. Ecological succesion
6.5.5. Energy flow in the ecosystem
6.5.6. Matter cycles in the ecosystem
6.8. Annex I.
7. CHANGING PLANET
News
2.4.7. Videos
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