Lecture Notes

• Lecture 1: Chemical basis of life
• Lecture 2: Cell structure & function
• Lecture 3: Cell membranes
• Lecture 4: Nature of metabolism
• Lecture 5: Energy acquiring pathways
• Lecture 6: Energy releasing pathways
• Lecture 7: Cell division & mitosis
• Lecture 8: Meiosis
• Lecture 9: Patterns of inheritance
• Lecture 10: Chromosomes & human genetics
• Lecture 11: DNA structure & function
• Lecture 12: DNA to proteins
• Lecture 13: Control of gene expression
• Lecture 14: Genetic engineering
• Lecture 15: Evolutionary thought
• Lecture 16: Microevolution
• Lecture 17: Natural Selection
• Lecture 18: Speciation
• Lecture 19: Nervous System I
• Lecture 20: Nervous System II
• Lecture 21: Nervous System III
• Lecture 22: Nervous System IV
• Lecture 23: The Endocrine System
• Lecture 24: The Muscular System
• Lecture 25: Circulatory System I
• Lecture 26: Circulatory System II
• Lecture 27: Respiratory System
• Lecture 28: Digestive System
• Lecture 29: Plant Structure
• Lecture 30: Plant Transport
• Lecture 31: Plant Reproduction
• Lecture 32: Plant Growth I
• Lecture 33: Plant Growth II
• Lecture 34: Community Interaxtions
• Lecture 35: Ecosystem