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Genetics, Cellular and Molecular Biology Notes
Learn more about the mechanisms involved in DNA transcription, translation and replication, and antibiotic resistance in this comprehensive guide! Dive deep into genetic inheritance patterns, phenotypic expressions, alternation of generations, meiosis and mitosis, sexual and asexual reproduction, ecology and symbioses, evolution and adaptation, fitness, behaviors, taxonomic ranking and systematics, cellular biology, molecular biology, chemical biology and more! Definitions and examples are given...
- Class notes
- • 112 pages •
Learn more about the mechanisms involved in DNA transcription, translation and replication, and antibiotic resistance in this comprehensive guide! Dive deep into genetic inheritance patterns, phenotypic expressions, alternation of generations, meiosis and mitosis, sexual and asexual reproduction, ecology and symbioses, evolution and adaptation, fitness, behaviors, taxonomic ranking and systematics, cellular biology, molecular biology, chemical biology and more! Definitions and examples are given...
Organic Chemistry 1 Notes
Organic Chemistry 1 covers Lewis structures, types of bonding, VSEPR Theory, molecular polarity, dipoles and electronegativity, intermolecular forces, solubility, condensed and bond-line structures and various molecular groups (i.e. arene, ketone), resonance forms, acid and base chemistry, chirality and chiral centers, enantiomers, constitutional isomers, stereospecific compounds, substitution and elimination reactions, leaving groups, nucleophilic compounds, halide classification, reaction rate...
- Class notes
- • 23 pages •
Organic Chemistry 1 covers Lewis structures, types of bonding, VSEPR Theory, molecular polarity, dipoles and electronegativity, intermolecular forces, solubility, condensed and bond-line structures and various molecular groups (i.e. arene, ketone), resonance forms, acid and base chemistry, chirality and chiral centers, enantiomers, constitutional isomers, stereospecific compounds, substitution and elimination reactions, leaving groups, nucleophilic compounds, halide classification, reaction rate...