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Campbell Biology notes

Jane B. Reece, Robert B. Jackson, Lisa A. Urry, Michael L. Cain, Peter V. Minorsky, Steven A. Wasserman - ISBN: 9780321831552

View all 79 notes for Campbell Biology, written by Jane B. Reece, Robert B. Jackson, Lisa A. Urry, Michael L. Cain, Peter V. Minorsky, Steven A. Wasserman. All Campbell Biology notes, flashcards, summaries and study guides are written by your fellow students or tutors. Get yourself a Campbell Biology summary or other study material that matches your study style perfectly, and studying will be a breeze.

Best selling Campbell Biology notes

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Lecture 8-The Genetic Code
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Notes from Chapters 16 and 17 of Campbell Biology, Reece Topics Covered: The Molecular Basis of Inheritance gene Expression

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Lecture 5-Mitosis and Meiosis Cell Cycles
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Notes from Chapters 12 and 13 of Campbell Biology, Reece Topics Covered: The cell cycle Mitosis Meiosis Sexual life cycle

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Lecture 1- Macromolecules
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Notes from Chapters 5 of Campbell Biology, Reece Topics Covered: The structure and function of biological molecules Lipids Carbohydrates Amino Acids Nucleic Acids

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Lecture 35: Speciation
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These are the notes for Lecture 35: Speciation in General Biology I. The topics covered are reproductive isolation, the modes of speciation, and hybrid zones.

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General Biology I - Lecture 36: Genomes and their Evolution
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These are the notes for Lecture 36: Genomes and their Evolution in General Biology I. The topics covered are bioinformatics, DNA sequencing, orthologs and paralogs.

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General Biology - Lecture 38: Phylogeny and the History of Life on Earth
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These are the notes from Lecture 38: Phylogeny and the History of Life on Earth in General Biology I. The topics covered are taxonomy, convergence, radiometric dating, and fission tracking.

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General Biology I - Lecture 20: Chromosomal Theory of Inheritance
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These are the notes for Lecture 20: Chromosomal Theory in General Biology I. The topics covered are recombination, genetic maps, meiotic nondisjunction, and genomic imprinting. I got a B on this test using these notes and this corresponds to Exam 3.

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General Biology I - Lecture 21: The Molecular Basis of Inheritance
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These are the notes for Lecture 21: The Molecular Basis of Inheritance in General Biology I. The topics covered are chromosomes, chromatin, DNA replication, and repair.

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General Biology I - Lecture 10: Biochemistry and Enzymes
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These notes are for Lecture 10: Biochemistry and Enzymes of General Biology I. They cover the effect of enzymes or reactions, substrate specificity, and kinetics.

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General Biology I - Mitosis and Cell Cycle Mini-Lecture
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These notes are from the mitosis and cell cycle mini-lecture which covers these topics in further-depth than the main lecture. It covers binary fission, phases of the cell cycle, and the cytoskeleton.

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Newest Campbell Biology summaries

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Protein Synthesis & Gene Expression
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transcription and translation, structure and function of tRNA, ribosomes, volume and site of protein synthesis, signal mechanism for targeting proteins in ER, types of RNA in a eukaryotic cell

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Lecture 5-Mitosis and Meiosis Cell Cycles
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Notes from Chapters 12 and 13 of Campbell Biology, Reece Topics Covered: The cell cycle Mitosis Meiosis Sexual life cycle

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Lecture 2- Cell Structure and Function
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Notes from Chapters 7 of Campbell Biology, Reece Topics Covered: Membrane Structure and Function Passive and Active transport

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Lecture 1- Macromolecules
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Notes from Chapters 5 of Campbell Biology, Reece Topics Covered: The structure and function of biological molecules Lipids Carbohydrates Amino Acids Nucleic Acids

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Genetic Basis of Inherited Disease
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Approaches to finding disease genes, Cystic Fibrosis case study, biological significance of sequencing, clinical significance, gene editing via CRISPR-Cas9

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Mutations
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somatic and gametic mutations, clinical categories of mutations, types of mutations, causes and repair, Ames test, examples of pathenogenic/non-pathenogenic mutations, chromosomal aberrations and gene dosage, genomic imprinting

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Non-Mendelian Traits
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transmission genetics, codominance, multiple alleles, sex-linked traits, conditional phenotypes, pleiotropic effects, gene interactions and polygenic traits, pedigree analysis

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