Samenvattingen Campbell Biology

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.

These are the notes for Lecture 32: Hardy-Weinberg and Phylogenetic Trees in General Biology I. The topics covered are Hardy-Weinberg theorem, cladogram vs. phylogram, and example problems step-by-step for the Hardy-Weinberg equilibrium. These notes are not part of any of the exam and are only tested on in the final exam.

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.

These are the notes for Lecture 11: Energy Generation and Glycolysis in General Biology I. They cover allosteric regulation, cellular respiration, the electron transport chain, and glycolysis.

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.

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.

These are the notes from Lecture 26: Viruses in General Biology I. The topics covered are viral structures, lytic cycle, lysogenic cycle, HPV, and cancer.

These are the notes for Lecture 34: Microevolution in General Biology I. The topics covered are the main mechanisms of evolution, gene flow, genetic drift, and genetic variation. These notes are only tested on in the final exam, not the exams throughout the course.

These are the notes for Lecture 28: Regulation of Gene Expression in General Biology I. The topics covered are histone tails, DNA methylation, epigenetic inheritance, enhancers, transcription factors, and alternative RNA splicing.

These are the notes for Lecture 5: Macromolecules and Function in General Biology I.