Campbell Biology Resúmenes

An in depth study guide, complete with charts and examples, of chapters 1-9 of the Campbell Biology textbook. Beginning with the structure of water all the way through to human karyotypes. Covering cell processes in animal and plant cells, means of energy (oxidative phosphorylation, glycolysis, photosynthesis, the electron transport chain, etc), methods of cell communication. Included are examples of important experiments relating to the topics.

These are the notes for Lecture 9: Energetics and Metabolism for General Biology I. It covers topics such as mitochondria, chloroplasts, laws of energy, free energy, and ATP.

These notes are from Lecture 16: Meiosis in General Biology I. They cover asexual versus sexual reproduction, mitosis, and meiosis.

These are the notes for Lecture 24 & 25: Gene Expression From Gene to Protein in General Biology I. The topics covered are gene expression in bacteria versus eukaryotes, triplet codes, transcription, translation, and mutations.

These are the notes from Lecture 31: DNA Technology in General Biology I. The topics covered are HPV, PCR, cycle sequencing, next-generation sequencing, bacterial plasmids, and RNA sequencing.

These are the notes for Lecture 12 & 13: Citric Acid Cycle, Electron Transport Chain, and Oxidative Phosphorylation in General Biology I. They cover topics such as glycolysis, fermentation, pyruvate oxidation, citric acid cycle, and chemiosmosis.

These are the notes for Lecture 22 & 23: Cell Communication in General Biology I. The topics covered are cell division and differentiation, hormones, cancer, pathogens, single cells, and multicellular life.

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 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.