Campbell Biology samenvattingen

These are the notes for Lecture 33: Evolution in General Biology I. The topics covered are making a phylogenetic tree, Aristotle's theory, natural selection, and artificial selection. This content is not tested on in any of the exams; it is only tested on in the final exam.

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 17: Meiosis and Mendel in General Biology I. The topics covered are meiosis, genetic variation, Mendel's timeline, and the Law of Segregation. I got a B+ on this test using these notes and this corresponds to Exam 3.

These are the notes for the mini-lecture which covers amino acids more in-depth than the general lecture. It covers topics such as proteins and polypeptide structure. I got an A on the first exam with these notes.

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 the mini-lecture that covers protein structures more in-depth than the general structures.

These are the notes from Lecture 27: Regulation of Gene Expression in Bacteria in General Biology I. The topics covered are the metabolic pathway, trp operon model, and lac operon.

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.

These are the notes for the mini-lecture that covers nucleic acids more in-depth than the general lectures.

This study aid compiles general biology lecture notes from BIO210A at Miramar College. It also includes links to quizlets and videos which can help you understand the material thoroughly. This guide goes over cellular biology, the breakdown of glucose/ATP production cycles (glycolysis, citric acid/Kreb cycle, electron transport chain, photosynthesis (photosystems I and II)), protein creation/function, insulin production, heredity and genetics, and diffusion. This guide is especially helpful for ...