Bio1001 - Study guides, Class notes & Summaries

As indicated by the title of this document, these notes cover the forces and processes of evolution and evolutionary changes. These notes begin with an explanation of evolution and what it is, as well as various experiments that have been conducted. This chapter discusses various topics such as allele frequency and descent with modification. These notes provide the equations needed to solve problems that use those terms, as well as an abundance of diagrams, examples, and charts! Some of the topi...

These notes provide information from an entire unit on various aspects of microbes, particularly bacteria, and archaea, as indicated by the title of this document. Here is an overview of the topics covered in these notes: 1. Microbial Diversity 2. Microbial Characteristics 3. Prokaryotes 4. Comparing Bacteria and Archaea 5. Cellular Components 6. Metabolic Pathways 7. Oxygen Requirements 8. Gene Transfer 9. Phylogenetic Tree of Bacteria 10. Domain Archaea 11. Role of Prokaryotes in...

As indicated by the title of this document, these notes cover the evidence of evolution, specifically focusing on evidence of evolution, such as Darwin's beliefs, postulates, and other various lines of evidence supporting evolution. The content of these notes covers topics like the fossil record, biogeography, comparative anatomy and embryology, molecular biology, and laboratory and field studies and experiments. These notes also delve into the process of fossilization, types of fossils, dating...

These notes cover the basics of chemistry from an undergraduate biology course. The contents include topics such as matter, elements, atoms, atomic numbers and weights, protons, neutrons, electrons, types of subatomic particles, the three isotopes of carbon, where protons, neutrons, and electrons are located in the atom, what an element's atomic number indicates, what the difference between atomic mass and an element's atomic weight is, how chemical bonds link atoms, compounds, orbitals and el...

As indicated by the title of this document, these notes cover DNA replication, binary fission, and mitosis, detailing the process and key terms for each. There are in-depth descriptions of the DNA Replication Process, the roles of mitosis, the two types of cell division that interact in the sexual life cycle, the structural basis of DNA replication, the different packings of prokaryotic and eukaryotic chromosomes, binary fission, the cell cycle for various cells (such as the eukaryotic cell cycl...

As indicated by the title of this document, these notes cover the origin and history of life. These notes focus on the various theories regarding the origin of life, the evolution of Earth and Earth's atmosphere, the emergence of organic molecules, the first cells, and the diversity of life throughout different geological eras. The content of these notes covers various scientific theories, experiments, and key milestones in the study of the evolution of life on Earth. These notes also delve int...

As indicated by the title of this document, these notes describe, in detail, speciation and extinction. These notes provide you with an abundance of charts, images, diagrams, etc. to further your understanding of the topic. Some of the topics covered in these notes include Prezygotic Reproductive Barriers, reproductive barriers, plant hybridization, spatial patterns and how they define three types of speciation, the pace of speciation, mass extinction, and so much more!

As indicated by the title of this document, these notes cover sexual reproduction and meiosis. These notes provide a detailed description of the different Meiosis Divisions and their processes, sexual v.s. asexual reproduction, the random orientation of chromosomes during meiosis, how meiosis works and what it is, meiosis I-II, metaphase I-II, anaphase I-II, telophase I-II, variability generated by meiosis, a comparison of mitosis and meiosis, how sex is determined in humans and other species, e...

These notes describe the characteristics of life, such as biology, cells, organisms, how cells use DNA to produce proteins, as well as the five characteristics that all life shares. Additionally, this document provides the definitions and examples for all of the key terms for this chapter, such as atom, molecule, organelle, cell(s), tissue, organ, organ system, organism, population, community, ecosystem, biosphere, emergent properties, endothelial cells, sheets of endothelial cells, capillary, r...

These notes cover an abundance of information on cells and go into great detail about each aspect of cells. A brief history of cells is provided and gives the names of various scientists, physicists, zoologists, etc., and their contributions to the study of biology and cells. This chapter also details Cell Theory and various measurements of cells. These notes have an overview of the cell structure and give definitions for keywords such as cell membrane, cytoplasm, DNA, Eukaryotic Cells, Prokaryo...