Podcast+Resources+for+Biology

__Topics (chapters next to podcast links for "Dragonfly" Miller/Levine Biology 2007)__
and other sources || Dragonfly Chapter || Additional Animations & Podcasts for interest: || [|Pillbug Behavior] ||  || [|Cell Biology Animations from John Kyrk] || [|Abiogenesis (creation of life from non-organic source)] [|Origin of Life Evidence] || 1 17.2 || [|How Science Really Works] [|The Real Scientific Method] || Water a polar molecule [|Water, Acids & Bases Part I (Gremski)] [|Water, Acids & Bases & pH Part II (Gremski)] [|Molecules of Life] Biological Molecules (Essentials #42) Proteins Structure & Function Part I (Gremski) Proteins Structure & Function Part II (Gremski) [|Enzymes](Essentials #48) [|Bioenergetics (free energy)] || 2.1, 17.3 2.2 2.3 2.4 || [|pH] [|Water] [|Amino Acids & Proteins] || [|The 3 domains of Life] [|Life on Earth Archaea] [|Life on Earth Bacteria] [|Life on Earth Eukarya] [|Protists] [|Fungi] [|Animals] [|Viruses] [|A Tour of the Cell][|A Tour of the Cell][|A Tour of the Cell][|A Tour of the Cell] [|Why are cells small?] [|Classification of Life] (Domains/Kingdoms) [|Classification of Life] [|Cellular Membranes] (see also [|Excretory] and [|Hormones]) [|The Cell Membrane][|The Cell Membrane][|The Cell Membrane] [|Cellular Variation] [|Diffusion Demo] [|Transport across membranes] [|Exchanging Materials with the Environment] [|Introduction to Photosynthesis & Respiration] [|Cellular Respiration] [|Photosynthesis] [|Mitosis] and more [|Mitosis] [|What is DNA?] [|Molecular Biology of the Gene] (DNA Structure) [|DNA Replication] [|Transcription & Translation] [|Central Dogma: Transcription] [|Central Dogma: Transcription and Translation] [|Gene Control] Genetic Engineering Part I (pGlo transformation) [|Cellular Specialization (development)] || 7.1-7.2, 18.3 7.3, 38.3, 39.2
 * From Bozeman Biology
 * 1st Semester[|Biology what's it all about]
 * [|Biology what's it all about]
 * Chemistry of Biology (Gremski)
 * [|The Cell] ([|Compartmentalism-Specialization])

8 9 8 10.2 12.1-12.2 12.3 12.3 12.4 13.3 || [|Viruses] [|Cell Anatomy Animation] [|Cell Membranes] [|Cell Suicide Apoptosis] (animation) for cell cycle chapter 10-2) Membranes (see also Hormones, Nerve Synapses) [|Aquaporins- Movement of water through the cell membrane] ([|animation]) [| Cell organelles: (chapter 7.2: how vesicles move with dynein and kinesin] [|Electron Transport Chain] Photosynthesis ([|Light Reaction] and [|Dark Reaction/Calvin Cycle]) Genetic Engineering: Operons in bacteria (chapter 13.3) [|DNA/Chromosome Structure] [|DNA Anatomy] [|DNA Replication] [|Mitosis] [|From Gene to Protein Animation (Cell Function Overview)] [|Transcription]and [|Translation] || [|Anatomy & Physiology] [|Positive & Negative Feedback Control] [|more on feedback control] [|Homeostasis Hugs] [|Homeostatic Loops] [|Thermoregulation] [|Organ Systems] [|Cooperative Interactions] [|Respiratory System] [|Digestive System] [|Circulatory System] [|Immune System][| Specific Immune Response] Viral Replication [|Cell Mediated & Antibody Mediated Response] [|Male] & [|Female] Reproduction [|Quick Intro to Endocrine System] [|Flight or Fight Response] [|Endocrine System & Hormones] [|Reproductive System] [|Menstral Cycle] [|Neurons & Action Potential]s [|The Synapse] [|Sensory Systems] [|Muscle Contraction] [|Muscle System] [|Skeletal System] [|Intro to the Kidney] [|The Nephron] [|Osmoregulation] [|Plant and Animal Defense] || 35.1 37.3 37.1-37.2 40 38.3 39.1-39.2 35.2-35.3 ||  || [|Mitosis and Meiosis Simulation] [|Meiosis] [|Genetics-Mendel] [|Chromosomal Genetics] [|Genotypes & Phenotypes] [|Punnett Squares] [|Using the addition and multiplication rules to solve genetics problems] [|Mendelian Genetics] [|Pedigree Analysis] [|Linked Genes] and[|Chromosomal Inheritance] [|Blood Types] [|Advanced Non-Mendelian Genetics] [|X-chromosome Inactivation] [|Cellular Variation] [|Environmental Genotype Effects] || 11.4 10.2, 11.4 11 & 14 || [|YouTube DNA Replication Song] to backstreetboys [|Meiosis] || [|Evidence for Evolution] [|Natural Selection] [|Evolution & Natural Selection] [|(][|Examples of Natural Selection]) [|Microevolution] [|Co-evolution] [|Genetic Drift] &[|Hardy Weinberg] [|* Solving Hardy Weinberg Equations (Extra credit information)] Mechanisms that Increase Variation [|Cellular Variation] [|Environmental Genotype Effects] [|Population Variation] [|Origin of the Species] [|Speciation and Extinction] [|Speciation & Reproductive Isolation] [|Phylogenetics] [|Vertebrates][| Diversity] [|History of Life] [|Radiocarbon dating] [|Origin of Life Evidence] [|Animal Diversity] || 15
 * 2nd Semester ||  ||   ||
 * [|Introduction to Body Systems]
 * [|Preview of Genetics]
 * [|Evidence for Evolution]

16, 32.3 only 17.2-17.3 || [|Timeline of Life on Earth] [|Camel Adaptation Song] || [|Biotechnology] [|DNA Fingerprinting/Profiling] || 19.1-19.2 26.1, 29.2 30.1 || [|How Bacteria Talk to Each Other (TED talk)] [|Sea Slug Podcast] (w algae symbiont) [|Viruses] || [|Abiotic and Biotic Factors] [|Population Ecology] [|Ecosystems] [|Populations] [|Communities and Ecosystems] more [|communities] and [|niches] [|Ecological Succession] [|Biogeochemical Cycling] [|Biodiversity] [|Exchanging Materials with the Environment] [|Ecosystem Impacts] [|8 types of Animal Behavior] || 3 5 4 ||  ||
 * Genetic Engineering Part II (DNA profiling/electrophoresis) || 13.2 || Genetic Engineering: DNA Profiling
 * Viral Replication || 17..3
 * [|Ecology Introduction]