Illustrated Guide to Home Biology Experiments: All Lab, No Lecture Book

PrefaceChapter 1: Introduction Chapter 2: Equipping a Home Biology LaboratoryChapter 3: Laboratory SafetyChapter 4: Using a MicroscopeChapter 5: Mounting SpecimensChapter 6: StainingChapter 7: Building and Observing MicrocosmsChapter 8: Observing Succession in Aquarium MicrocosmsChapter 9: Observing the Effects of Pollution in MicrocosmsChapter 10: Acids, Bases, and BuffersChapter 11: Carbohydrates and LipidsChapter 12: Proteins, Enzymes, and VitaminsChapter 13: CoacervatesChapter 14: Extracting, Isolating, and Visualizing DNAChapter 15: Build a Gel Electrophoresis ApparatusChapter 16: Simulated DNA Separation by Gel ElectrophoresisChapter 17: Chlorophyll and PhotosynthesisChapter 18: Investigating OsmosisChapter 19: Investigating Cell DivisionChapter 20: Sampling Plant Populations in a CommunityChapter 21: Observing the Effect of Rhizobia on Plant GrowthChapter 22: Air Pollution TestingChapter 23: Soil and Water Pollution TestingChapter 24: Exploring Mendelian GeneticsChapter 25: Observing Specialized Eukaryotic CellsChapter 26: Preparing Culturing MediaChapter 27: Culturing BacteriaChapter 28: Investigating Bacterial Antibiotic SensitivityChapter 29: Investigating ProtistaChapter 30: Investigating FungiChapter 31: Investigating Simple Plants: Mosses and FernsChapter 32: Investigating Seed PlantsChapter 33: Investigating Porifera and CnidariaChapter 34: Investigating Platyhelminthes, Nematoda, and AnnelidaChapter 35: Investigating ArthropodsChapter 36: Investigating Vertebrate Tissues