Science In Motion AP Biology Lab List University of Pittsburgh at Bradford Biology Labs: AP Lab #1 Osmosis & Diffusion AP Lab #2 Enzyme Catalysis AP Lab #3 Mitosis & Meiosis AP Lab #4 Plant Pigments & Photosynthesis AP Lab #5 Cell Respiration AP Lab #6A Transformation of E. coli: Ampicillin Resistance AP Lab #6B Restriction Enzyme Digestion of DNA and Electrophoresis: DNA Fingerprinting Analysis AP Lab #7 Genetics of Drosophila AP Lab #8 Population Genetics and Evolution AP Lab #9 Transpiration AP Lab #10 Physiology of the Circulatory System AP Lab #11 Animal Behavior AP Lab #12 Dissolved Oxygen and Aquatic Primary Productivity Biology Investigation #1 Evolution: Artificial Selection Biology Investigation #10 Interactions: Energy Dynamics Biology Investigation #13 Interactions: Enzyme Activity SIM AP Lab: SIM‐001 Forensic Dissection ‐ Fetal Pig Science In Motion Biology Lab List University Of Pittsburgh at Bradford Labs suitable for Lower Grade Levels noted with # More advanced labs noted with * BIO‐001A Enzyme Action Testing Catalase ‐ Vernier BIO‐001B Enzyme Action Testing Catalase ‐ Simple BIO‐002 DNA Profiling: Crime Scene BIO‐003 Fluorescence of Chlorophyll (2) BIO‐004 Introduction to Electrophoresis (2) BIO‐005 Monitoring EKG ‐ Vernier BIO‐006 # ABO Blood Typing (2) BIO‐006A ABO & Rh Blood Typing BIO‐007 Genetics Corn BIO‐008 # Viewing Plant Stomata BIO‐009 Photosynthesis/Respiration with O₂ and CO₂ ‐ Vernier BIO‐010 Bacterial Transformation ‐ pGlo (2) BIO‐011 # Banana Spooling (2) BIO‐012 # Glo Germ BIO‐013 Planaria Regeneration (2) BIO‐013A Planarian Model BIO‐014 # Thin Layer Chromatography (TLC) of Vegetables (3) BIO‐015 # Owl Pellets (2) BIO‐015A # Owl Prey Display Mount (2) BIO‐015B Predator & Food Chain Bingo BIO‐016 Inhibition of Bacteria (2) BIO‐017 Introduction to Microbiology (2) BIO‐018 Gram Stain (2) BIO‐019 Diffusion Through Membranes ‐ Vernier BIO‐020 # Heart Rate and Physical Fitness ‐ Vernier BIO‐021 Control of Human Respiration ‐ Vernier BIO‐022 # Introductory Microscopy (2) BIO‐022A # Money and the Microscope (2) BIO‐023 # Stream In A Bucket BIO‐024 # Human Chromosome Spread: Karyotyping (2) BIO‐024A Magnetic Karyotype (2) Evolutionary Relationship of Fish: Protein Profiling BIO‐025 * BIO‐026 * Chromosome 16: PCR BIO‐027 LaMotte Water Testing (2) BIO‐028 # Soil Macronutrient Testing (5) BIO‐029 # Introduction To Global Positioning System (GPS) BIO‐030 DNA Molecular Modeling (2) BIO‐031 Simulated Disease transmission (2) BIO‐032 BIO‐033 BIO‐034 BIO‐035 BIO‐036 BIO‐037 BIO‐038 BIO‐039 BIO‐040 BIO‐041 BIO‐042 BIO‐043 BIO‐044 BIO‐044 BIO‐045 BIO‐046 BIO‐047 BIO‐048 BIO‐049 BIO‐050 BIO‐051 BIO‐051A BIO‐052 BIO‐053 BIO‐054 BIO‐055 BIO‐056 BIO‐057 BIO‐058 BIO‐059 BIO‐060 BIO‐061 BIO‐062 BIO‐063 BIO‐064 BIO‐065 BIO‐066 BIO‐067 BIO‐068 BIO‐069 BIO‐070 BIO‐071 BIO‐072 # # # # # * # # # # # # # # # # # # # # # # # # # # # Protist Identification (2) Effect of Alcohol on Membranes ‐ Vernier Acid Rain ‐ Vernier Tobacco Induced Mutation Tree Rings Ventilation and Heart Rate ‐ Vernier Cell Model Making Kit Testing the Effects of Nicotine on California Blackworms (2) Effects of Chemicals on Daphnia (2) Sherlock Bones Comparison: Caucasian Male a) Asian Female b) African Female Acids and Bases ‐ Vernier Effects of Temperature on Cold Blooded Organisms ‐ Vernier Sherlock Bones, Jr. ‐ 2 Skeletons (1) Sherlock Bones, Jr. ‐ 1 Skeleton (2) Magna Cell ‐ Magnetic Plant and Animal Cells (2) Sherlock Bones ‐ 2 Skeletons Sherlock Bones ‐1 Skeleton (4) Genes In a Bottle Typical Flower Cell Model FACES Testing the Effects of Nicotine on Daphnia Daphnia Model (2) Aquatic Macro‐invertebrates Life Cycle/Habitat Activities MolyMod DAN/RNA Kit Blood Typing Demo Model GPS Ecology Kit (2) Sunprints (2) Animal Tracks (2) Simulated Frog Dissection Plant Cell Model Animals Cell Model Shrinky Dink Cells (2) Animal Bites (2) Chemistry of Fats (2) Chemistry of Proteins (2) Electrophoresis Practice Gels (2) Mitosis Manipulative Kit (3) Dragon Genetics (3) Into the Forest: Food Chain Game (2) Protein Identification Thru Immunoassay (2) Assorted Skulls Transcription/Translation Kit Male Frog Model BIO‐073 BIO‐074 BIO‐075 BIO‐076 BIO‐077 BIO‐078 BIO‐079 BIO‐080 BIO‐081 BIO‐082 BIO‐083 BIO‐084 BIO‐085 BIO‐086 BIO‐087 BIO‐088 BIO‐089 BIO‐090 BIO‐091 BIO‐092 BIO‐093 BIO‐094 BIO‐095 BIO‐096 BIO‐097 BIO‐098 BIO‐099 BIO‐100 BIO‐101 BIO‐102 BIO‐103 BIO‐104 BIo‐105 BIO‐106 BIO‐107 BIO‐108 BIO‐109 BIO‐110 # # # # # # # # # # # # # # # # # # # * Female Frog Model Eye Model, Human Brain with Arteries Model, Human Skin Acne Model, Human Skin Burns Model, Human Heart & Respiratory Organs Model, Human Heart Model, Human Lou‐Wheeze Lung Disease Model Fetal Pig Model Ear Model, Human Frog Development Plastomount Bean Germination Plastomount Root, Stem, Leaf Model Youth Torso Model, Human Half Head Model with Muscles, Blood Vessels & Nerves, Human Skin Pathology Model, Human Binoculars iPad Lab (2) Mini Digital Field Microscopes Thermal Imaging Camera Global Positioning System (GPS), Advanced Telescope with Sun Filter Investigating Geologic Time and Fossils The Geiger Counter Food Safety Histology Slides Arm Model, Human Torso Open Back, Human Leg Model, Human (2) Animal Mitosis Model (2) Animal Meiosis Model (2) Spinal Corn Model Kidney Model, Human Urinary System Model, Human Human Anatomy Chart Set Larynx Model, Human Skull Model, Human The Correlation Between Upper Arm Length & Height Science In Motion Chemistry Lab List University of Pittsburgh at Bradford Labs suitable for Lower Grade Levels noted with # More advanced labs noted with * CHEM‐001 Accuracy and Precision (2) CHEM‐002 Spec Labs: (2) # A Spectrum Determination of Maximum Wavelength Beer's Law CHEM‐005 Determination of Iron in Water CHEM‐006 # pH of Households (2) CHEM‐007 Analysis of Vitamin C in Juice (2) CHEM‐008 Microdensity of Plastics (2) CHEM‐009 Synthesis of Acetylsalicylic Acid CHEM‐010 Molar Volume of a Gas (2) CHEM‐011 Melting Point CHEM‐012 Pressure ‐ Temperature ‐ Vernier CHEM‐013 Microscale Esterification CHEM‐014 Thin Layer Chromatography (TLC) of Vegetables (3) CHEM‐015 pH Titration Curve CHEM‐016 Prep Sep ‐ Extraction and Identification of Dyes (2) CHEM‐017 pH Titration of Oxalic Acid CHEM‐018 Determination of Acetic Acid in Vinegar CHEM‐019 Spectrophotometric Analysis of Aspirin CHEM‐020 # Paper Chromatography with Magic Markers CHEM‐021 Evaporation & Attraction of Intermolecular Forces ‐ Vernier CHEM‐022 To Dye For ‐ Dye Synthesis CHEM‐023 Extraction of Caffeine in Tea CHEM‐024 # Density Blocks (2) CHEM‐025 Gas Chromatograph Labs: Separation of Alcohols Analysis of Mouthwash * Effects of Molecules on Retention Time Controlled Substance on Money CHEM‐026 Density Paradox Set CHEM‐027 # Oobleck Cross‐linking Polymers CHEM‐028 # Soil Macronutrient Testing (5) CHEM‐029 # Introduction to Global Positioning System (GPS) CHEM‐030 Analysis of Drugs & Poisons CHEM‐031 Thin Layer Chromatography (TLC) of Analgesics CHEM‐032 Microscale Simple Distillation and Boiling CHEM‐033 * Microscale Acid‐Base Titration ‐Vernier CHEM‐034 CHEM‐035 CHEM‐036 CHEM‐037 CHEM‐038 CHEM‐039 CHEM‐040 CHEM‐041 CHEM‐042 CHEM‐043 CHEM‐044 CHEM‐045 CHEM‐046 CHEM‐047 CHEM‐049 CHEM‐050 CHEM‐051 CHEM‐052 CHEM‐053 CHEM‐054 CHEM‐055 CHEM‐056 CHEM‐057 CHEM‐058 CHEM‐059 CHEM‐060 CHEM‐061 CHEM‐062 CHEM‐063 CHEM‐064 CHEM‐065 * # * * * * # # Energy Content of Fuels/Foods ‐ Vernier M & M Half Life Simulation Lifetime Measurements ‐ Nuclear Vernier Radiation Shielding ‐ Nuclear Vernier Electrolytes & Nonelectrolytes Rate Law Determination of Reaction αβγ ‐ Nuclear Vernier UV Beads Conductivity of Solutions Blueprint T‐Shirts Introduction to Covalent Molecules Lewis Structures & Molecules Geometry Kit Lewis Electron Dot Models Kit Molecular Orbital Structures MolyMod Inorganic Modeling Kit Atomic Orbital Set (Molecular Shapes) Endo/Exothermic Reactions Radial Chromatograpy T‐Shirts Fiber Analysis Analysis of Drain Cleaner Design Your Own Molecular Model Kit Sublevel Orbitals of the Atom Model Kit Periodic Table Puzzle/Game Spectrum Tube Carousel set ‐ Vernier Mini‐GC Labs:‐ Vernier Identifying Unknown Compounds Verification of Esterification Quantifying Substances in a Mixture Investigating Gas Chromatography UVA and UVB Analysis ‐ Vernier iPads Lab (2) Binoculars Thermal Imaging Camera The Geiger Counter Electrostatic Demonstration Kit Science In Motion Environmental Lab List University of Pittsburgh at Bradford Labs suitable for Lower Grade Levels noted with # More Advanced labs noted with * ENV‐001 # Hardness/Streak Test Kit ENV‐002 Water Cycle Model Activity ENV‐003 # Seismograph Activity ENV‐004 Dew Point Apparatus Activity ENV‐005 Anemometer Activity ENV‐006 Cloud apparatus Activity ENV‐007 Sedimentator Activity ENV‐008 Tangent Height Gauge ENV‐009 Reading River Sediments ENV‐010 Stream Table # Stream Ecology Kit ENV‐011 ENV‐012 Greenhouse Effect Demonstration ENV‐013 Air Pollution Demonstration (2) ENV‐014 Soil Macronutrient Testing (5) ENV‐015 # How Soil Is Formed ENV‐016 Porosity & Drainage Rate of Soils ENV‐017 Topsoil Tour ENV‐018 Plants & Pollution ENV‐019 Density Flow Model Jr. ‐ Earth Systems Simulator ENV‐020 Acid Rain Videolab Activity ENV‐021 Acid Rain & Plants ENV‐022 Chemical & Mechanical Weathering of Rocks ENV‐023 # Fossils Formation & Identification ENV‐024 Exploring the Weather Investigation ENV‐025 Rock Formation & Identification ENV‐026 Introductory Earth Science Collection Mini Digital Field Microscopes ENV‐027 ENV‐028 Telescope with Sun Filter ENV‐029 Investigating Geologic Time and Fossils ENV‐030 The Geiger Counter ENV‐031 Storm Water/Flood Plain Science In Motion Forensics Lab List University of Pittsburgh at Bradford Labs suitable for Lower Grade Levels noted with # More advanced labs noted with * FOREN‐001 Ballistics Kit with Trajectory Rods FOREN‐002 # Sherlock Bones (4) FOREN‐003 # Sherlock Bones, Jr. (3) FOREN‐004 # Forensic Comparison Microscope FOREN‐005 # CSI Scope Activities FOREN‐006 # FACES FOREN‐007 # Neanderthal/Julius Caesar Heads FOREN‐008 # Glass Analysis (2) Fingerprinting & Fuming (2) FOREN‐009 # FOREN‐010 # Forensic Detective Kit FOREN‐011 Skull with Bullet Wound FOREN‐012 # Assorted Skulls FOREN‐013 Forensic Dissection ‐ Fetal Pig FOREN‐014 Soil Macronutrient Analysis (5) FOREN‐015 Hair Analysis Kit FOREN‐016 Caught By a Kiss FOREN‐017 Luminol Demonstration Kit FOREN‐018 # Blood Spatter Analysis FOREN‐019 # Microscopic Forensic Kit FOREN‐020 Fiber Samples (2) FOREN‐021 Thermal Imaging Camera Science In Motion Physical Science Lab List University of Pittsburgh at Bradford Labs suitable for Lower Grade Levels noted with # More advanced labs noted with * PHYS‐001 Ballistics Kit with Trajectory Rods PHYS‐002 Dynamics Kit PHYS‐003 # Bridges K'Nex (2) PHYS‐004 Wheels, Axels & Inclined Planes K'Nex (2) PHYS‐005 Levers and Pulleys K'Nex (2) PHYS‐006 Simple Machines K'Nex (2) PHYS‐007 Real Bridges K'Nex (2) PHYS‐008 Forces, Energy & Motion ‐ Car K'Nex PHYS‐009 K'Nex Classroom Super Set (4) PHYS‐010 Techno K'Nex PHYS‐011 Gears K'Nex (2) PHYS‐013 Rive Ray Box/Optics Lab PHYS‐014 Wind Tunnel PHYS‐015 # Mega‐Magnet Experiments PHYS‐016 Laser Optics Lab PHYS‐017 Human Block & Tackle Demonstration PHYS‐018 Investigating Pulleys PHYS‐019 # Electricity Lab (2) PHYS‐020 Waves & Sound PHYS‐021 Kill A Watt PHYS‐023 Levitation Kit PHYS‐024 Electro Mag‐ Magnets & Electronic Circuits PHYS‐025 Compass, Map Training & Orienteering Kit PHYS‐026 Wave demonstration Set (Slinky) PHYS‐028 # Junior Genecon Electricity & Magnetism # Super science Magnet Kit PHYS‐029 PHYS‐030 Renewable Energy PHYS‐031 Watts Up Pro ‐ Vernier PHYS‐032 Circuit Board Labs ‐ Vernier PHYS‐033 # Binoculars PHYS‐041 # UV Beads PHYS‐042 Air Puck Kit PHYS‐043 Telescope with Sun Filter PHYS‐044 Quantitative Analysis Spectroscopes PHYS‐045 Electrostatic Demonstration Kit