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Revitalize your instruction of mammalian structure and function by conducting a "real" classroom autopsy!
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Experience the four tools that make atomic structure, the Periodic Table, bonding and molecular geometry more concrete for your students.
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Using the same information Mendeleev had, re-create the first Periodic Table and gain an understanding of its structure and utility in a way no other activity can match.
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New to biotech? Learn the basics needed to conduct a successful laboratory exercise. Practice pipetting, loading gels, and extracting DNA.
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Explore hands-on methods for teaching mitosis, meiosis, cellular division, and genetic inheritance using a multi-station approach.
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Students are always excited and captivated by the painted lady butterfly (Vanessa cardui). Watch as their standards-based learning takes flight!
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Identify external and internal features of the crayfish, starfish, perch, and frog.
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Compare and contrast anatomical diversity with this economical, classroom-friendly kit. Participants dissect and study a sheep brain, cow eye, pig heart, and pig kidney.
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Using dissection, participants compare and contrast the rat, frog, pig, and perch to gain an understanding of anatomical diversity.
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Awaken student curiosity with live animals. Create simple classroom habitats with harmless, low-maintenance plants and animals.
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Extract DNA from your own cheek cells! Transfer isolated DNA to a pendant tube and create a wearable necklace.
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Follow the evidence to effective learning. Perform experiments to solve fun mysteries from the Forensics for the Biology Laboratory manual.
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What do water quality, air quality, and soil quality have in common? You can explore all 3 with Carolina's newly revised, exciting AP® Environmental Science lab series!
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Experience a glowing introduction to genetic engineering and molecular heredity! Induce the uptake of a jellyfish gene into a user-friendly E. coli bacterium culture.
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These content-centered activities will dazzle students and stretch your physical science budget at the same time.
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Explore the basics of electrophoresis. Load gels, perform electrophoresis, and separate brightly colored dyes on agarose gels.
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Immerse your students in another world! The low-maintenance microorganisms showcased in this session are ideal for classroom inquiry, and the activities are designed for all learning levels.
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Receive expert guidance on growing requirements, planting and care techniques, and basic genetic mutations. Ideal for cross-curricular studies.
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A guided inquiry approach takes you through the topics of cell types and structure, cellular transport, cellular energy, and the cell cycle.
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Experience hands-on approaches to teaching the principles of genetics. Session features Carolina’s Wisconsin Fast Plants®, C-FERN®, genetic corn, and flightless fruit flies.
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