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"WardsSci000063"

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Ward's® Manipulate Your Own Action Potential Neuron

Ward's® Manipulate Your Own Action Potential Neuron

Students use the manipulatives in this activity kit, developed by Teacher Carole MacMullan, to depolarize and repolarize a neuron as they model sodium and potassium ion movement through gated channel proteins embedded in the plasma membrane of a neuron. 

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Osmosis and Diffusion Lab Activity

Osmosis and Diffusion Lab Activity

How do molecules move into and out of a cell?

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Cell Assembly Required Lab Activity

Cell Assembly Required Lab Activity

Create 3-D Cell Models Using Realistic “Cytoplasm”

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Ward's® The Cell Theory: A Microscopic Journey Lab Activity

Ward's® The Cell Theory: A Microscopic Journey Lab Activity

Unique Approach To Study Cellular Structures

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Ward's® Diffusion And Cell Size Kit

Ward's® Diffusion And Cell Size Kit

With this kit, students visualize an abstract concept In under 15 minutes.

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Ward's® Structure and Function of Mitochondria Lab Activity

Ward's® Structure and Function of Mitochondria Lab Activity

Observe the “Energy Producers” in Cells

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Ward's® Engage Cell Cycles, IBL Case

Ward's® Engage Cell Cycles, IBL Case

In this inquiry-based learning case, students enter the role of an R&D intern at an agricultural biotech company, to investigate a new crop plant virus and propose a mitigating solution.

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Edvotek Transformation with GFP Kit

Edvotek Transformation with GFP Kit

With this kit, students learn how transformed cells take up a plasmid that contains the GFP gene.

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