SKU: MMCP Categories: 3D Printed Models, Anatomy & Physiology, Biochemistry & Water, Cell Processes & Transport Tags: Aquaporin, Aquaporin Mighty Model, Mighty Model, Mighty Model Channel Protein Collection, Mighty Model Collection, Mighty Models, Potassium Ion Channel, Potassium Ion Channel Mighty Model, Sodium Ion Channel, Sodium Ion Channel Mighty Model
Mighty Model Channel Protein Collection©
Product Code: MMCP
$100
Intrigue your students by demonstrating how heavy metal mercury and scorpion and salamander toxins prevent water, potassium, and sodium from moving in and out of cells by blocking channel proteins.
⚠ Warning
Description
Introducing our new 3D print Mighty Model Channel Protein Collection©. You and your students will love that Mighty Models are bigger and better than our previous mini models. Best of all they are less likely to break!
When using these interactive models and following a phenomenon-driven molecular story, your students will explore - and finally grasp - how water and ions move in and out of cells. They'll also explore the selectivity factors of each channel, and using our new augmented reality enhancements, they'll dive deeper into the structure of each channel.
Best when your students use or review the Amino Acid Starter Kit© and Phospholipid & Membrane Transport Kit©.
Aquaporin Mighty Model
- Your students will investigate how aquaporin allows water to move in and out of cells while exploring a case study where heavy metal, mercury, blocks the water channel
- Invite your students to take a closer look at how toxins like Charybdotoxin (scorpion toxin) bring movement across potassium ion channels to a standstill while learning about the mechanisms that regulate potassium ion concentration
- Your students will explore how organisms, such as salamanders, use Tetrodoxin (TTX) to protect themselves from predators while determining how sodium ion channels help maintain an action potential
