In this cartoon, imagine that Romeo is a potassium ion (K+) and Juliet is a sodium ion (Na+). Explain why they're stuck on their own sides of the membrane and what they need to get through it. The Parameclum Parlor Wherefore art thou, Romea?! I'm stuck behind this semipermeable membranc Star-crossed solutes Ameba Sisters

Human Anatomy & Physiology (11th Edition)
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**Educational Website Transcription:**

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**Understanding Ion Movement Across Cell Membranes**

In this section, imagine that Romeo is a potassium ion (K+) and Juliet is a sodium ion (Na+). Explain why they're stuck on their own sides of the membrane and what they need to get through it.

**Diagram Explanation:**

The cartoon titled "The Paramecium Pair" illustrates two ions separated by a semi-permeable membrane. On one side, a character resembling an ion exclaims, "Wherefore art thou, Romeo?" On the opposite side, another character responds, "I'm stuck behind this semipermeable membrane!"

This diagram humorously portrays the concept of ions being unable to freely pass through the cell membrane due to its selective permeability. It uses familiar literary characters to explain the biological concept of ion distribution and movement across cell membranes.

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Transcribed Image Text:**Educational Website Transcription:** --- **Understanding Ion Movement Across Cell Membranes** In this section, imagine that Romeo is a potassium ion (K+) and Juliet is a sodium ion (Na+). Explain why they're stuck on their own sides of the membrane and what they need to get through it. **Diagram Explanation:** The cartoon titled "The Paramecium Pair" illustrates two ions separated by a semi-permeable membrane. On one side, a character resembling an ion exclaims, "Wherefore art thou, Romeo?" On the opposite side, another character responds, "I'm stuck behind this semipermeable membrane!" This diagram humorously portrays the concept of ions being unable to freely pass through the cell membrane due to its selective permeability. It uses familiar literary characters to explain the biological concept of ion distribution and movement across cell membranes. ---
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