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Students will understand and demonstrate the complete process of developing a natural product into a pharmaceutical/cosmetic product through hands-on experimentation with hibiscus flowers.

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By the end of this lesson, students will be able to:
• Execute basic extraction techniques
• Perform quality control tests
• Calculate extraction yields
• Formulate a basic product

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Students will apply scientific method principles through observation, measurement, and documentation of their findings at each station.

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How do scientists transform natural materials into safe and effective pharmaceutical products?

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In small groups, students will compare their results and discuss variables that might have affected their outcomes.

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Advanced students can research and present additional natural products and their pharmaceutical applications.

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As part of our “Story of a Drug” session, we invite you to participate in an exciting Infographic Competition! 🎉

How to Participate:

1️⃣ Capture the Process – Take clear photos at each step of the drug story:

Extraction, drying & weighing the yield

Quality check (microscopy, pH, solubility, etc.)

Final product preparation

2️⃣ Create Your Infographic – Combine your photos into an engaging visual story using tools like Canva, PowerPoint, or Piktochart.

3️⃣ Submit & Share – Upload your infographic to [submission platform] and share it on [social media/Blackboard].

4️⃣ Engage & Win! – The infographic with the highest number of likes and hearts will win the Drug Story Infographic Award! 🏆🎖️

📅 Deadline for Submission: 2:00 pm

📅 Voting Period: once uploaded

🏆 Winner Announcement: The end of the day

🎨 Be creative, make it informative, and have fun! Best of luck! 🚀

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Students will:
• Observe hibiscus flower extraction process
• Learn drying techniques
• Calculate extraction yields
• Document their findings using Padlet's collaboration feature

• Document the process through photos

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Plant Extraction Methods - Decoction and Maceration | JPTV

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Activities include:
• Using microscopes to examine plant material
• Measuring pH levels
• Testing solubility
• Document the process through photos

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Students will:
• Create a simple formulation
• Learn about excipients
• Understand stability considerations
• Document the process through photos

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Submit your infographic in the comment. Then, like your colleagues' infographics.

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Submit your infographic in the comment. Then, like your colleagues' infographics.

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Submit in the comment icon

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1. What was the most challenging part of the process?

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1. What was the most challenging part of the process?

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2. How does this relate to real pharmaceutical development?

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Access to virtual lab simulations and additional reading materials for students requiring extra support.

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Library Guides: Open Educational Resources: Simulations and Virtual Labs

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An introduction to open educational resources (OER).

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Done by:

Mzoon Alhosani

Rawan alhammadi

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Filmed by:

Dana Almazrouei

Alia Al Dhaheri