Applications Activity: Nanomedicine
Most cancer drugs kill some good cells along with the bad cells, making the patient very sick. What if you could treat cancer without this negative side effect? Nanotechnology, technology at the scale of atoms, may allow us to do this in the near future. Students will work in research teams to explore different methods of drug delivery. One method involves ferrofluid, a nanomaterial currently under investigation for medical applications. Ferrofluid is made from nano-sized particles of magnetite that are coated with a surfactant. The surfactant keeps the solid particles from sticking together, giving a liquid-like appearance.
Full Instructions
Handout: Student Worksheet
Order Supplies from Educational Innovations (link)
Materials
- Ferrofluid demonstration tubes
- Iron filing demonstration tubes
- Empty demonstration inhalers
- Cow magnets
- Syringes without needles
- Plastic storage boxes
- Handouts
- Large sheets of paper
- Markers
Nanotechnology Pages
Background
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Nanotechnology Application: Space Elevator
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Nature: The First Nanotechnologist
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Next Big Thing – All About Nano
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Smell: Sensing on the Nanoscale
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What is Nanotechnology?
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Nanotechnology Applications Video
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Nanotechnology Application: Space Elevator
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Nanotechnology & Society: Ideas for Education and Public Engagement
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Smart Medicine
Activities
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Wheel of Fortune Activity
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NanoSolutions Activity
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Applications Activity: Nanomedicine
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Applications Activity: “Smart” Paper
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Applications Activity: Nanocommunity
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Applications Activity: Rocks and Nanobots
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Applications Activity: Technology and Public Policy
Video Lab Manual
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Synthesis of Nickel Nanowires: Beaker
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Synthesis of Nickel Nanowires: Syringe
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Titanium Dioxide Raspberry Solar Cell
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Preparation of a Fuel Cell: Nafion
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Electrochromic Prussian Blue Thin Films
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Tungsten Trioxide Intercalation
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Synthesis of Nanocrystalline Y2O3: Eu Phosphor
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Preparation of Surface Conductive Glass
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Synthesis of Inverse Opal Photonic Crystals
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Preparation of Zeolite ZSM5 and Catalysis of Xylene Isomerization