Hi Harvey M,
I found it really interesting when we did some work on temperature responsive polymers. We made a co-polymer with two different monomers in. It was really cool to see how the different amounts of monomers in the polymer made a difference to the temperature behavior. This could possibly used as a drug delivery system, so when the polymer is outside of the body, the drug is trapped inside the polymer coil and when it’s in the body (and therefore at a higher temperature) the coil unravels and the drug is released!
How to make an electrically-conductive paint that can still be brushed easily. We use particles called carbon nanotubes which are great for adding to polymers to make them electrically conductive. Unfortunately adding them to a liquid polymer (such as a paint sustem) often makes it go solid! This is because the tubes are strongly attracted to each other, so we grew the tubes on other small particles. These combined (or hybrid) particles allow the tubes to conduct electricity but not bond strongly to each other in the paint.
Hoi Harvey – I reckon it’d be realizing that I can apply the current methodology that I’m using to lots of different proteins, so there’s the possibility of making some really cool films with interesting properties.
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