Difference between revisions of "Team:FAU Erlangen/Collaborations"
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As we were also testing fluorescent proteins on their function as photosensitizers we tried a broad variety of them, which we could not produce on our own. Hence, iGEM Team Munich helped us with highly purified eGFP modified with a Histidin-Tag. We successfully demonstrated a slight enhancement of the titanium dioxide cells, which was caused by a moderate broadening of the absorption spectrum to longer wavelength. However, with ZnO the layers were not consistent causing a high deviation of the individual results. Accordingly, we could not proof this point for ZnO. | As we were also testing fluorescent proteins on their function as photosensitizers we tried a broad variety of them, which we could not produce on our own. Hence, iGEM Team Munich helped us with highly purified eGFP modified with a Histidin-Tag. We successfully demonstrated a slight enhancement of the titanium dioxide cells, which was caused by a moderate broadening of the absorption spectrum to longer wavelength. However, with ZnO the layers were not consistent causing a high deviation of the individual results. Accordingly, we could not proof this point for ZnO. | ||
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Revision as of 15:27, 15 October 2016
IGEM Team Aachen
The collaboration with the iGEM team Aachen started at the German team meetup in Marburg. It was a perfect match as their problem of solubility of non-canonical amino acids is based exclusively on the chemical nature of the amino acids. So we conducted a literature club and discussed some important general aspects regarding solubility. In the end, we were happy to help them getting back on track with their project.
IGEM Team Munich
As we were also testing fluorescent proteins on their function as photosensitizers we tried a broad variety of them, which we could not produce on our own. Hence, iGEM Team Munich helped us with highly purified eGFP modified with a Histidin-Tag. We successfully demonstrated a slight enhancement of the titanium dioxide cells, which was caused by a moderate broadening of the absorption spectrum to longer wavelength. However, with ZnO the layers were not consistent causing a high deviation of the individual results. Accordingly, we could not proof this point for ZnO.
