Reactive oxygen’s (ROs) are important to capture in the body flux. In this study we synthesized and characterized three ferrocene derivatives (pFA, mFA and MeFA), those have good ability to be act as antioxidants. The synthesized compounds were studied for their interaction with modal membranes made by AOT reverse micelle and TTAB micelle. These interactions were probed by the use of proton nuclear magnetic resonance (HNMR) spectroscopy. The HNMR results indicated that these compounds present in the polar region of the modal membrane interface, On the interface mFA was found to capture water that was confirmed with single crystal X-ray diffraction analysis. It was found that their antioxidant potential is good in DMSO and that potential increased on the interface of the modal membrane. The most increase (by 19.6%) in the antioxidant potential, on the modal membrane interface, was observed for mFA.

Capturing reactive oxygen (RO) at modal membrane interface: Ferrocenyl anilines on modal micelle/reverse micelle membrane interfaces

254th National Meeting (2017)

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