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In recent years, our group has adopted a mechanistic-oriented approach to develop and design novel redox C-H functionalization catalytic systems established on earth-abundant metals to directly synthesize a vast array of complex arene-based materials that exist in many pharmaceuticals and natural products.

We are interested in controlling the chemo-, regio-, and stereo-selectivity in these sustainable transformations, which were found to be mechanistically dependent. Therefore, by selecting one catalytic system over another, a given pair of substrates can lead to different coupling products and unlimited possibilities.

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