In recent years, transition metal-catalyzed strong C–C
bond
activation has significantly attracted the attention of synthetic
chemists. This protocol enables simultaneous and direct functionalization
of two different M–C bonds. Among different types of C–C
bond activation strategies, strain-driven C–C bond activation
has resulted in various otherwise difficult transformations. In this
context, palladium catalyst has been extensively used and studied
due to its robust reactivity and selectivity. Herein we have briefly
discussed palladium-catalyzed C–C bond activation of three-
and four-membered cycloalkane derivatives.
In recent years, transition metal catalysed strong C-C bond activation has significantly attracted the attention of synthetic chemists. This enables simultaneous and direct functionalization of two different M-C bonds. Among different types of C-C bond activation strategies, strain-driven C-C bond activation has resulted in a variety of transformations, which is otherwise impossible. In this context, palladium catalyst has been extensively used and studied due to its robust nature in terms of its reactivity and selectivity. Herein, we have provided a brief discussion about palladium catalysed C-C bond activation of three and four-membered cycloalkane derivatives.
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