金属催化的偶联反应大大拓展了有机化学的范围，有机化学家可以合成一系列砌

Metal-catalyzed coupling reactions have greatly expanded the scope of organic chemistry. Organic chemists can synthesize a series of building blocks to achieve the purpose of quickly synthesizing multiple analogs using coupling reactions. Generally speaking, metal-catalyzed coupling reactions require pre-functionalization, and some even require multi-step reactions to achieve this goal, which runs counter to the original intention of improving efficiency. In order to get rid of this dilemma, the oxidative coupling reaction was developed, and it shines in the total synthesis of natural products.

Metal catalytic coupled reactions greatly expand the range of organic chemistry, where organic chemists can synthesize a series of blocks, which in turn can be used for the purpose of rapidly synthesizing multiple similar objects. In general, metal catalytic coupled reactions require pre-ability to group, and some even require multi-step reactions to achieve this, which is counterpronued by the original intention of increasing efficiency. In order to get rid of this dilemma, oxidation coupled reactions have been developed and shine in the full synthesis of natural products.

Metal catalyzed coupling reaction greatly expands the scope of organic chemistry. Organic chemists can synthesize a series of blocks, and then achieve the purpose of rapid synthesis of multiple analogues. Generally speaking, metal catalyzed coupling reactions need to be pre organized and some even need multi-step reactions to achieve this goal, which is contrary to the original intention of improving efficiency. In order to get rid of this dilemma, oxidative coupling reaction has been developed and has been widely used in the total synthesis of natural products.