: Catalytic transformations have been observed in every reaction to provide a specific product and to formulate regio and stereo-selective adducts in well-defined pathways. Among various catalytic processes used in current chemistry, tandem catalysis has been proven to be an effective technology by applying the technology for better and time-saving ways of production. It has shown its usability in various fields of research like organic reactions, inorganic salt extractions, isolation, and purification of intermediates, photoprotection of dye, pigment, and polymer chemistry, specifically in paint industries, biological sequencing and natural product chemistry. Ideally, it is a single molecule conversation to the desired product (beneficial to both research and industries) with many competing effects in spatial arrangement with almost no major equipment in operation. The advantages of tandem catalysis in the field of chemistry (Organic/Biochemistry/ Polymer chemistry etc.) by utilizing the positive side is a newer way for energetic and favourable technology.

中文翻译：

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近几十年串联催化概述：有机金属化学的阴谋

：在每个反应中都观察到催化转化，以提供特定的产物并以明确的途径形成区域和立体选择性加合物。在当前化学中使用的各种催化过程中，串联催化已被证明是一种有效的技术，通过应用该技术可以实现更好、更省时的生产方式。它已在有机反应、无机盐萃取、中间体的分离和纯化、染料、颜料的光保护和聚合物化学（特别是在涂料工业、生物测序和天然产物化学）等各个研究领域显示出其可用性。理想情况下，它是与所需产品的单分子对话（对研究和工业都有好处），在空间排列上具有许多竞争效应，几乎没有主要设备在运行。串联催化在化学领域（有机/生物化学/高分子化学等）的优势，利用其积极的一面，是一种更新的能源和有利的技术途径。