… Here, we will focus on the application of bioconjugation chemistry in the creation of multi-enzyme
systems. In the past years, the collection of chemical methods to covalently couple …

… catalyzes the last two reactions in tryptophan biosynthesis. The two steps are catalyzed by
two separate subunits (α and β), which combine to form a stable multi-enzyme complex (α 2 β …

… catalysis occupies a unique and indispensable position in the realm of biological reactions
… in vivo multi-enzyme reactions (MERs), which have been applied to construct multi-enzyme …

… that is advantageous in enzymatic reactions, but parameters … in flow reactors allows
multi-enzyme reactions to be carry out … the reactors and to perform the reactions in the presence of …

… Systems with two enzymes are the most frequently investigated among all multi-enzyme
systems … Reactions with three-enzyme systems Many multi-enzyme reactions run simultaneously …

… time, competing side reactions and enhancement of initial reaction rates has been
reviewed [… initial reaction rate of the multi-enzyme system to free enzymes in the solution [Citation60]. …

… in the field of multi-enzyme activity nanozymes. We systematically introduced the detailed
classification of multi-enzyme activity nanozymes based on the redox reaction, followed by a …

… In this section, multi-enzyme and chemo-enzymatic reactions are discussed from the point
of view of bioprocess engineering in order to put in evidence their strong and weak points and …

… Multi‐enzyme cascade reactions are indispensable in … Multi‐enzyme cascade reactions in
MOFs have recently … This Personal Account discusses the different strategies for multi‐enzyme…

… was investigated by using a multi-enzyme cascade reaction with adenosine as initial …
catalyzed reaction steps from adenosine as well as polyP and GTP in a biocatalytic one-pot reaction…