… deploying synthetic metabolism tailored for biohalogenation … selection of functional metabolic
modules that harness the … bacteria for in vivo biohalogenation. By rationally combining …

… synthetic biology along with metabolic engineering to expand the chemical reach of cellular
metabolism. … with a primary focus on synthetic approaches and promising routes for future …

… Biohalogenation occurs on a large variety of organic scaffolds, for … synthesis of halogenated
amino acids has been reported the first time by the group of Wendisch.109 Metabolic …

… of halogenating enzymes involved in the synthesis of these halogenated metabolites. In this
… evolution; on the other hand, metabolic pathway engineering has been used to improve the …

… [Citation23] Most reported biohalogenation reactions are with … Here, we provide an
overview of synthetic biology and … control via synthetic promotors, designing metabolic division …

… Tryptophan is a preferred target molecule of biohalogenation pathways, and halogen … Cl,
Br and I may hinder broad applications in engineering synthetic metabolism (or, for that matter, …

… For the most part, biohalogenation reactions are metabolic endpoints in nature. That is,
however, often not the case in synthetic organic chemistry. The installment of a halogen can be a …

… present in metabolic pathways for the sustainable synthesis of … of efficient synthetic pathways
consisting of biohalogenation … this study is not directly connected to biohalogenation, as the …

… cost-effective synthesis, and it is imperative that new enzymes are discovered and developed
for process. In contrast to synthetic … This is a breakthrough in the field of biohalogenation. …

… Nonetheless, little is known about the metabolic … putida is a clear example of synthetic
biology [26]. This approach … related to halo- and dehalogenation metabolism, annotated using a …