Gui_2015_Org.Lett_17_628

Reference

Title : Discovery of a new family of Dieckmann cyclases essential to tetramic acid and pyridone-based natural products biosynthesis - Gui_2015_Org.Lett_17_628
Author(s) : Gui C , Li Q , Mo X , Qin X , Ma J , Ju J
Ref : Org Lett , 17 :628 , 2015
Abstract :

Bioinformatic analyses indicate that TrdC, SlgL, LipX2, KirHI, and FacHI belong to a group of highly homologous proteins involved in biosynthesis of actinomycete-derived tirandamycin B, streptolydigin, alpha-lipomycin, kirromycin, and factumycin, respectively. However, assignment of their biosynthetic roles has remained elusive. Gene inactivation and complementation, in vitro biochemical assays with synthetic analogues, point mutations, and phylogenetic tree analyses reveal that these proteins represent a new family of Dieckmann cyclases that drive tetramic acid and pyridone scaffold biosynthesis.

PubMedSearch : Gui_2015_Org.Lett_17_628
PubMedID: 25621700

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Citations formats

Gui C, Li Q, Mo X, Qin X, Ma J, Ju J (2015)
Discovery of a new family of Dieckmann cyclases essential to tetramic acid and pyridone-based natural products biosynthesis
Org Lett 17 :628

Gui C, Li Q, Mo X, Qin X, Ma J, Ju J (2015)
Org Lett 17 :628