Dual cytosine modification through hydroxylation and arabinofuranosylation in phages [0.03%]
噬菌体中的胞嘧啶通过羟基化和阿拉伯糖基化双重修饰
Yu He,Haiyan Gao,Yudong Yang et al.
Yu He et al.
Bacteriophages use diverse genomic modifications, including substitutions on the cytosine pyrimidine ring through C-C and C-N bonds. Here, we report that coliphage HY126 encodes an Afh system with enzymatic activities not previously implica...
Edward Lyman
Edward Lyman
Published Erratum
Nature chemical biology. 2026 Mar 31. DOI:10.1038/s41589-026-02211-3 2026
Yuan-Ting Cho,Jeremy M Baskin
Yuan-Ting Cho
Marcus C Vaillancourt,Joseph Moran
Marcus C Vaillancourt
Xiaowei Song,Yuefeng Ma,Michael W Chen et al.
Xiaowei Song et al.
We discover that biomolecular condensates, formed by intrinsically disordered proteins without inherent chemical activity, can spontaneously drive nonenzymatic reductive amination. These condensates facilitate reactions between amines and a...
Frontiers of redox biology [0.03%]
红氧生物学新进展
Takaaki Akaike,Beatriz Alvarez,Ruma Banerjee et al.
Takaaki Akaike et al.
Florian F Schneider,Julia S Martin Del Campo,Lin Zhang et al.
Florian F Schneider et al.
The maturation of the unique FeMo-cofactor of molybdenum nitrogenase is a multistep process requiring the sequential action of a series of maturase complexes. As a final step, the NifEN complex forms FeMo-cofactor from the precursor NifB-co...
Rhys Grinter
Rhys Grinter
Yiyun Song
Yiyun Song