The application of microbes to valorize aromatic compounds derived from the abundant
plant biopolymer lignin is a rapidly developing area of research that may ultimately enable …

Lignin is the second most abundant polymer in nature, which is also widely generated
during biomass fractionation in lignocellulose biorefineries. At present, most of technical …

Converting lignin components into a single product is a promising way to upgrade lignin.
Here, an efficient biocatalyst was developed to selectively produce gallate from lignin …

Lignin is an important structural component of terrestrial plants and is readily generated
during biomass fractionation in lignocellulose processing facilities. Due to lacking …

Valorization of lignin, an abundant component of plant cell walls, is critical to enabling the
lignocellulosic bioeconomy. Biological funneling using microbial biocatalysts has emerged …

Lignin is an abundant natural plant aromatic biopolymer containing various functional
groups that can be exploited for activating lignin for potential commercial applications …

Lignin is regarded as the most abundant renewable aromatic compound on earth. In this
study, we established Escherichia coli-based whole-cell biocatalytic systems to efficiently …

Formaldehyde, one of the most toxic organic compounds, is produced and processed in
human cells. The level of human endogenous formaldehyde is maintained at a low …

Formaldehyde (FA) as a double-edged sword is incisively and vividly exhibited in our life.
The occurrence and progression of many diseases is demonstrated to be relavent to FA …

Lignin is a highly methylated, recalcitrant biopolymer available aplenty in nature, and is
highly heteropolymer in nature, but yet it has been an under-utilized biopolymer. Modifying it …