Enzymatic monolithic reactors for micropollutants degradation

Microfluidic enzymatic reactors for proteome research.

The field of proteomics has emerged as a valuable analytical tool for elucidating cellular and biological systems at the molecular level. As there is an ever-growing demand for new highly automated, high-throughput, and sensitive analytical tools, a key challenge is the characterization of lowabundance proteins that are crucial in modulating biological functions of cells and may also be associa...

Progress in enzymatic membrane reactors – a review

The enzymatic membrane reactor (EMR) consists on a coupling of a membrane separation process with an enzymatic reaction. The selective membrane aims to separate the biocatalyst from the reaction products. The main objective of EMR is to ensure the complete rejection of the enzyme in order to maintain the full activity inside the reacting volume. Depending on the case, enzyme molecules may be fr...

Rapid Enzymatic Degradation

The effect of plasma on degradation of human growth hormonereleasing hormone (GRH) was examined in vitro and in vivo using high performance liquid chromatography (HPLC), radioimmunoassay (RIA), and bioassay. When GRH(1-44)-NH2 was incubated with human plasma, the t1/2 of total GRH immunoreactivity was 63 min (RIA). However, HPLC revealed a more rapid disappearance (t1/2, 17 min) ofGRH(144)-NH2 ...

Removal of micropollutants in Moving Bed Biofilm reactors (MBBRs) ‐Microbial‐diversity‐and‐functional‐relationships‐

Enzymatic "combustion": the microbial degradation of lignin.

INTRODUCTION ....................................................................................................................................... 465 LIGNIN AS A SUBSTRATE ............................................................................................................................... 466 MICROBIOLOGY OF LIGNIN BIODEGRADATI ON ......................................................