Xiaoyu Yong

TL;DR: The results substantiated that enhanced membrane permeability and pyocyanin production by sophorolipid, which promoted the electron shuttle-mediated EET, underlies the improvement of the energy output in the P. aeruginosa-inoculated MFC and suggested that addition of biosurfactant could be a promising way to enhance the energy generation in MFCs.

TL;DR: Investigating mesophilic methane fermentation with pig manure revealed that cultures maintained at pH 7.0 could support increased biogas production, which has significant implications for the scale-upBiogas engineering.

TL;DR: In this paper, pyocyanin (PYO) synthesis pathway was manipulated to improve the EET efficiency in Pseudomonas aeruginosa-inoculated MFCs.

TL;DR: The results substantiated that the manipulation of intracellular cofactor could be an efficient approach to improve the EPT of MFCs, and implied metabolic engineering is of great potential for EPT improvement.

TL;DR: This study provides an energy saving and efficient approach for TPTC degradation and suggests that the main process is probably a stepwise dephenylation until the formation of inorganic tin and CO2.