… metal, it enhances the catalytic activity of the Pt group … biofilm EPS also contains many of
essential organic and inorganic components which play crucial role in metal immobilization, …

… combination of bio-orthogonal and catalyst-free strain-promoted … Of particular concern is
the threat of bacterial biofilm … addition of patterned nanoobjects to kill bacteria once they reach …

… For micro-/nano-objects swimming in the low Reynolds … the immobilized lipase, thereby
leading to the superior catalytic and … the catalytic degradation of EPS and the removal of biofilm …

… for engineered curli nanofibers used to reversibly immobilize enzymes for catalytic … to the
relative ease of microbial engineering, the large-scale nature of the biofilm material, and self-…

… of biofilms for engineered applications has expanded beyond traditional uses (eg, fermentation
and catalysis) to create a wide array of living materials… NTA-decorated nano-objects were …

… Peripheral nanoscale dimensions are present in nano-objects, and … bonding with
glutaraldehyde modified NDs as support … lipase immobilization on MWCNT to reveal higher …

… novel immobilization methods to maximize the catalytic … Engineered Escherichia coli
biofilms have attracted great concern as surface display platforms for enzyme immobilization. …

… the bacterial biofilm with nanomaterial may create a living … with living cells as nature’s
catalytic machinery is considered as an emerging strategy to develop a unique ‘living functional …

… are mostly responsible of catalytic reduction of the metal ions … in order to covalently immobilize
the alkaline phosphatise … in MIC values, eradication of microbial biofilms, and a sustained …

… with anti-biofilm effect is, thus, essential. Infections caused by bacterial biofilms are something
that … That means that to keep the iron oxide catalytic properties intact and promote the …