Biofilm, friend not foe: Single species biofilms can be engineered to form robust biocatalysts with greater catalytic activity and significantly improved catalytic longevity than purified and immobilised enzymes. We report the engineering, structural analysis and biocatalytic capability of a biofilm that can mediate the conversion of serine and haloindoles to halotryptophans
peer reviewedMany white biotechnology bioprocesses apply techniques from chemical engineering based ...
227 p.In contrast to free-living cells, biofilms are highly tolerant to environmental stresses, rend...
We here report the application of a machine-based microfluidic biofilm cultivation and analysis plat...
This project aims to exploit engineered biofilms as biocatalysts in the biotransformations of enanti...
This study was funded by a UK Biotechnology & Biological Sciences Research Council grant (BB/I006834...
This work was supported by BBSRC Grant BB/I008713/2 and European Research Council under the European...
The robust nature of biofilms makes them medicinally difficult to treat, however this same property ...
Biofilm represents the prevalent mode of microbial growth in natural, engineered and medical setting...
Bacteria form biofilms on solid surfaces by using surface adhesins and by secreting extracellular ma...
Thesis summary In the last decade, numerous single-species biofilm reactors of various configuratio...
In the past decades, progress has been made on the beneficial features of microbial biofilms for the...
Biofilm formation is a harmful phenomenon in many areas, such as in industry and clinically, but off...
Engineered biofilms comprising a single recombinant species have demonstrated remarkable activity as...
The ability of biofilms to withstand chemical and physical extremes gives them the potential to be d...
Bacteria in natural and engineered habitats often live as multicellular aggregates embedded in a sel...
peer reviewedMany white biotechnology bioprocesses apply techniques from chemical engineering based ...
227 p.In contrast to free-living cells, biofilms are highly tolerant to environmental stresses, rend...
We here report the application of a machine-based microfluidic biofilm cultivation and analysis plat...
This project aims to exploit engineered biofilms as biocatalysts in the biotransformations of enanti...
This study was funded by a UK Biotechnology & Biological Sciences Research Council grant (BB/I006834...
This work was supported by BBSRC Grant BB/I008713/2 and European Research Council under the European...
The robust nature of biofilms makes them medicinally difficult to treat, however this same property ...
Biofilm represents the prevalent mode of microbial growth in natural, engineered and medical setting...
Bacteria form biofilms on solid surfaces by using surface adhesins and by secreting extracellular ma...
Thesis summary In the last decade, numerous single-species biofilm reactors of various configuratio...
In the past decades, progress has been made on the beneficial features of microbial biofilms for the...
Biofilm formation is a harmful phenomenon in many areas, such as in industry and clinically, but off...
Engineered biofilms comprising a single recombinant species have demonstrated remarkable activity as...
The ability of biofilms to withstand chemical and physical extremes gives them the potential to be d...
Bacteria in natural and engineered habitats often live as multicellular aggregates embedded in a sel...
peer reviewedMany white biotechnology bioprocesses apply techniques from chemical engineering based ...
227 p.In contrast to free-living cells, biofilms are highly tolerant to environmental stresses, rend...
We here report the application of a machine-based microfluidic biofilm cultivation and analysis plat...