The negative impact of biofilms in both the industry and the human health, demands the development of strategies for the in situ and early detection of biofilm formation. In this review we describe potentiometric, voltammetric and impedance-based sensors as to provide an overview of the different electrochemical techniques applied in biofilm detection and monitoring
Biofilm development on surfaces represents one of the most challenging issues in the medical field. ...
207-218<span style="font-size:12.0pt;line-height: 115%;font-family:" times="" new="" roman";mso-far...
Microbial biofilm contamination is an ubiquitous and persistent problem in industry and clinics. The...
The negative impact of biofilms in both the industry and the human health, demands the development o...
Microbial electrochemistry has from the onset been recognized for its sensing potential due to the m...
The development of an electrochemical detector to monitor the in situ formation of biofilms is descr...
International audienceUnderstanding and sensing microbial biofilm formation onto surfaces remains hi...
In water quality research the interest in online biofilm monitoring techniques has recently increase...
Bacterial colonization of surfaces and interfaces has a major impact on various areas in-cluding bio...
Bacteria are ubiquitous, forming biofilms on nearly any surface in an aqueous environment. The accum...
This dissertation focuses on electrochemical approaches to address several biomedical sciences, envi...
The suitability of low-cost impedance sensors for microbiological purposes and biofilm growth monito...
The fast and non-destructive detection of bacterial attachment on food contact surfaces is important...
Bacterial biofilms have a significant financial and health impact in many fields. It remains a funda...
The development of needle-type environmental microsensor techniques is a revolutionary advancement i...
Biofilm development on surfaces represents one of the most challenging issues in the medical field. ...
207-218<span style="font-size:12.0pt;line-height: 115%;font-family:" times="" new="" roman";mso-far...
Microbial biofilm contamination is an ubiquitous and persistent problem in industry and clinics. The...
The negative impact of biofilms in both the industry and the human health, demands the development o...
Microbial electrochemistry has from the onset been recognized for its sensing potential due to the m...
The development of an electrochemical detector to monitor the in situ formation of biofilms is descr...
International audienceUnderstanding and sensing microbial biofilm formation onto surfaces remains hi...
In water quality research the interest in online biofilm monitoring techniques has recently increase...
Bacterial colonization of surfaces and interfaces has a major impact on various areas in-cluding bio...
Bacteria are ubiquitous, forming biofilms on nearly any surface in an aqueous environment. The accum...
This dissertation focuses on electrochemical approaches to address several biomedical sciences, envi...
The suitability of low-cost impedance sensors for microbiological purposes and biofilm growth monito...
The fast and non-destructive detection of bacterial attachment on food contact surfaces is important...
Bacterial biofilms have a significant financial and health impact in many fields. It remains a funda...
The development of needle-type environmental microsensor techniques is a revolutionary advancement i...
Biofilm development on surfaces represents one of the most challenging issues in the medical field. ...
207-218<span style="font-size:12.0pt;line-height: 115%;font-family:" times="" new="" roman";mso-far...
Microbial biofilm contamination is an ubiquitous and persistent problem in industry and clinics. The...