Dr. Lackner earned his PhD from Vienna University of Technology in 2003. In 2009, he received his habilitation in chemical engineering. Dr. Lackner has worked in several senior leadership positions in industries in Europe and in Asia. He has founded 5 companies, two of which are in the area of anti-microbial surfaces and microbiological water quality measurement instruments.

• Rapid, Automated and On-Line Detection of Indicator Bacteria in Water. Automated near-real-time monitoring of enzymatic activities in water resources. Advances in Electrochemically Active Bacteria Physiology and Ecology. Application of quantitative real-time PCR for microbial community analysis in environmental research. In vitro diagnostics for early detection of bacterial wound infection. Biofilm impedance monitoring. Rapid Microbial Water Quality Measurement by Automated Determination of the Fecal Indicator Bacterium Escherichia coli: A Review. Glossary.

Dr. Lackner earned his PhD from Vienna University of Technology in 2003. In 2009, he received his habilitation in chemical engineering. Dr. Lackner has worked in several senior leadership positions in industries in Europe and in Asia. He has founded 5 companies, two of which are in the area of anti-microbial surfaces and microbiological water quality measurement instruments.

• Rapid, Automated and On-Line Detection of Indicator Bacteria in Water. Automated near-real-time monitoring of enzymatic activities in water resources. Advances in Electrochemically Active Bacteria Physiology and Ecology. Application of quantitative real-time PCR for microbial community analysis in environmental research. In vitro diagnostics for early detection of bacterial wound infection. Biofilm impedance monitoring. Rapid Microbial Water Quality Measurement by Automated Determination of the Fecal Indicator Bacterium Escherichia coli: A Review. Glossary.

Dr. Lackner earned his PhD from Vienna University of Technology in 2003. In 2009, he received his habilitation in chemical engineering. Dr. Lackner has worked in several senior leadership positions in industries in Europe and in Asia. He has founded 5 companies, two of which are in the area of anti-microbial surfaces and microbiological water quality measurement instruments.

• Rapid, Automated and On-Line Detection of Indicator Bacteria in Water. Automated near-real-time monitoring of enzymatic activities in water resources. Advances in Electrochemically Active Bacteria Physiology and Ecology. Application of quantitative real-time PCR for microbial community analysis in environmental research. In vitro diagnostics for early detection of bacterial wound infection. Biofilm impedance monitoring. Rapid Microbial Water Quality Measurement by Automated Determination of the Fecal Indicator Bacterium Escherichia coli: A Review. Glossary.