Publications

gwf Wasser + Abwasser, 2021 - Bereits seit 2004 setzt die Kläranlage Hetlingen auf die direkte Überwachung der Mikrobiologie mittels Gensonden. Auf diese Weise kann die Kläranlage schon bei leichter Zunahme der störenden Bakterienpopulationen mit der Blähschlammbekämpfung beginnen, um eine kritische Zunahme von Fadenbakterien und eine Verschlechterung der Ablaufwerte zu verhindern.

KA-Betriebs Info, 2018 - Raimund Schneider, wastewater manager at Stadtwerke Schramberg, reports about his experience with the use of VIT® gene probe technology for analysis and monitoring of the nitrification stage.

IJESD, 2016 - Identification of Filamentous Bacteria Dominating in Kuwait’s Activated Sludge Systemsby Use of Molecular Biology Techniques.

gwf Wasser-Abwasser, 2016 - Control of wastewater microorganisms with the VIT® early warning system.

Water Science & Technology, 2016 - Rapid start-up of one-stage deammonification MBBR without addition of external inoculum.

Environmental Technology, 2014 - Impact of seeding on the start-up of one-stage deammonification MBBRs.

Bioresource Technology, 2012 - Lab scale experiments using a submerged MBR under thermophilic aerobic conditions for the treatment of paper mill deinking wastewater.

Special Sewage Sludge, wwt, 2011 - Prevention of pellet floating and pellet degradation in anaerobic plants: analysis of anaerobic sludges with the help of modern gene probe technology.

Cemosphere, 2010 - Monitoring structure and activity of nitrifying bacterial biofilm in an automatic biodetector of water toxicity.

gwf Wasser-Abwasser, 2010 - Complete Control of the Plant by Targeted Microbiological Monitoring.

gwf Wasser-Abwasser, 2004 - Precipitant savings on a large wastewater treatment plant by monitoring of filamentous bacteria with gene probes.

Water Sci Technology, 2002 - Molecular monitoring of bulking sludge in industrial wastewater treatment plants.

wlb – Wasser, Luft und Boden, 2001 - On-site detection of nitrifying bacteria in wastewater samples using highly specific gene probes.

BREWING AND BEVERAGE INDUSTRY INTERNATIONAL, issue 6/2018 - Dr. Claudia Beimfohr, An Innovative Combination. Fast, specific and automated microbiological detection of the beverage-spoiling organism Alicyclobacillus.

HYGIENE Report, 2008 - A little more safety? Microbiological analysis services for beverage producers.

Monatsschrift für Brauwissenschaft, 2006 - Description of Lactobacillus backi sp. novel, an obligate beer spoilage bacteria.

drinks Technology + Marketing, 2006 - A comparison of VIT® Alicyclobacillus and cultural methods for the detection of Alicyclobacillus in fruit juice products.

MBAA, 2006 - Evaluation Study of the Frequency of Different Beer-Spoiling Bacteria Using the VIT® Analysis.

BBII 2/2006 - Reliable analysis of E. coli, coliform bacteria and fermentative yeasts.

LABO, 2017 - In the article "What is real? Direct microbiology in environmental analysis" Dr. Jiri Snaidr answers this question and describes several analysis methods that provide a realistic image of the microbial composition of a sample.

forum news 27/2004 - After the impressive advances in the nineteenth century a new era of microbiology began and has lasted almost one century - the era of cultivation. Now a new era is about to start.

LaborPraxis, 2001 - There is a huge variety of microorganisms and can hardly be detected with conventional methods. For the first time, a new analysis method allows to detect any species or group of of bacteria – quickly, specificly and directly in the sample examined.