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Laboratory analysis: Population analysis in anaerobic reactors

A cultivation-independent profile of all bacteria and archaea populations in anaerobic reactors is created. Existing bacteria and archaea populations (including methane bacteria) are classified according to their affiliation to the main groups and the individual groups are quantified as a percentage of the vital flora. Not only known, cultivable populations are recorded with the gene probes, but also non-cultivable populations are assigned to the existing main groups, thus providing a comprehensive overview of all existing populations. In addition, the total cell count (live and dead) per volume or weight is determined. This service is ideal when a comprehensive microbiological analysis of anaerobic reactors is required. The results provide a direct view into the relevant living populations in anaerobic reactors and allow a simple and quick comparison of the population profiles of different samples.

Among other things, the report contains informative photo documentation of the relevant populations directly in the test material.

Qualitative or quantitative detection?
Quantitative detection

How is the analysis carried out?
Using the reliable VIT® gene probe technology.

What are the requirements for the sample to be sent in?
Please request our simple fixation protocol for sampling wastewater samples and fix/stabilize your sample according to this procedure before sending it.

 

We recommend our test kits for a quick insight directly on site:

VIT® ANAMMOX

VIT® Methane Bacteria

 

Your Advantages

creation of a comprehensive general population profile (including methanogenic bacteria) at the main group level

quantification of individual populations

only vital bacteria and archaea are analyzed

direct analysis in the sample material without prior enrichment

fast results

Further laboratory services for the analysis of anaerobic reactors and biological phosphate elimination

Anammox

Specific analysis of the bacteria responsible for anaerobic ammonium oxidation (anammox) in anaerobic reactors.

Methanogenic Bacteria

Quantification of methanogenic archaea in samples from anaerobic sludge treatment, biogas reactors and digesters.

Bio-P Analysis

Quantitative analysis of polyphosphate-accumulating (PAO) and glycogen-accumulating bacteria (GAO) in wastewater samples.

Population Profiles - Anaerobic Reactors

Creation of a quantitative profile of the individual Bacteria and Archaea populations in anaerobic reactors.

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