Biomonitoring of Employees

Employees who are exposed to hazardous substances at their workplace can absorb them in their bodies. Absorption of this kind is examined and assessed using biomonitoring.

Varnisher at work
© Uwe Völkner, Fotoagentur FOX

Biomonitoring enables the identification of individual stresses, and contributes to the assessment of working conditions and the checking of the effectiveness of occupational safety measures. Its goal is to prevent damage to health due to chemical substances.

Part of occupational medicine

The use of biomonitoring requires specific knowledge of hazardous substances and detailed insights into the work situation of the person under examination. It is also necessary to take individual factors which can influence the absorption and the resulting stresses and hazards into account. Company doctors are responsible for the biomonitoring of employees.

The application and development of biomonitoring processes at BAuA

BAuA uses biomonitoring to research current issues surrounding the employees' exposure to substances. In this respect, it develops new methods of analysis and makes contributions about the use of biomonitoring in occupational practice.

Research Projects

Project numberF 2523 StatusOngoing Project Biological monitoring of metals under homeostatic control - exposure to manganese in welding fumes

To the Project

Research ongoing

Project numberF 2537 StatusOngoing Project Biomonitoring in exhaled air and effect monitoring of occupationally exposed styrene workers

To the Project

Research ongoing

Project numberF 2379 StatusCompleted Project Use of trichloroethylene in closed systems - Biomonitoring of operators and bystanders

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Research completed

Project numberF 2470 StatusCompleted Project Biomonitoring of workers´ exposure to mycotoxins

To the Project

Research completed

Project numberF 2400 StatusCompleted Project Biological monitoring of styrene exposed workers: Field Study regarding the usability of exhaled air

To the Project

Research completed

Project numberF 2344 StatusCompleted Project Pilot study on the assessment of worker exposure to antibiotics in animal husbandry using biomonitoring methods

To the Project

Research completed

Project numberF 2053 StatusCompleted Project Measurement of dermal chemical exposure in occupational use of wood preservatives

To the Project

Research completed

Project numberF 2430 StatusCompleted Project Collection of toxicokinetic data for the assessment of different exposure routes using the example of the antibiotic enrofloxacin

To the Project

Research completed

Publications

Articles

Beryllium and its inorganic compounds - Determination of beryllium in urine by atomic absorption spectrometry [Biomonitoring Methods, 2017]

Publishing year: 2017

Suchergebnis_Format Article

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MAK Commission: Furan - Determination of furan in exhaled air by GC-MS/MS

Publishing year: 2024

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Beryllium in urine as an indicator of occupational exposure to beryllium

Publishing year: 2018

Suchergebnis_Format Article (in German)

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Biomonitoring in exhaled air exemplified by workers exposed to tetrachloroethene

Publishing year: 2014

Suchergebnis_Format Article (in German)

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Assessment of biomonitoring results

Publishing year: 2018

Suchergebnis_Format Article (in German)

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Mercury exposure due to withdrawn energy-saving lightbulbs in municipal waste collection sites

Publishing year: 2016

Suchergebnis_Format Article (in German)

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On the exposure of claw trimmers during the application of antibiotic sprays

Publishing year: 2018

Suchergebnis_Format Article (in German)

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Trace Analysis in End-Exhaled Air Using Direct Solvent Extraction in Gas Sampling Tubes: Tetrachloroethene in Workers as an Example

Publishing year: 2014

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The Biomonitoring Information System Facilitates Research

Publishing year: 2024

Suchergebnis_Format Article (in German)

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