Human medicine laboratories

Human medical laboratories are specialized facilities that perform diagnostic analyses of patient samples to detect and monitor diseases and guide therapies. Current challenges include ensuring high quality standards according to Good Laboratory Practice (GLP) and adapting to technological advances. Trends such as the digitalization of laboratory processes, automation, and the integration of artificial intelligence are shaping the industry. These developments aim to increase efficiency, minimize error rates, and enable more precise diagnoses.

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HUMAN MEDICINE LABORATORIES

After production, diagnostic fluids are manually filled into ampoules and then weighed for verification. This ensures that the specified quantity is correct and the quality of the diagnostics is reliably guaranteed.

School balances

EMB 6000-1

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HUMAN MEDICINE LABORATORIES

In the lab, a bio-engineered pathogen identification device significantly reduces the amount of host DNA to allow the PCR primer to bind only to microbial sequences. At the end of the process, the success of the DNA reduction is measured by the sample weight. The weight is also a parameter to validate the device. A precision balance is used for this process

Precision balances

PCB 200-3

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HUMAN MEDICINE LABORATORIES

The acid-fast bacterium Mycobacterium tuberculosis can be easily visualized by light microscopy after staining. The prerequisite is that the microscope used enables a 1000x magnification

Transmitted light microscopes

OBN 135C825

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HUMAN MEDICINE LABORATORIES

Fluorescence in situ hybridisation (FISH) enables the visualisation of chromosomal abnormalities in humans or bacterial ribosomal DNA using DNA probes labelled with fluorescent dyes. A fluorescence microscope is the instrument of choice for this application.

Transmitted light microscopes

OBN 148

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HUMAN MEDICINE LABORATORIES

When working with in vitro tissue samples, precise positioning under a microscope is essential. Due to the specimen’s three-dimensional structure, it is crucial to use a system that provides a clear spatial impression. This enables accurate handling and placement during preparation.

Stereo microscopes

OZM 544

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HUMAN MEDICINE LABORATORIES

Many laboratory procedures begin with the weighing of samples or reagents during preparation. Precision balances are also used to verify the performance of dosing devices such as pipettes.

Precision balances

EWJ 600-2M

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HUMAN MEDICINE LABORATORIES

In microbial diagnostics involving human body fluids, host DNA must often be depleted. To assess the effectiveness of this process, samples are weighed before and after DNA reduction. Analytical balances provide the necessary accuracy for this task.

Analytical balances

ADB 200-4

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