Microorganism Recognition

Microorganism Recognition

FTIR spectroscopy boasts a blend of extensive sensitivity and diverse application potential. This technique enables the nuanced detection and quantification of biomolecules such as proteins, lipids, carbohydrates, and nucleic acids. When grown under standardized conditions, microorganisms present a distinctive biomolecular profile, facilitating the precise identification of the specific strain.

The sample processing is straightforward: Extract microorganisms from their growth medium, dissolve them in water, and then place them on a unique IR-transparent, reusable plate. After the sample dries, measurements ensue. The infrared approach provides detailed differentiation, frequently distinguishing even to the strain level. It’s also versatile for other inspections, like tracking metabolite production. Owing to its independence from intricate mediums or chemicals, this method stands out for its cost-efficiency and environmental-friendly nature, minimizing waste.

Bruker introduces specialized equipment tailored for microbiological studies, such as the HTS-XT microplate module, optimized for managing a high volume of samples.