Sample Control expands its services with state-of-the-art MALDI-TOF MS technology for microorganism identification.
Sample Control proudly announces the acquisition of a new MALDI-TOF MS (Matrix-Assisted Laser Desorption/Ionization Time of Flight) mass spectrometer, enabling fast and precise identification of microorganisms. This cutting-edge technology represents a major advancement in laboratory diagnostics, providing clients with reliable results in record time.
MALDI-TOF spectrometry replaces traditional identification methods such as biochemical tests and PCR, offering significant advantages:
Exceptional speed – identification of up to 96 samples within 12 minutes.
High accuracy and reliability – based on unique protein profiles of microorganisms.
Cost-effectiveness – reduces expenses compared to classical methods.
Easy sample preparation – minimal preparation and faster result processing.
Broad identification spectrum – a database with over 4,000 different microorganism species.
Reduced risk of human error – automated analysis minimizes subjective mistakes.
Thanks to MALDI-TOF technology, Sample Control can now:
Rapidly identify bacteria, fungi, and other microorganisms in samples.
Provide precise diagnostics in clinical and food testing laboratories.
Deliver results compliant with the latest European regulations and standards.
With this advancement, Sample Control reaffirms its commitment to innovation and the highest standards of analytical precision, ensuring clients' safety and quality in every aspect of microbiological analysis. Contact us for top-tier analytical support and guaranteed accurate and reliable results.
Heavy metals in soil
Soil, known in Latin as "humus," forms the foundation of human civilization and is a key resource for food and survival. Its contamination with heavy metals such as lead and cadmium directly threatens soil fertility and the safety of food chains. As a non-renewable resource, soil provides essential conditions for plant growth, making it vital for maintaining ecosystems and agricultural production. However, the intensive development of agriculture and industry has contributed to soil pollution, raising concerns about potential environmental and human health consequences.
Microplastics in cosmetic products
Synthetic polymers, thanks to their many useful properties, have found applications in nearly all areas of human activity. Over time, plastic products end up in the environment, where various physical and chemical processes degrade them into smaller particles. This results in solid, water-insoluble plastic particles — macroplastics (>5 mm), large microplastics (1–5 mm), and microplastics (1 µm – 1 mm), according to international standards.