Biological Diagnostic Tests

Biological diagnostic tests have become more and more important with the increasing geo-environmental problems today. Today, geo-environmental experts research biological processes and perform biological diagnostic tests for applications ranging from the biodegradation and removal of pollutants to the assessment and monitoring of environmental quality in landfills and landfill systems.

Advances in genetic and environmental measurements have provided a wealth of sophisticated tools for assessing biological processes in soil, sediment and groundwater. Successful use of these tools requires a clear understanding of the limitations and advantages offered by each.

Another method used in these tests is the MALDI-TOF MS technique. This technique provides a very easy and fast identification of microorganisms that are generally encountered in microbiology. The MALDI-TOF MS device used in microbiology laboratories today is a solid alternative to traditional methods. The MALDI-TOF mass spectrometer instrument offers outstanding performance in a compact footprint, making it an ideal choice for advanced laboratories. Linear mode devices have traditionally been preferred in MALDI-TOF-based quality control and profiling workflows. These tools are capable of delivering the performance required for quality control applications, such as peptides, proteins or polymers. Research laboratories in particular benefit from the MS (mass spectrometry) capabilities of these devices through rapid mass measurement of samples.

Biological diagnostics is a way to assess chemical exposures and identify potential risks by measuring the chemical or degradation products in a biological sample.

Meanwhile, diagnostic molecular biology is arguably the fastest growing area of ​​laboratory medicine and has the potential to have a huge impact on clinical medicine in the years to come. As this field evolves, it will become clear how structural variations in DNA and RNA are related to the development of chronic diseases. With new technologies, the ability to investigate the genetic components of a disease is also increasing.

Biological diagnostics is widely used in many fields, including hematology, immunology, and microbiology. However, molecular methods will increasingly be incorporated into all areas of pathology, not as a replacement for current testing but as an aid in assessing future disease risk.

Our organization also provides biological diagnostic testing services with its trained and expert staff and advanced technological equipment, among the numerous test, measurement, analysis and evaluation studies it provides for businesses in various sectors.