Mass Spectrometry Testing

Mass spectrometry (MS) testing is a method of analyzing molecular structure and composition by measuring the mass-to-charge ratio of charged particles. In the field of in vitro diagnostics (IVD) and clinical diagnostics, Alta DiagnoTech's MS testing products combine high-precision analysis with fast response time for the analysis of complex samples to realize accurate diagnosis and research support.

Overview of MS

MS is a powerful analysis technology used to identify the mass and structure of compounds. By measuring the mass-to-charge ratio of ions, MS can provide information about the mass, structure, and chemical properties of a molecule. This has led to the widespread use of MS in many fields such as chemistry, physics, biology, environmental science, and medicine. Especially in the field of IVD, MS technology is often used to detect biomarkers, metabolites, and proteins to support early detection, diagnosis, and monitoring of diseases.

Fig.1 A simple schematic of mass spectrometry. (Gould, et al., 2021)

Applications of MS Test Products in IVD

MS testing products provide accurate and reliable qualitative and quantitative information by analyzing compounds in biological samples. These products play an important role in the early detection of diseases, personalized medicine, and efficacy monitoring.

Small Molecule Detection
MS testing products can be used to detect small molecules such as hormones, drugs, and poisons for metabolic disease detection and drug monitoring.
Nucleic Acid Analysis
MS testing products can be used to detect specific sequences or variants in nucleic acids for the diagnosis of genetic diseases and genetic research.

Metabolomics Research
MS testing products can be used to analyze changes in small molecule metabolites in organisms for biomarker discovery and metabolic disease research.
Prenatal Screening and Diagnosis
MS testing products can be used to detect biomarkers in maternal serum or amniotic fluid to assist in prenatal screening and diagnosis.

MS Testing Products in IVD

Product Name	Applications
Mass Test Kit	Kits for specific clinical chemistry analysis, e.g., vitamin D assays.
MS Quantitative Test Kit	Provides high-resolution accurate mass determination for biomedical research and diagnostics.
MS Analyzer	For rapid identification of microorganisms and pathogens by mass spectrometry.

Our MS Testing Products

We specialize in providing high-quality MS testing products, especially excelling in the field of IVD and clinical diagnostics. The specific MS testing products we offer include, but are not limited to, the following:

Schematic diagram of MS quantitative test kits.

MS Quantitative Test Kits

Our MS quantitative test kits provide accurate quantitative biomarker analysis to help healthcare organizations perform accurate disease detection and monitoring.

MS Sample Preparation Kits

MS sample preparation kits simplify sample processing steps and improve assay efficiency, helping clients achieve more efficient and accurate diagnostic results.

Schematic diagram of MS sample preparation kits.

Schematic diagram of MS identification kits.

MS Identification Kits

MS identification kits support the identification of molecular structures in complex samples, helping researchers to conduct in-depth studies at the molecular level.

Mass Spectrometer

The mass spectrometers we provide can be widely used in various clinical and research environments, providing users with stable and reliable medical diagnostic solutions.

Schematic diagram of the mass spectrometer.

Alta DiagnoTech provides high-performance MS testing products to our clients who have demonstrated excellence in the field of IVD. We are committed to helping our clients optimize their diagnostic processes, improve their research results, and ultimately improve the health of their patients through these high-quality products. Please feel free to contact us if you have any questions about our products or need further support, our professional team will be happy to assist you.

Reference

Gould O, Drabińska N, Ratcliffe N, et al. Hyphenated mass spectrometry versus real-time mass spectrometry techniques for the detection of volatile compounds from the human body[J]. Molecules. 2021, 26(23): 7185.