Microbiological Tests in a Laboratory Using ICP-MS
Microbiological tests are for the diagnosis of many diseases. ICP-MS is a technique that is often used in microbiology laboratories to identify microbes using atomic spectroscopy. The equipment analyzes samples by measuring their elemental composition, so it can distinguish between different elements in the sample and identify them based on weight. Here we will show you how this technique works and its applications in microbiological testing.
1. Polymerase Chain Reaction (PCR)
Polymerase Chain Reaction is used to amplify DNA strands. This technique can be used in microbiology because it allows scientists to detect small samples, even just a single strand of DNA. PCR can also identify specific segments of DNA so it may be applied in the diagnosis of diseases caused by bacteria or viruses that have DNA instead of RNA. ICP-MS in a microbiological laboratory can detect and quantify the DNA produced in PCR in real-time. This technique can be used with any instrument that has ICP-MS capabilities.
2. Molecular biology lab services
When microbes are grown in a laboratory, they form colonies. A colony consists of many thousands or even millions of cells grouped due to the nutrients found in their environment. By cutting out pieces from these colonies and amplifying them, scientists can create genomic libraries that they can then sequence using ICP-MS. Just like PCR, ICP-MS can be used to measure and quantify the DNA so it can be studied.
Conclusion
Microbiological testing is for the diagnosis of many diseases, and ICP-MS can be used to identify elements in the microbial samples. ICP-MS is a versatile technique that can be applied in several molecular biology services and laboratories and its use has become more common over time as new applications are found.
Microbiological Tests in a Laboratory Using ICP-MS.