Next generation sequencing (NGS) refers to the high-throughput sequencing technology used to generate millions of sequence reads in a single sequencing operation. These methods revolutionize genomics by allowing researchers to study complex biological systems with unprecedented speed and detail. Next generation sequencing can be broadly separated into two types: targeted and general purpose. Targeted Next generation sequencing is a form of deep sequencing used in medical research and clinical testing. It is also used in other specialties of genomics, such as population genetics or microarray analysis. General purpose NGS is used in most other fields of genomics. It is cheaper than targeted NGS, but it can generate the same data. Furthermore, it can be used to sequence a much larger gene space than targeted NGS. Next generation sequencing utilizes one of several strategies to sequence the genome. A detailed description of each method is beyond the scope of this article. However, you can read more about next-generation sequencing, in general, to learn about the pros and cons of each sequencing method.
1. Microbiology Tests
Microbiology tests are used to diagnose infectious diseases, food safety, and other types of testing. These tests are performed on a variety of bacteria and viruses. Microbiology tests can be performed using culture-based methods or molecular methods. Molecular methods include polymerase chain reaction (PCR) for DNA amplification or nucleic acid hybridization for RNA amplification. Culture-based methods include the microbiological culture of specimens to identify and enumerate microorganisms.
2. Molecular Biology Lab Services
Molecular biology lab services characterize and manipulate DNA, RNA, proteins, and other biomolecules. Molecular biology lab services can be performed using culture-based methods or molecular methods. Molecular methods include polymerase chain reaction (PCR) for DNA amplification or nucleic acid hybridization for RNA amplification. Culture-based methods include the microbiological culture of specimens to identify and enumerate microorganisms. RNA, proteins, and other biomolecules. These services can be performed using culture-based methods or molecular methods.