Next Generation sequencing Guide for Beginner's
Next Generation sequencing Guide for Beginner's
Learn about Next-generation sequencing and usage in the bioinformatics field and helping the data science field
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Next generation sequencing (NGS) is a powerful tool used in genetics and genomics research to rapidly and accurately sequence DNA or RNA. It allows researchers to analyze the sequence of nucleotides (the building blocks of DNA and RNA) in a given sample, providing insights into a wide range of biological processes and phenomena, such as gene expression, evolution, and the development of diseases.
NGS differs from traditional sequencing methods in that it is faster, more accurate, and can process much larger volumes of data. Instead of sequencing one DNA or RNA molecule at a time, as was done in the past, NGS technologies can sequence millions or billions of molecules simultaneously. This makes NGS a cost-effective and efficient method for studying large amounts of genetic material.
There are many different NGS platforms available, each with its own specific capabilities and limitations. Some common platforms include Illumina, Ion Torrent, and Pacific Biosciences.
If you are new to NGS and want to learn more about this technique, there are many resources available to help you get started. These include online tutorials, videos, and training courses that provide an overview of NGS and how it works. There are also software programs and commercial services that can help you analyze and interpret your NGS data.
In summary, next generation sequencing is a powerful tool used in genetics and genomics research to rapidly and accurately analyze DNA and RNA sequences. If you are new to NGS, there are many resources available to help you get started and learn more about this technique.
What you'll learn
- complete introduction of Next generation sequencing
- First-generation sequencing A brief history of NGS
- Second-generation sequencing Third-generation sequencing
- Limitations of Next generation sequencing
- Technologies used in Third-generation sequencing
- Impact and applications of NGS: Opening the doors into the world of “omics”
