Pyrosequencing Technology

Pyrosequencing technology: fast, qualitative sequencing data simultaneously with quantitative allele frequency information

principle of pyrosequencing

Pyrosequencing technology has an unprecedented set of properties that makes it uniquely suited and highly powerful for certain applications. In this section, we present a concise description of the technological aspects of Pyrosequencing technology that are unique compared to other genotyping and genetic detection methods.

To see what this means in specific scientific applications, look at the arrow Applications section.

arrow Strengths of Pyrosequencing technology 
The unique aspects of the technology compared to other genotyping and genetic detection methods.

arrow Built-in quality control
arrow An assay for any genetic marker 
arrow Easily communicated information
arrow Mutation-tolerant assays
arrow Quantitative genotyping data
arrow Versatile range of methods
arrow A simple-to-use, robust and reliable platform
 

arrow Principle of Pyrosequencing technology 
A description of the Pyrosequencing technology reaction cascade, based on sequencing by synthesis, from the nucleotide incorporation event to the detection of light.

arrow Synergies between PCR and Pyrosequencing Ananlysis

arrow DNA Sequencing
Pyrosequencing technology is as easy and as fast as running a PCR reaction, and it produces real sequence information. 
 
arrow Genotyping and SNP Analysis
Pyrosequencing technology gives fast genotyping results with built-in quality control.

arrow Allele Quantification
Pyrosequencing technology is the only technology able to provide fully quantitative allele data. This makes it an ideal technology for quantifying gene copies (e.g. multisite variation (MSV), or SNP duplicons), DNA methylation and ploidy levels, amongst other applications.

arrow Whole Genome Sequencing
Pyrosequencng technology is the chosen detection method behind the Whole Genome Sequencing technology from 454 Life Sciences.