Milton, Cambridge -- (SBWIRE) -- 05/18/2015 -- The current advances in high-throughput sequencing has helped in the better analysis and probing of the immune system to study the various subtypes in the sequence. The technologically advanced machines can read innumerable B or T cell receptor sequences from a single sample at a time. The immune repertoire is the number of sub-types that exist in an organism's immune system.

The current interest in analyzing and researching how our immune system reacts to different germs, disease and whether it can detect them. The latest technology has changed the way we think about infectious diseases, immunity, and cancer. There is a reason why immune sequencing is big today and why scientists are showing a keen interest in it. The DNA sequencing which holds the immune repertoire is unlike other cell types which is why testing and immunosequencing can help in understanding how these cells react to the environment and the different diseases.

Immunosequencing At The Forefront As A Diagnostic Prototype For Infectious Diseases

Next-generation sequencing includes genome sequencing, resequencing, profiling are all important processes that can help in developing treatments that can increase immune repertoire and monitor the effects. Individual T and B cells are differentiated and identified through the unique receptors and they react differently with other cells of the immune system. With the help of the next-generation sequencing, the complexity of the T or B cell repertoire in a sequence can be analyzed for better understanding of the immune system. Immune Repertoire Sequencing Services can help in this endevour to fight chronic diseases.

There has been a lot of innovation in next-generation sequencing and the latest research includes analyzing and determining the development of the fetal adaptive immune system. Scientists are using next-generation sequencing to analyze and figure out the infectious risk of prematurely born infants. Sequencing also helps in identifying cancer cells and how the immune system protects the body from diseases. If a person's immune repertoire is low then they are more susceptible to diseases, which is why studies are undergoing to find ways to make the immune system recover faster. New strategies to develop specific cancer vaccines that can target multiple mutations are also being developed. Immune repertoire sequencing services offered by different organizations simply amplify & sequence the immune repertoire with next generation sequencing.

About CD Genomics
CD Genomics was established in 2004, and they aim to provide the research community with high-quality Next Generation Sequencing, high throughput microarray services. The ability to analyze and obtain data from several different sub types and cells at a time helps in determining a person's immune repertoire. With CD Genomics technological advancement and knowledge, the future seems compelling.