Over the past quarter-century, fast-paced progress in the field of genomics has resulted in considerable advances in the amount of genomic data available, with a considerably reduced cost of genome sequencing/genotyping.
The actual cost associated with different methods and strategies for sequencing genomes is of importance as it influences the scope and scale of genomic research projects.
Genomic research projects may then translate into genomics-based diagnosis and disease management. With a constant increase in human genetics studies, growing number of clinical applications for genome sequencing and cost of genome sequencing is an important issue.
With software and flow cell advances on existing population scale DNA-sequencing platforms anticipated in the coming years, the nature of the generated sequence data and the associated costs will likely continue to be dynamic. As such, continued attention will need to be paid to the way in which the costs associated with genome sequencing are calculated not just from a sequencing perspective but more holistically from collection to interpretation." said Praveen Gupta, Managing Director, Premas Life Sciences.
There can come a time where most patients entering the health-care system will have their genome sequenced before clinical assessment.
"For that reason, the composition of genetic testing will be vitally transformed to focus on an analysis of genomic data in the context of an individual, their immediate and long-term needs, their personal choices and their environment.
"This will not be an overnight revolution, as it will be some time before emergent bioinformatics solutions for interpreting genomic data are able to straddle both high quality and low cost. Once such solutions gain wider traction, high-quality health care will become more accessible to a wider population." further added Mr. Praveen Gupta.