Sequenced DNA comparison,

without DNA sequence disclosure.

Patents: GRANTED

robots

Offering: Licences with know-how, training & reference code.


To Whole Genome Sequence

or to whole exome sequence...

...this is the question


Which do you think gives you the better value for money?

Which do you think holds the most information?


It's not a trick question.


Useful Metrics & Facts


WES [Whole Exome Sequence] is about 1% of WGS [Whole Genome Sequence]
Your Exome is part of your Genome
When sequencing a WGS, X30 or 30X means each base pair will be sequenced about 30 times, although there can be considerable variance.
Multiple reads reduces the risk of error.
GRCh38 refers to the template used to align the DNA sequence readings against.
There are alternative and older references, such as GRCh37
The most accurate, the more recent references render the best results when working out your DNA-Address
If you have a sequence aligned to an older reference, it is possible to realign it to a newer one
A DNA-Address can be adjusted to change its alignment, which is useful for cross referencing
.BAM [Binary Alignment Map] files are often used to hold a WGS
.CRAM & .SAM files are very similar to .BAM files
A .BAM file holding a WGS is huge, causing download & storage challenges
'Download Convenience' refers to the high quality of service some sequencers provide, by allowing the download of a small KAd file or ultra-small DNA-Address rather than spending everybodies time, bandwidth & effort on downloading cumbersome BAM files
.CSV [Commer Seperated Values] files are often used to hold a WES
.KAd [Key Address] files are small files, holding the critical information necessary, to generate the artifacts used in emailing wider family via DNA
A DNA or Generic Address is as amall as an email address. In fact, it is an email address!
Neither a .KAd file nor a Genetic or DNA Address actually contain sequenced DNA