He pioneered
a technique of shotgun DNA sequencing via computers that helped complete the human genome five years ahead of schedule.
Not exact matches
The contractor in question, the Virginia - based US Corrections Special Operations Group (US C - SOG), has been stationed at Rikers Island since May, training the jail's nearly 200 Emergency Services Unit (ESU) officers in tactical
techniques, including the use
of Tasers and Kel - Tec
shotguns loaded with rubber «less lethal» ammunition.
The researchers used the so - called
shotgun sequencing
technique: splintering the DNA in the genetic makeup
of specially inbred mosquitoes then painstakingly reassembling it.
The human genome is another matter entirely,
of course: at 3 billion base pairs instead
of a couple million, it is too large to be sequenced all at once by Venter's
shotgun technique.
As when he worked on the human genome, Venter is relying on a radical
technique called
shotgun sequencing: He chops up vast amounts
of DNA into tiny pieces and then uses sophisticated computer analyzers to piece them back together into intelligible genes and chromosomes.
In 1995, he invented a new «
shotgun»
technique for sequencing DNA and read the full genome
of a bacterium while the establishment was still dismissing the
technique as unworkable.
The investigators used a
technique called bottom - up proteomics (sometimes called
shotgun proteomics) to reveal which proteins
of each species were present in the hybrid flies.
In 1992 Dr. Venter founded The Institute for Genomic Research (TIGR), a not - for - profit research institute, where in 1995 he and his team decoded the genome
of the first free - living organism, the bacterium Haemophilus influenzae, using his new whole - genome «
shotgun»
technique.
We generated the complete sequence
of the genome by the whole genome
shotgun method, and analysed it with a combination
of automatic and manual bioinformatic
techniques.