Sentence examples for cost effective platform from inspiring English sources
It also provides the council with a more cost effective platform to enable its 'Work Smart' rationalisation project, a cost saving initiative aimed at supporting home working and reducing on-site overheads.
Therefore, additional genotyping of a few common SNP markers not already genotyped on all subjects using a cost effective platform, like Taqman, may be needed if the GWAS SNP array does not provide adequate coverage in the locus to be sequenced.
The high coverage of Illumina sequence data also renders this method appropriate for multiplexing and SNP discovery and therefore a useful approach for landscape level studies of evolutionary ecology, particularly given that Illumina sequencing is the most cost effective platform presently available [ 21].
We therefore set to develop one with the constraints of enabling to survey the general topology of the genomic methylome using the limited amount of starting material offered by early embryos and also to provide a cost effective platform with a complete data analysis pipeline.
Recent advances in next-generation sequencing technologies have provided cost effective platforms for direct detection of high-quality single nucleotide polymorphisms (SNP) markers for genotyping of mapping populations [ 15– 17].
Clusters have become a very cost-effective platform for high-performance computing.
The ISPA said Linx had been fundamental to the development of the UK's internet industry by providing a cost-effective platform for ISPs.
It is now proving to be a cost-effective platform for the latest precision-guided "stand-off" weapons (meaning those fired from afar).
The biosensor developed in the study can provide a cost-effective platform for NAT, thus holding potential for disease screening.
With the advent of high-speed networks and availability of powerful high-performance workstations, NOW has emerged as the most cost-effective platform for compute-intensive and memory-intensive applications.
We demonstrate that the biosensor provides rapid, sensitive, and cost-effective platform for the detection of hIFNγ and allows its detection at nanomolar levels both in buffer and diluted human plasma.
