Sentence examples for increasing sequence information from inspiring English sources
Pyrosequencing supported these microarray results while substantially increasing sequence information from the salamander transcriptome.
The quality of an assembly generally augments with increasing sequence information.
In the last few years, these technologies have made it possible to characterize genomes, metagenomes and transcriptomes, thus rapidly increasing sequence information available for different organisms and applications.
Increasing sequence information from organisms relevant to lignocellulosic biomass utilization (including organism such as P. stipitis and T. reesei) can advance the panmetabolic engineering approach by providing more diversity of starting pathway proteins.
This is a small number of transport proteins, considering the need to transport minerals such as Pi, Fe and SO4-, carbohydrates, folate, amino acids, vitamins and cofactors in and out of the amyloplast [ 26], and it is likely that many more wheat amyloplast membrane transport proteins will be discovered with improved techniques and increased sequence information.
In contrast, pyrosequencing provides unambiguous sequence from the first nucleotide 3' to the primer, increasing the sequence information yield per assay.
We further increased the sequence information by fully or partially cloning of additional V2R orthologs (see Supporting Material Table S1) with special focus on mammalian species living in desert environments and habitats with water excess.
Recent efforts by the Tobacco Genome Inititative (TGI; http://www.pngg.org/cbnp/index.php?option=com_content&task=view&id=16&Itemid=40) have increased the sequence information available for the transcriptionally active regions of the tobacco genome.
The now routine practice of genome sequencing has also dramatically increased the sequence information available for analyses, adding to the complexity of examining the evolutionary relationships among HPAI virus (H5N1) isolates.
This method has a major advantage over reciprocal BLAST vs. a database such as the NCBI nr/nt databases: With the current exponential increase in sequence information from an ever-increasing range of environments [55], the number of sequences in the nr/nt databases associated with unknown/uncultured bacteria and their hypothetical proteins will increase dramatically.
As increasing quantities of sequence information are generated by SBH and microarray technologies it is important to consider both efficient experimental design and the potential pitfalls of the technology.
