Alternatively, species-specific quantitative real-time PCR (qPCR) analysis or cross-species hybridization of microarrays have been attempted [ 2, 3], but neither approach allows for a large-scale probing of the transcriptomes from two species.
To allow for a large scale, low maintenance quality control we present a robust approach integrating photoacoustic and metal oxide based gas sensing technologies.
Early in the 19th century only ad hoc, improvised tools such as pickaxes and chisels were used for the rest of the harvest, but in the 1840s Wyeth introduced various new designs to allow for a larger scale, more commercial harvesting process.
In the synthesis of hierarchical nanostructure ZnO, the cost-effective SL surfactant has successfully applied, allowing for a large-scale production.
Here we introduce a new approach for discovering phenotype-genotype relationships using a clinical information database consisting of manually curated results from 93 phenotypic assays allowing for a large-scale analysis of phenotype-genotype relationships.
This procedure assures missing data completely at random and allows for an unbiased large scale testing without causing extensive expenditure of time for test completion [ 28].
We chose to develop a web-based questionnaire because this allows for data collection at a large scale at relatively low costs.
This allows for an accurate, large-scale representation of overall glucose trends, as compared with the isolated values offered by fingerstick SMBG (3– 5).
The test set is derived from the CATHSCOP consensus set and allows for an unbiased, large-scale evaluation of the performance in different scenarios and different levels of difficulty, e.g. family, superfamily and fold recognition.
DOI: http://dx.doi.org/10.7554/eLife.01120.012 The predicted ligands and prediction method will increase the speed of receptor odor decoding and allow for interpretation of data at a large scale that is difficult to achieve.
Furthermore, this species has a wide distribution range in Eurasia, which allows testing for local adaptation at a large scale [34].
