Sentence examples for microarray development and from inspiring English sources

The porcelain crab functional genomic resources have been utilized for gene expression microarray development and their application to a variety of questions related to environmental physiology, thermal physiology, cellular physiology, and responses to climate change.

These genomic resources provide the material base necessary for genome annotation, microarray development, and in-depth gene functional analysis.

These projects have provided useful tools for intragenomic and intergenomic comparisons, gene discovery, molecular marker identification, microarray development, and polyploid species genomic resource development.

Salmonid cDNA microarrays (GRASP16k v2.0) were obtained from consortium for Genomic Research on Atlantic Salmon (cGRASP) and details of microarray development and fabrication can be found in von Schalburg et al. [ 69].

Primers and probes, and genbank accession numbers, for investigated biomarkers are detailed in table 4. Myozenin and creatine kinase, though not resulting from the current study, were genes identified in investigations carried out during microarray development, and added to the selected biomarkers due to our interest in neuromuscular activity.

Laval) for bioinformatics and assistance with microarray development and analysis methods, Dr. Daniel Tessier and Ms. Tracy Rigby (Biotechnology Research Institute, NRC, Montreal, QC) for production of the microarray, and Dr. Bill Parsons (Univ. of Sherbrooke) and Dr. Louis Bernatchez (Univ. Laval) for manuscript reviewing.

These genome resources provide the material basis for future microarray development, marker validation, and genetic linkage and QTL analysis.

We thank E. Campbell, UC Davis, for assistance with the microarray development, J. Lindberg and B. Baskerville-Bridges (FCCL) for supplying delta smelt along with invaluable knowledge on culture and handling.

YM performed the RNA isolation and microarray development.

Overall, novel, parasitic nematode-specific, and C. elegans homologous genes have been identified in this EST study, greatly facilitating genome annotation, gene functional analysis, population genetic studies, and microarray development.

These EST resources provide the basis for future microarray development, marker validation, genetic linkage mapping and QTL analysis in Dioscorea species.