Utilizing this resource we generated single-, double- and triple-tagged fosmid-based reporters to investigate expression patterns of three C. elegans genes located on a single genomic clone.
Using the genotype information from our Awassi-Merino resource population, we generated an independent sheep linkage framework map comprising the 200 microsatellites genotyped in this resource.
In order to determine the socio-economic status of individual families within the study area and the influence that status has on resource acquisition, we generated a numerical ranking system for wealth in this population, which is a linear combination of livestock (TLU/LLU), wages (cash/month), children (labour availability), and status (social mobility and influence).
As part of the functional genomics and development of genomic wheat resources, we have generated a collection of full-length cDNAs from common wheat.
If we make the most of these abundant resources we could generate almost half of our electricity from renewable sources by 2020.
Using these final resource pairs, we generate a network using Cytoscape (Smoot et al., 2011), where nodes are the resources appearing in those pairs, and a directed edge between two nodes reflects the extracted ordering of the given resource pair.
In summary, this study shows that the budgerigar genomic resource we have generated has provided [ 5, 6] (and is still expected to provide more) valuable data and material for genome technology development and for further investigating complex behavioral traits at the genomics level.
We generated this resource by whole genome sequencing (WGS) of monkeys from the Vervet Research Colony (VRC), an NIH-supported research resource for which extensive phenotypic data are available.
Our lifestyles, our consumption patterns, the way we use resources, the waste we generate and the way we deal with our waste are all major contributing factors in the degradation of our environment in general and the problem of climate change in particular.
