High-throughput omics-specific data types such as microarray, toxoplasma mutant and antibody are extended from a newly created data type called submission property, which itself is extended from the 'InterMineObject' data type a 'core' data type that serves as the base of all InterMine objects.
The above-mentioned microarray study was extended (Andersen et al. 2010).
Recently, the microarray data were extended to infer a T. thermophila gene network (12), providing the first insight of gene gene relationships in T. thermophila.
The use of microarrays has recently been extended to the study of natural genetic variation affecting the expression of genes at the transcript level.
As aberrant DNA methylation has been recognized to be associated with the transcriptional inactivation of genes related to cancer development, the application of microarrays has also been extended to study genome-wide DNA methylation patterns in NPC.
This maskless array synthesis (MAS) technology, originally used for DNA microarray synthesis has also been extended for the synthesis of RNA, aptamer, and peptide microarrays.
Originally designed for the analysis of microarray data, it has been extended to the analysis of RNA-seq data in the form of normalized log2-transformed counts.
The CL microarray imaging assay could also be extended to screen detect other biomarker groups by printing different hairpin DNAs on the microarray and using corresponding antibody-DNA pairs.
As more high quality gene expression data is incorporated into microarray databases, this validation might be extended to other organisms).
It was originally designed for analyzing microarray data but has recently been extended to RNA-seq data.
