To identify the p63 isoforms expressed by human OS cell lines, we conducted an expression analysis of various OS cell lines that represent heterogeneity of tumors in situ.
In order to determine if common variants within these regions effect expression of nearby (cis) mRNA transcripts we conducted an expression quantitative loci (eQTL) analysis for CLU genomic region, for gene expression in cortical tissues from a group of 174 neurologically normal controls (GEO Series GSE8919, Myers et al 2007).
Further, we conducted an expression analysis of our full-sequenced cDNAs with cDNA microarray.
To better understand the genetic basis of NAFLD, we conducted an expression quantitative trait locus (eQTL) analysis of mice fed a HFHC diet.
Wang et al. conducted an expression array and identified 785 upregulated genes and 954 downregulated genes in the Yang-deficiency constitution, compared with those in normal individuals.
We conducted an expression study of 240 formalin-fixed, paraffin-embedded (FFPE) primary biopsies from two cohorts, including 130 TN tumors, to identify molecular mechanisms of TN disease.
Therefore, we conducted an expression profiling study based on a cDNA microarray representing 1,216 transcripts identified in a preceding EST analysis using a normalised cDNA library prepared from embryogenic cell cultures and young somatic embryos [ 29].
Finally, we conducted an expression study in six flower bud developmental stages (young to mature bud stage) for selected MIKCc genes (those expressed only in flower buds) and all MIKC* genes to justify their roles during the flower bud development.
In order to identify tRFs that respond to biotic stress, we conducted an expression analysis of the same four 5' tRFs in AGO1 and AGO2 immunoprecipitated deep sequencing libraries from Arabidopsis infected with Pseudomonas syringae or mock solution.
To test if the signature concept could be applied to multiple stress treatment conditions, we conducted an expression profiling experiment on plants exposed to heat, drought, and then heat and drought in combination (refer to Materials and Methods).
