Previously, we built a miRNA microarray based on the miRbase ver. 5.0 and reported that miR-92, miR-20, miR-18 and precursor miR-18 had significantly high expression in poorly differentiated HCC samples, moderate expression in moderately differentiated HCC and low expression in well-differentiated HCC.
OsGLR2.1 was expressed most highly in the root, with moderate expression in shoot, stem-base and young panicle tissues, and almost no expression in the stem.
DOI: http://dx.doi.org/10.7554/eLife.01749.014 Using RNA-Seq data, we observed linc Brn1b to be predominantly expressed in ES-derived NSCs with additional moderate expression in the adult brain and kidney.
In contrast, human NME4 was shown to be widely distributed and expressed in a tissue-dependant manner with a moderate expression in liver, muscle and ovary and a low expression in testis and brain [ 60].
Most genes were preferentially expressed in the developing xylem and mature xylem, with moderate expression in the cambium region and expanded leaves (Fig. 1A).
In addition, EMB1_Unigene68678 was also highly expressed in GE and moderately detectable in EC and TE, while EMB2_Unigene68326 and EMB3_Unigene1123 exhibited moderate expression in GE and TE.
COX enzymes are expressed in situ in a characteristic spatial distribution: whereas COX-1 is homogenously expressed in all zones of the growth plate, COX-2 showed moderate expression in the reserve zone and strong expression in the other zones.
GHMP2, PPR2, and NPGR2 were highly expressed in ICpEC, GHMP1, EMB1, and SWA1 showed strong expression in HE, moderate expression in EC, and weak expression in ICpEC.
PZWF1 and PSOL4 allowed moderate expression in aerobic cultivation, while showing weak but clear expression in microaerobic fermentation.
VEGF evaluation indicated in kidneys moderate expression in corpuscles and renal tubes, Figure 7d, and in liver a mixed expression correlated with mixed normal and necrotic areas.
Another exhibits moderate expression in flowers and, interestingly, was found to have three alternative splice variants, two of which appear to be derived from a sequential splicing pathway.
