Transcripts including exon IB predominantly contained exon IIL and were more broadly expressed, with relatively higher expression levels in the heart, thymus, and spleen.
To further classify the phenotype of baicalin-treated macrophages, we introduced two cell surface markers to distinguish M1-like phenotype from M2. M1-like macrophage possessed relatively higher expression of CD86 while M2-like macrophage highly expressed CD206.
PA synthesis genes, TcANR, TcANS and TcLAR were expressed in all tissues examined, with relatively higher expression levels in pod exocarp and seeds and lower expression in leaves and flowers.
Notably, among the ubiquitously expressed genes, a number of them show relatively higher expression in certain tissues (e.g. central nervous system, intermediate cell mass of mesoderm, etc.; Figure S5).
HAX1 was shown to be expressed quite ubiquitously in human tissues, with relatively higher expression in testis, liver and skeletal muscle [ 25].
OsBAK1 was expressed ubiquitously in all organs examined, with a relatively higher expression in developing young inflorescences (Additional file 1: Figure S10), supporting the biological roles of 08SG2/OsBAK1 in regulating grain size and grain number.
IFIH1 is expressed at low levels in most tissues, with relatively higher expression in immune cells.
STRA6 was expressed in pre-activated and activated HSCs, but relatively higher expression was found in HSCs-P1 (Fig 3A).
The result shows that OsPUB15 is ubiquitously expressed in the tested tissues of both rice cultivars, with relatively higher expression level in the leaf of TP309 and in the leaf, young panicle and mature panicle of Digu as well.
Real-Time PCR gene expression analysis revealed relatively higher expression of cartilage-specific marker genes in tissue strands when compared to monolayer-cultured bovine articular chondrocytes (Fig. 4d).
RNA-seq analysis revealed three transcripts in the human retina and relatively higher expression in S-cone-like photoreceptors of Nrl-knockout retina compared to rods.
