These findings support the notion that the level of LARGE expression may be a determinant of the length of the LARGE glycan chain.
Our results suggest that ratios are most commonly reduced among the genes with large expression ratios in the OneRA, thus likely to be differentially expressed.
Although both genes are similarly expressed in most tissues they are strikingly different in heart with LARGE expression being high and B4GAT1 being low.
In a 72 hpf, a very large expression is found in the foregut, suggesting that most of its cells express Pdu-sna2.
Predicting such interactions from large expression datasets by performing targeted knock-down/knock-out approaches is a challenging task.
This condition leads to an extremely large expression containing algebraic and trigonometric functions of the architecture, position and orientation variables.
The proposed division strategy is invariant to monotonic grayscale changes, and shows to be particularly useful when there are large expression variations on the faces.
Interestingly, there is a large expression of Glut4 transporters in fat, skeletal muscle and heart [20, 21], and thus, the latter two tissues show an increased FDG activity with increased B-glucose.
However, the grouping statistical process only considers the spatial information of the pixels, and this may be the reason for non-corresponding sub-blocks matching when there are large expression variations.
As the database is open for public data submission, we expect this database to quickly become a large expression profiling resource, eventually providing higher reliability in high-throughput gene expression analysis.
Noticeably, this correlation is mainly due to genes with large expression differences between species.
