We found that Ris reduced the downregulation due to DEX in a dose dependent manner.
We found that Ris prevents osteocyte apoptosis in GC-treated rats, according to previous findings by Plotkin et al. [ 12].
As already mentioned, we found that Ris treatment prolongs osteocyte lifespan, reducing their apoptosis induced by GC.
When considering the entire length of a targeted RefSeq gene among RISs found within genes, the RISs were found predominantly within the first 30% of the total gene length from the TSS (Figure 1C).
Although we found only one RIS in the LMO2 locus in vitro in HSC-GT in the present dataset, it should be noted that this region has been previously shown to be a hotspot of integrations in CD34+ cells (Aiuti et al, 2007; Cattoglio et al, 2007).
Statistically significant correlations were found between decreased Ris-1 expression and negative progesterone receptors, as well as between overexpressing Ris-1 tumors and high histological grade.
Other previously identified CISs: LMO2, PRDM16, as well as SETBP1, which are involved in uncontrolled proliferation, abnormal hematopoiesis, and leukemogenesis [4], were not found in our RISs analysis.
Indeed, the clinical relevance of the MR findings can be fully appreciated only with a longitudinal observation of the single RIS subject and, in such a context, previous studies [3], [5] have found that 33% of RIS subjects have their first clinical manifestation after 1 5 year follow-up.
Reduced inorganic sulfur (RIS) was found in highest concentrations at depths of 0 to 20 cm and was significantly positively correlated with total soil C and N contents.
With regard to the late phase samples, one RIS was found 1006 base pairs upstream of MDS1 (Figure 3), which was reported to be involved in chromosomal translocations in human myeloid leukemias [9] and frequently found as a common RISs in MLV vector system [4], [5], [8].
