Sentence examples for dns could be from inspiring English sources
Independent medical treatment by the DNs could be, e.g., to manage incontinence or to send the patient to hospital in an emergency situation.
Being a consultant in the situation when there are satisfactory grounds for relying on the DNs could be one way to make efficient use of health care resources [ 33].
The differential sensitivity of these cancer cells to DN could be explained in part because of their distinctive molecular characteristics [ 3].
Our results support a recent metabolomics study showing that patients with DN have reduced mitochondrial metabolites in urine (Sharma et al., 2013) and we propose that DN could be viewed as a disease of acquired mitochondrial dysfunction.
Because of loss of biopsy cores or insufficient cells present in the cores, 400 melanoma (251 cases in PM and 149 cases in MM) and 77 cases of naevi (28 CAN and 49 DN) could be evaluated for EIF5A2 staining (Supplementary Figure S2).
We analyzed if the DN phenotype could be observed with a different inactive mutant affected in oligomerization such as the Cry1Ab-R99A located in helix α-3 of domain I [5].
Older DN patients could be less likely to seek treatment for depression or anxiety disorders than younger patients.
Therefore, the DN substitution could be a good candidate for the mutation that partially abrogates the dominance of imp-β KetD, although we could not exclude that an additional mutation may have taken place in the promoter or UTR region.
It has been shown that the activity of 1,25(OH)2D3 is mediated by VDR, and our in vivo study found that the renoprotective effect of vitamin D in DN rats could be attributed to the enhancement of VDR [ 31].
And the fifth question on whether the collaboration with the DN had improved could be answered with 'yes' or 'no'no
The possible explanation may be that the roles of Notch1 in DP cell development was different from that in DN cells, which could be proved by normal positive selection in DP cells where Notch1 signaling was highly activated.
