Sentence examples for Genetic predisposing from inspiring English sources
Finally, it underlines that prompt diagnosis and proper prophylaxis and treatment of VOD and TMA may help overcome genetic predisposing factors and prevent severe complications and multiple-organ damage.
Therefore, this study was designed to evaluate the influence of single nucleotide polymorphism rs7756992 in CDKAL1 gene as a possible genetic predisposing factor for T2DM among Egyptian population.
Further work is required in this area to determine whether and how aspirin resistance is important clinically, what the best measurement is phenotypically and how this should be used in clinical practise, and whether there are any genetic predisposing factors.
The spondyloarthropathies represent highly enigmatic conditions and although their clinical features, anatomical distribution of disease and genetic predisposing factors have been known for some time, a unified concept of the basic pathobiology underlying these illnesses has remained undefined.
ACPA production has been associated with several genetic predisposing factors, including HLA-DRB1 and PTPN22 1858T alleles, as well as with environmental and lifestyle-related factors, primarily smoking and possibly, the use of oral contraceptives and excessive caffeine intake.
This is consistent with previous studies which predicted incorrect diagnosis in absence of genetic predisposing alleles with biopsy confirmed cases [23, 24].
13 Together, these findings strengthen the hypothesis that genetic factors predisposing to anti-CCP positive RA are different to those predisposing to anti-CCP negative RA.
A genetic variation predisposing people to obesity has been detected by a team of researchers at Boston University and elsewhere.
Substantial progress has been made in identifying single genetic variants predisposing to common complex diseases.
This woman might also have a genetic background predisposing her — and her children — to behavioral problems.
They thereby complement model organisms and reports from human genetic variants predisposing to different forms of diabetes, as well as observations on human fetal tissue.
