https://www.selleckchem.com/products/cct251545.html 05). When compared with the most common haplotypes of each gene, haplotype GAAG in CYP17A1 was associated with a 1.44-fold increased risk of progesterone elevation (95% confidence interval [CI] 1.22-1.69, PFDR less then 0.001), while haplotypes of the following genes showed a decreased risk of progesterone elevation haplotype CC in FSHR and LHCGR (0.66-fold, PFDR = 0.020, and 0.64-fold, PFDR less then 0.001, respectively), CA in ESR1 (0.90-fold, PFDR less then 0.001), TCTGG in ESR2 (0.92-fold, PFDR = 0.007) and GAACC in HSD3B1 (0.42-fold, PFDR less then 0.001). CONCLUSIONS Polymorphism in genes involved in enzymes or hormone receptors in the progesterone synthesis pathway may have a role in modifying risk of serum progesterone elevation. BACKGROUND We developed a culturally-adapted program (WE Stop the Bleed) to increase bleeding control knowledge and self-efficacy among Somali individuals, and to build trust between Somali individuals and first responders. METHODS WE Stop the Bleed was piloted in the Seattle Somali community with first responders as skills coaches. The program included 1) adapted ACS Stop the Bleed program; 2) cultural exchange. We evaluated knowledge, self-efficacy, and trust between Somali participants and first responders using a pre/post survey. RESULTS Attendance exceeded a priori goals (27 community participants, 13 first responders). 96% of participants would recommend the training. Knowledge and self-efficacy improved pre/post (62%-72%, 65%-93% respectively). First responders indicated increased comfort with Somali individuals, and participants reported positive changes in perceptions of first responders. CONCLUSIONS WE Stop the Bleed is a feasible and acceptable program to increase bleeding control knowledge and self-efficacy among participants and build trust between participants and first responders. Experiencing poverty in childhood has been associated with increased risk for physical