Coexistent disorders associated with pain were arthritis of the hand or feet, other chronic rheumatic diseases (musculoskeletal disorders), and diabetes (non-musculoskeletal disorder). Specific disorders coexisting next to OA and associated with additional activity limitations and pain were identified. These coexisting disorders need to be addressed in exercise therapy and
rehabilitation for patients with OA of the hip or knee.”
“Introduction: We examined the long-term outcome of transplantation for alpha 1-antitrypsin deficiency (A1ATD).
Method: Data were reviewed on 42 transplants in 35 children with A1ATD over 42 yr and compared with 129 transplants in 116 children with biliary atresia (BA).
Results: Over 50% of patients were followed up for >10 yr. A1ATD were older than BA at transplantation, median www.selleckchem.com/products/pf-03084014-pf-3084014.html age, 6.0 vs. 1.0 yr (p < 0.0001), and transplanted earlier in the course of liver failure (total bilirubin, 2.7 mg/dL [1.4-6.9] vs. 9.7 mg/dL [2.9-15.4], p = 0.005). Patient survival was greater selleck compound in A1ATD than BA: one-yr post-transplant, 82.7% vs. 67.9%; five yr, 76.5% vs. 60.2%; and 10 yr, 76.5% vs. 55.9% (p = 0.03). Death-censored
graft survival was similar: one-yr post-transplant, 68.4% vs. 66.2%; five yr, 68.4% vs. 55.8%; and 10 yr, 68.4% vs. 52.5% (p = 0.2). Deaths were from infection, hemorrhage, and graft failure < 6 months post-transplant. Patient survival improved at five yr from 33.3% pre-cyclosporine (CSA) (1969-1984) (n = 6) to 76.5% in the CSA era (1985-1994) (n = 17) and 100% with AZD6244 in vitro tacrolimus (1995-2006) (n = 12) (p = 0.007).
Conclusions: The age at transplantation and the degree of liver dysfunction were related to the differences in graft and patient survival between A1AT and BA.”
“Fe-22.5 at.% Ga microwires with diameters ranging from 150 to 350 mu m were produced by the in-rotating water spinning
(INROWASP) method. All microwires were found to be polycrystalline and developed < 100 > crystallographic textures along the wire symmetry axis. The microwires are magnetically soft with very little coercivity and reach saturation magnetization values of 1.5 T. The largest magnetostriction value, of 185 ppm, is obtained for microwires with a diameter of 260 mu m, in the absence of prestress and stress-annealing treatments. The increase/decrease of the microwires’ diameter above/below 260 mu m results in smaller magnetostriction values, with the minimum of 130 ppm being reached for microwires of 150 mu m. The unique properties of microwires made by the INROWASP method make them attractive for further production of Fe-Ga long, continuous microwires with a specific crystallographic texture.