Gene/Protein Disease Symptom Drug Enzyme Compound
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Query: EC:4.1.1.6 (CAD)
 4,420 document(s) hit in 31,850,051 MEDLINE articles (0.00 seconds)

1. There have been 1,225 renal allografts performed at the University of Minnesota between January 1, 1980 and May 31, 1987. Significant risk factors for graft survival include donor type, retransplantation, and age at time of transplant. In addition, diabetes is a significant risk factor in patient survival. 2. Three immunosuppressive regimens have been used during this time period: AZA + P + ALG, CsA + P, and CsA + AZA + P (+ ALG for CAD grafts). The 3 protocols have been received by 411, 205, and 356 primary renal allograft recipients, respectively. No overall differences between the therapies exist with respect to graft or patient survival. However, females, recipients of CAD organs (especially the recipient with diabetes), and patients 18-50 years of age at transplant have improved graft survival results using CsA + AZA + P (+ ALG). Females and the 18-50-year-old recipients also have improved results with respect to patient survival. 3. The 3 protocols [AZA + P + ALG; CsA + P; and CsA + AZA + P + ALG] have been used for 125, 112, and 174 primary recipients of CAD organs, respectively. Recipients of CsA + AZA + P + ALG have significantly better graft survival overall in the diabetic and poorly matched subgroups. Other high-risk (but small sample size) subgroups show statistically nonsignificant, but clinically important, improvements. These groups include patients over 50 years of age, patients with preformed antibodies, as well as those with compatible ABO blood types. Similar trends exist with respect to patient survival. 4. Risk factor analysis of all patients receiving CsA + AZA + P (+ ALG) indicates that donor type, retransplantation, and age at the time of transplant are still serious risk factors for graft survival. Only age at transplant influences patient survival significantly. 5. The failure to find any significant risk factors in primary recipients of CAD organs in the CsA + AZA + P(+ ALG) era, combined with the generally consistent good graft and patient survival rates, suggest that the traditionally high-risk patient can be successfully transplanted with excellent results. 6. Pediatric patients can be successfully transplanted with results equivalent to 18-50-year-old patients and better than those recipients over 50 years of age at the time of transplant. Random transfusions and combination therapy are at least as good as DST and AZA + P + ALG.
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PMID:Renal transplantation at the University of Minnesota during the 1980s. 315 96

This study is aimed to rationalise and demonstrate the efficacy of utilising laser cutting technique in the fabrication of glulam mortise & tenon joints in timber frame. Trial-and-error experiments aided by laser cutter were conducted to produce 3D timber mortise & tenon joints models. The two main instruments used were 3D modelling software and the laser cutter TH 1390/6090. Plywood was chosen because it could produce smooth and accurate cut edges whereby the surface could remain crack-free, and it could increase stability due to its laminated nature. Google SketchUp was used for modelling and Laser CAD v7.52 was used to transfer the 3D models to the laser cutter because it is compatible with AI, BMP, PLT, DXF and DST templates. Four models were designed and fabricated in which the trial-and-error experiments proved laser cutting could speed up the manufacturing process with superb quality and high uniformity. Precision laser cutting supports easy automation, produces small heat-affected zone, minimises deformity, relatively quiet and produces low amount of waste. The LaserCAD could not process 3D images directly but needed 2D images to be transferred, so layering and unfolding works were therefore needed. This study revealed a significant potential of rapid manufacturability of mortise & tenon joints with high-quality and high-uniformity through computer-aided laser cutting technique for wide applications in the built environment.
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PMID:Retrofitting ancient timber glulam mortise & tenon construction joints through computer-aided laser cutting. 3238 68