User talk:Yuye

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Rapid removal of DFO-chelated aluminum during hemodialysis using polysulfone dialyzers
Rapid removal of DFO-chelated aluminum during hemodialysis using polysulfone dialyzers. Aluminum (Al) removal following deferoxamine (DFO) therapy in hemodialysis patients was evaluated in a pairedfashion comparing cuprophane (Travenol 12.11) and polysulfone (Fresenius F-80) dialyzers. QB and QD were held constant at 250 and 500 ml/min, respectively. The polysulfone dialyzer increased total plasma Al clearance from 20.0 2.8 to 80.5  7.6 ml/min (P < 0.01), and reduced the t 1/2 of plasma Al during hemodialysis from 538  113 to 112  12 min (P < 0.01). The polysulfone F-80 dialyzer increased Al removal during the first hour of hemodialysis from 518 191 to 1812  720 g/hr (P < 0.01). During a four hour hemodialysis the F-80 dialyzer returned plasma Al levels to pre-DFO values (103 36 vs. 93  23, P < 0.05), suggesting complete removal of the DFO chelated Al complex. In one patient Al removal was evaluated using cuprophane, F-40, F-60 and F-80 dialyzers and the t 1/2 for Al removed decreased from 484.6 to 276.1 and 108 to 99 minutes, respectively. These data show the Fresenius F-80 polysulfone dialyzer effects the rapid removal of DFO-Al complexes. We propose use of the Fresenius F-80 dialyzer in conjunction with reduced DFO doses and i.m. administration of DFO the day prior to dialysis to limit DFO exposure as a method to decrease DFO-related side-effects in hemodialysis patients.

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Rapid removal of DFO-chelated aluminum during hemodialysis using polysulfone dialyzers
Rapid removal of DFO-chelated aluminum during hemodialysis using polysulfone dialyzers. Aluminum (Al) removal following deferoxamine (DFO) therapy in hemodialysis patients was evaluated in a pairedfashion comparing cuprophane (Travenol 12.11) and polysulfone (Fresenius F-80) dialyzers. QB and QD were held constant at 250 and 500 ml/min, respectively. The polysulfone dialyzer increased total plasma Al clearance from 20.0 2.8 to 80.5  7.6 ml/min (P < 0.01), and reduced the t 1/2 of plasma Al during hemodialysis from 538  113 to 112  12 min (P < 0.01). The polysulfone F-80 dialyzer increased Al removal during the first hour of hemodialysis from 518 191 to 1812  720 g/hr (P < 0.01). During a four hour hemodialysis the F-80 dialyzer returned plasma Al levels to pre-DFO values (103 36 vs. 93  23, P < 0.05), suggesting complete removal of the DFO chelated Al complex. In one patient Al removal was evaluated using cuprophane, F-40, F-60 and F-80 dialyzers and the t 1/2 for Al removed decreased from 484.6 to 276.1 and 108 to 99 minutes, respectively. These data show the Fresenius F-80 polysulfone dialyzer effects the rapid removal of DFO-Al complexes. We propose use of the Fresenius F-80 dialyzer in conjunction with reduced DFO doses and i.m. administration of DFO the day prior to dialysis to limit DFO exposure as a method to decrease DFO-related side-effects in hemodialysis patients.

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