Asahi's unique membrane technology results
in less stimulation to blood components.
Asahi has achieved a new level of overall performance in dialyzer design by combining the new polysulfone membrane REXBRANE™ with a new jacket design allowing for optimum flow dynamics. Incorporated on the inner surface is Asahi’s unique hydrophilic gel layer technology. This minimizes blood membrane interaction and plays a crucial role in anti-coagulation requirements.
in less stimulation to blood components.
Asahi has achieved a new level of overall performance in dialyzer design by combining the new polysulfone membrane REXBRANE™ with a new jacket design allowing for optimum flow dynamics. Incorporated on the inner surface is Asahi’s unique hydrophilic gel layer technology. This minimizes blood membrane interaction and plays a crucial role in anti-coagulation requirements.


REXEED-13LX |
REXEED-15LX |
|||||||
Qd=500ml/min |
Qd=800 ml/min |
Qd=500ml/min |
Qd=800 ml/min |
|||||
Clearance mL/min |
Qb=200 mL/min |
Qb=300 mL/min |
Qb=400 mL/min |
Qb=400 mL/min |
Qb=200 mL/min |
Qb=300 mL/min |
Qb=400 mL/min |
Qb=400 mL/min |
Urea |
193 |
259 |
301 |
334 |
195 |
266 |
312 |
346 |
Creatinine |
186 |
239 |
274 |
304 |
190 |
248 |
288 |
319 |
Phosphate |
154 |
185 |
201 |
220 |
161 |
195 |
214 |
236 |
Vitamin B12 |
93 |
102 |
106 |
113 |
100 |
110 |
116 |
125 |
KOA (Urea) |
1009 |
1149 |
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UFR (mL/hr/mmHG) |
9 |
10 |
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REXEED-18LX |
REXEED-21LX |
|||||||
Qd=500ml/min |
Qd=800 ml/min |
Qd=500ml/min |
Qd=800 ml/min |
|||||
Clearance mL/min |
Qb=200 mL/min |
Qb=300 mL/min |
Qb=400 mL/min |
Qb=400 mL/min |
Qb=200 mL/min |
Qb=300 mL/min |
Qb=400 mL/min |
Qb=400 mL/min |
Urea |
197 |
271 |
322 |
355 |
198 |
277 |
332 |
366 |
Creatinine |
193 |
255 |
299 |
332 |
195 |
264 |
313 |
347 |
Phosphate |
167 |
204 |
226 |
251 |
173 |
215 |
241 |
269 |
Vitamin B12 |
107 |
118 |
125 |
136 |
115 |
129 |
137 |
151 |
KOA (Urea) |
1279 |
1483 |
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UFR (mL/hr/mmHG) |
12 |
14 |
||||||
| • KUF: with bovine blood, TP = 60±5 g?L, Hct. = 32±2%, Qb = 300 mL/min • Clearance: Qf= 0 mL/min • KoA: Qb = 400 mL/min, Qd = 800 mL/min, Qf = 0 mL/min |
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