Eventov V L, Maksimenko V A, Andrianova M Iu, Nefedkin S I, Ostodi T
Anesteziol Reanimatol. 1995 Jul-Aug(4):70-1.
The method of electrochemical regeneration of dialysis solution is virtually as effective as the traditional hemoperfusion system in removing creatinine and potassium ions from the body, but inferior to it as regards urea and inorganic phosphorus and superior in removal of medium-weight toxins. A more smooth reduction of urea level in the blood provides relatively stable hemodynamics in patients liable to hypotension. Electrochemical regeneration permits a continuous purification of dialysis solution, the regeneration block may be used many times, and sodium hypochlorite produced during electrolysis operation maintains the sterility of the system. Electrochemical regeneration does not require water purification systems, water communication, and dialysis concentrate, this permitting the performance of detoxication in rooms without special equipment.
透析液的电化学再生方法在从体内清除肌酐和钾离子方面实际上与传统血液灌流系统一样有效，但在清除尿素和无机磷方面不如传统血液灌流系统，而在清除中等分子量毒素方面则更具优势。血液中尿素水平更平稳的降低为易发生低血压的患者提供了相对稳定的血流动力学。电化学再生允许对透析液进行连续净化，再生模块可多次使用，电解操作过程中产生的次氯酸钠可维持系统的无菌状态。电化学再生不需要水净化系统、水连通和透析浓缩液，这使得在没有特殊设备的房间内也能进行解毒操作。
