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1. 血液透析における水質の保証assuring water quality for hemodialysis [show details]
… decontaminates water up to the quality standards; and a distribution system that delivers the treated water to its points of use without recontamination. The design and maintenance of such water treatment and …
2. 血液透析に使用される水の混入物質contaminants in water used for hemodialysis [show details]
… silver-stabilized hydrogen peroxide in dialysis water has been associated with cyanosis and methemoglobinemia, and can be removed by carbon filtration . Dialysis water treatment and distribution systems routinely …
3. 腹膜透析における溶質クリアランスおよび限外濾過の機序mechanisms of solute clearance and ultrafiltration in peritoneal dialysis [show details]
…hormone-sensitive water channel in the collecting tubule . Aquaporin-1, which is permeable only to water, is present in the endothelial cells of the peritoneal microvasculature as the major water channel .… a membrane is measured by the reflection coefficient. The reflection coefficient (rc) varies from 0,… the main routes of reabsorption being via the lymphatics and back-filtration by colloid osmosis.…
4. 血液透析装置の概要overview of the hemodialysis apparatus [show details]
…the ultrafiltration coefficient (KUf) and is a measure of a dialyzer permeability relative to water. A low KUf denotes a low permeability to water. The lower the permeability to water, the higher the TMP …
5. 慢性間欠的高流量血液ろ過透析chronic intermittent high volume hemodiafiltration [show details]
… higher actual filtration fraction as the recorded filtration (or substitution) fraction keeps pace with set blood flow. At high filtration fractions, more plasma water is extracted from… convection volumes and filtration fraction were achieved by the dialyzer membrane with the largest surface area, a high ultrafiltration coefficient,…

Japanese Journal

ポリスルホン透析膜の非対称構造の違いによる阻止率の差異

竹脇幸治,小久保謙一,酒井清孝
人工臓器 25(2), 380-384, 1996-04-15
… また、阻止率は純水濾過係数が大きい膜ほど小さかった。 …
NAID 10007718016

透析膜の細孔直径分布の測定

奥山幸成,佐々木敬一,金森敏幸,酒井清孝
人工臓器 20(1), 53-58, 1991
… また、透析膜の細孔容積が大きいほどβ2-microglobulinの溶質透過係数および純水濾過係数が大きく、含水率、曲路率、膜面開孔率などの膜構造因子とともに細孔容積を考慮すれば、β2-microglobulinの除去に適した透析膜の至適設計が可能であると考えられる。 …
NAID 130001733263