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The effect on the rate and amount of removal of various substances by changes in dialysis flow, dialysis time and blood flow.

机译：通过透析流动，透析时间和血流的变化对各种物质除去各种物质的速率和量的影响。

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Hisashi Ichikawa; Akira Saito; Hidetaka Yamazaki; Yasutaka Hurukawa; Kazuyoshi Hori; Eiji Nagami; Tetsuhiko Horikawa; Shyuichi Tokutake; Tatsuya Inumaru; Takashi Arai; Takashi Momose; Eiichi Ubukata; Kazuaki Morio; Toshio Watabe; Kenzo Matsuzaki; Motoaki Sano; Keizo Koide;
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1. Comparison of Solute Removal Properties Between High-Efficient Dialysis Modalities in Low Blood Flow Rate [J] . Maduell Francisco, Broseta Jose Jesus, Rodas Lida, Therapeutic apheresis and dialysis: official peer-reviewed journal of the International Society for Apheresis, the Japanese Society for Apheresis, the Japanese Society for Dialysis Therapy . 2020,第4期

机译：低血流率高效透析方式之间溶质去除特性的比较
2. The impact of blood flow rate on dialysis dose and phosphate removal in hemodialysis patients [J] . Hicham Rafik, Taoufiq Aatif, Driss El Kabbaj Saudi journal of kidney diseases and transplantation : . 2018,第4期

机译：血液流速对血液透析患者透析剂量和磷酸盐去除的影响
3. The effect of blood flow rate on dialysis recovery time in patients undergoing maintenance hemodialysis: A prospective, parallel‐group, randomized controlled trial [J] . Duggal Vishal, Hussein Wael F., Reiterman Marc, Hemodialysis international . 2019,第2期

机译：血流量对血液透析患者透析恢复时间的影响：预期，平行，随机对照试验
4. Device trial to improve blood flow rate with controlled pressure for blood flow at venous side in single needle dialysis [C] . Yasuyuki Miwa, Manabu Kawabe, Yoshihisa Yamashita World Congress on Medical Physics and Biomedical Engineering . 2015

机译：设备试验，以改善血流对静脉侧的血流受控压力的血液流量
5. Advanced Phosphate Removal in Dialysis Employing Lanthanum Impregnated Activated Carbon Fixed-Bed Column [D] . Nazarian, Reyhaneh 2017

机译：镧浸渍活性炭固定床色谱柱用于透析中的高级除磷
6. Plasma nitrateitrite removal by peritoneal dialysis might predispose infants with low blood pressure to cerebral ischaemia [O] . Mattias Carlström, Katarina Wide, Mikael Lundvall, 2015

机译：腹膜透析去除血浆硝酸盐/亚硝酸盐可能使低血压婴儿易患脑缺血
7. Possibility of future development. Blood purification methods in the twenty-first century. Determination of an optimum combination of dialysis time, blood flow, dialysis fluid flow rate and KoA based on mathematical simulation. [O] . Takahiro Shinzato 1999

机译：未来发展的可能性。二十一世纪的血液净化方法。基于数学模拟的基于数学模拟的透析时间，血流，透析流体流速和KOA的最佳组合。
8. Investigation of the Risks and Hazards with Devices Associated with Peritoneal Dialysis (Including Intermittent Peritoneal Dialysis and Continuous Ambulatory Peritoneal Dialysis) and Sorbent Regenerated Dialysate Delivery Systems [R] . Ward, R. A. 1982

机译：腹膜透析（包括间歇性腹膜透析和持续性非卧床腹膜透析）和吸附剂再生透析液输送系统相关设备的风险和危害调查

The effect on the rate and amount of removal of various substances by changes in dialysis flow, dialysis time and blood flow.

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