View clinical trials related to End Stage Renal Disease.
Filter by:The purpose of this research study is to find out how well ixazomib (the study drug) works to desensitize highly sensitized kidney transplant recipients.
The aim of this study is to evaluate the removal of midle molecules and inflammatory cytokines with the Theranova-500 ™ dialyzer (medium cut-off membrane, Baxter®) versus a high flux dialyzer Elisio-21H ™ (High-flux membrane, Nipro®) in chronic hemodialysis. Evaluation of nutritional parameters, inflamatory parameters and oxidative stress will also be carried out. Finally, the investigators will compare hepcidin levels and the erythropoietin resistance index between the two groups.
The purpose of this study is to demonstrate the safety of tacrolimus extended-release in HLA sensitized (HS, defined as panel reactive antibody ≥ 30%), kidney transplant recipients after desensitization with intravenous immunoglobulin (IVIG) and rituximab (also known as ritux) +/- plasma exchange (PLEX) per the standard of care with alemtuzumab induction.
The purpose of this study is to determine whether a telemedicine follow-up visit at the NYU Langone Transplant Institute is a feasible and acceptable alternative to a traditional in-center follow-up visit.
Managing fluid status is a complex but fundamental part of the clinical care of people receiving haemodialysis (HD). Day-to-day fluid management is usually based on the concept of 'target weight' - the weight used to determine how much fluid should be removed during each dialysis session. However, the focus of this approach is usually on avoiding fluid overload (hypervolaemia), since this is associated with a higher incidence of cardiovascular and pulmonary events, in addition to increased morbidity and morbidity. As a consequence, a significant proportion of people on maintenance HD spend a great deal of time in a dehydrated state. Although dehydration is known to be associated with a number of unwanted consequences (e.g. headaches, severe fatigue, impaired cognitive and physiological function), there has been little research focusing on the impact dehydration has on the physical and psychosocial well-being of this patient group. Considering the short life expectancy of individuals with end-stage renal disease (ESRD) reliant on maintenance HD, particularly those who are unable to receive a renal transplant, we should be focused on improving their function and quality of life (QoL). Key issues that need addressing prior to developing interventions in this cohort are 1) investigating the best and alternative measures to assess hydration status and 2) documenting the biopsychosocial impact of typical target weight driven HD in a well-designed study.
Kidney Disease subjects will be recruited to take part of a mindfulness-based stress reduction intervention for 8-10 sessions. All subjects will complete a baseline interview, one follow-up at 3 months and the close out interview at 5 months.
Anti-Cytokine Therapy for Hemodialysis InflammatION (ACTION) is a phase II multi-center study to evaluate the safety and tolerability of anakinra, an IL-1 receptor antagonist, for patients treated with maintenance hemodialysis.
The DIETary intake, death and hospitalisation in adults with end-stage kidney disease treated with HaemoDialysis (DIET-HD) study is a multinational prospective cohort study designed to evaluate the association between nutrition and dietary patterns and health outcomes in prevalent adult haemodialysis patients in Europe and South America.
All participants exercised during 16 weeks following a conventional intradialysis exercise program. The last 4 weeks of the study participants were randomized into two different exercise programs intradialysis. One group exercised through a virtual reality exercise adapted specially for patients while receiving hemodialysis treatment. The other group exercised with a conventional exercise program, combining aerobic cycling and strengthening exercises.
End-stage renal disease is associated with hyperphosphatemia due to a decrease of renal phosphate excretion. This hyperphosphatemia is associated with an increase of cardiovascular risk and mortality. Thus, three therapeutic options have been developed: dietary restriction, administration of phosphate binders and phosphorus clearance by hemodialysis (HD). During a standard HD session, around 600 to 700mg phosphate is removed from the plasma, whereas it contains only 90 mg inorganic phosphate (Pi); 85% of phosphate is stored in bones and teeth in hydroxyapatite form, 14% is stored in the intracellular space (90% organic phosphate and 10% Pi), and 1% remains in the extracellular space. Currently, the source of Pi cleared during HD remains to be determined. Phosphorus (31P) magnetic resonance spectroscopy allows reliable, dynamic and non-invasive measurements of phosphate intracellular concentration. The investigator's team recently published data obtained in anephric pigs, suggesting that phosphate intracellular concentration increases during a HD session. In parallel, we showed that ATP intracellular concentration decreased. These results suggest that the source of Pi cleared during HD could be located inside the cell. In this study, investigators will measure intracellular phosphate and ATP concentrations and intracellular potential of hydrogen (pH) evolution during hemodialysis in 12 patients suffering from end-stage renal disease by MR spectroscopy. If these results were confirmed in humans, it could explain, at least in part, HD intolerance in some patients and would lead to modify therapeutic approaches of hyperphosphatemia, for example, by modifying HD sessions time.