View clinical trials related to Kidney Transplantation.
Filter by:Does home-based training work in kidney transplant recipients with reduced physical function? The goal of this clinical trial is to learn if home-based training works to better physical function in adult kidney transplant recipients. It will also learn about participants preoperative physical function. The main question it aim to answer is - Does home-based training improves physical function in kidney transplant recipients. - All the participants are assessed to have reduced physical function before the transplantation Participants will: - follow either a home-based training program or todays standard of physical activity after kidney transplantation - the program starts 4 weeks after the transplantation and lasts for 12 weeks. A physiotherapist will help the participants in the beginning. - the program consists of both cardio-training, strength-straining and optional activity - the training group will be followed up every week by phone. Their activity will be documented via patients logs and heart rate monitor. - the effect of the training will be evaluated one year after the transplantation
Delayed graft function (DGF), delineated by the necessity for dialytic intervention within the initial week post-transplantation, afflicts approximately 20%-50% of recipients. The primary objective of this study is to investigate the potential efficacy of norepinephrine infusion in conjunction with goal-directed fluid therapy (GDFT) in mitigating the occurrence of DGF among individuals undergoing kidney transplantations. The findings of this investigation have the potential to advance the field of perioperative care in kidney transplantations by providing insights into optimized management strategies.
The purpose of this study is to investigate the safety, tolerability, pharmacokinetics and pharmacodynamics of escalating doses of TCD601 when compared to rATG in de novo renal transplant patients.
Using CDW data from 5 tertiary hospitals in Korea, this study identify the optimal range of trough level that can prevent adverse outcome in the early periods after transplantation.
The goal of the Australian Genomics of Chronic Allograft Dysfunction (AUSCAD) study is a single centre (Westmead Hospital), prospective, observational study, which enrols patients at time of kidney (or kidney-transplant) transplant and tracks the post transplant course. The AUSCAD study aims to generate new knowledge and improve outcomes following kidney transplantation. The primary aim is to determine whether important outcomes (including chronic rejection and graft loss) are correlated with patterns of allograft reactivity, gene expression and susceptibility profiles.
This multicentre two-phased RCT aims to evaluate implementation potential, cost-effectiveness, effectiveness, and the role of exercise intensity of a home-based exercise and physical activity intervention to improve de novo kidney transplant recipients' physical fitness, cardiovascular health, gut microbiome characteristics, and health-related quality of life. The first phase of this study comprehends a six-month exercise training intervention. Patients will be randomized into (i) a sham intervention consisting of low-intensity balance and stretching exercises (LIT), (ii) a moderate-intensity aerobic and strength training intervention (MIT), or (iii) a moderate- and high-intensity aerobic and strength training intervention (MHIT). The second phase of this study comprehends a physical activity maintenance intervention provided to MIT and MHIT but not LIT. A total of 147 de novo kidney transplant recipients will be recruited from two independent Belgian transplant centres i.e. UZ Leuven and UZ Ghent.
The i-KITCaT study aims to harness cellular therapies to favourably alter the immunological response to in AKI in transplantation. Kidney transplantation offers the best survival and quality of life outcomes for patients with end-stage kidney disease but requires life-long immunosuppression. Efforts to increase the donor organ pool means accepting kidneys which have been subjected to medical and surgical factors culminating in acute kidney injury (AKI). There is no treatment to modify the maladaptive injury process following an AKI insult, and this subjects the new kidney to increased risk of needing dialysis in the first 7 days of transplantation, rejection, and shortened transplant survival. Tolerogenic dendritic cells (TolDC) are currently used in phase I/II clinical trials and are safe for patients receiving a kidney transplant from the same donor as these cells. These trials focus on transplant tolerance, but we will re-purpose TolDCs to favorably alter the disease course following AKI and limit injury following transplantation. Furthermore, if the patient's own cells (rather than from a third-party donor) can be used, this avoids supply limitations and potential sensitization risk. We will compare the functional characteristics of TolDC generated from control (healthy) and kidney disease (chronic kidney disease (CKD), dialysis and transplantation).
Cardiovascular disease (for example, heart attack, stroke, heart failure) is the commonest complication of kidney failure. Kidney transplantation reduces cardiovascular risk but cardiovascular disease remains the commonest cause of death in patients following transplantation. Current strategies to assess patient's cardiovascular risk prior to kidney transplantation do not identify those at highest risk and do not improve outcomes. This study will use a heart scan known as computed tomography coronary angiography (CTCA) to see whether this scan can identify patients at highest risk of future cardiovascular disease prior to transplantation. Studies have shown it is able to do this in patients with normal kidney function. The aim of this study is to develop CTCA as an effective tool to risk stratify patients prior to kidney transplantation.
There has been no effective predicting tool to accurately predict BKV reactivation after kidney transplantation. The aim is to elucidate the use of flow cytometric analysis for both intracellular cytokines and surface activation markers for BKV-specific T cell response in kidney transplant recipients.
The investigators aim to investigate the association between renal volume measured through pre-donation CT auto-segmentation and postoperative renal function of both donors and recipients. After establishing the statistical significance of the association, the investigators intend to create and validate predictive models for renal function at surgery, 1 year, and 3 years postoperatively, incorporating various factors known to contribute to renal function deterioration.