Clinical trial • Phase IV • Immunology|Nephrology

Mycophenolate mofetil for Kidney transplantation

Phase IV trial of Mycophenolate mofetil for Kidney transplantation. None/Not specified-controlled. 100 participants.

Overview

Trial Therapeutic Area
Immunology|Nephrology
Trial Disease
Kidney transplantation
Trial Stage
Phase IV
Drug Modality
Small molecule

Key dates

Initial CTIS Submission Date
19-04-2024
First CTIS Authorization Date
22-05-2024

Trial design

None/Not specified-controlled Phase IV trial across 1 site in Norway.

Comparator
None/Not specified
Target Sample Size
100

Eligibility

Recruits 100 No vulnerable population selected (isVulnerablePopulationSelected: false). Signed informed consent and expected cooperation of the patients for the treatment and follow up must be obtained and documented according to ICH GCP, and national/local regulations. No assent or paediatric consent procedures are described..

Pregnancy Exclusion
Pregnant or lactating female patients.
Vulnerable Population
No vulnerable population selected (isVulnerablePopulationSelected: false). Signed informed consent and expected cooperation of the patients for the treatment and follow up must be obtained and documented according to ICH GCP, and national/local regulations. No assent or paediatric consent procedures are described.

Inclusion criteria

  • {"criterion_text":"- De novo, standard risk kidney (only) transplant recipients.\n- Patients scheduled to receive tacrolimus and mycophenolate mofetil as part of their immunosuppressive therapy following transplantation (clinical decision not influenced by this study).\n- First kidney transplant only.\n- Recipients of kidney from deceased or living adult donor\n- ABO-compatible transplantation\n- PRA ≤20%\n- DSA negative\n- Signed informed consent and expected cooperation of the patients for the treatment and follow up must be obtained and documented according to ICH GCP, and national/local regulations."}

Exclusion criteria

  • {"criterion_text":"- Pregnant or lactating female patients."}

Endpoints

Primary endpoints

  • {"endpoint_text":"- Association between microbiome diversity measures and AUC0-tau and Cmax of mycophenolate and metabolites.","definition_or_measurement_approach":"Association between microbiome diversity measures and pharmacokinetic parameters AUC0-tau and Cmax of mycophenolate and its metabolites (PK measurements of mycophenolate AUC0-tau and Cmax; microbiome diversity metrics)."}

Secondary endpoints

  • {"endpoint_text":"- Association between microbiome diversity measures and absolute F, AUC0-tau and Cmax of tacrolimus and metabolites.","definition_or_measurement_approach":"Association between microbiome diversity measures and tacrolimus PK parameters (absolute bioavailability F, AUC0-tau, Cmax) and metabolites."}
  • {"endpoint_text":"- Changes in microbiome diversity measures and mycophenolate (and metabolite) AUC0-tau, Cmax, Tmax and kel with one week of mycophenolate mofetil treatment.","definition_or_measurement_approach":"Measure changes in microbiome diversity and mycophenolate PK parameters (AUC0-tau, Cmax, Tmax, elimination rate constant kel) after one week of mycophenolate mofetil treatment."}
  • {"endpoint_text":"- Changes in microbiome diversity measures and tacrolimus (and metabolite) AUC0-tau, Cmax, Tmax and kel with one week of tacrolimus treatment","definition_or_measurement_approach":"Measure changes in microbiome diversity and tacrolimus PK parameters (AUC0-tau, Cmax, Tmax, kel) after one week of tacrolimus treatment."}
  • {"endpoint_text":"- To investigate the indirect association between microbiome diversity and immunosuppressant molecular pharmacodynamics (PD biomarkers).","definition_or_measurement_approach":"Assessment of associations between microbiome diversity metrics and PD biomarkers related to immunosuppressant effect (molecular PD biomarkers)."}
  • {"endpoint_text":"- Descriptive comparison of microbiome diversity measures between the two populations.","definition_or_measurement_approach":"Descriptive comparison of microbiome diversity measures between Norwegian and US patient populations."}
  • {"endpoint_text":"- Associations between TTV viral load and immunosuppressive drug systemic exposure, acute rejection episodes, protocol biopsy scores and other opportunistic infections, e.g. CMV and BK DNAemia and incidence of bacterial infections.","definition_or_measurement_approach":"Assess correlations between Torque teno virus (TTV) viral load and drug exposure, clinical outcomes (acute rejection, biopsy scores) and opportunistic infections (CMV, BK DNAemia) and bacterial infection incidence."}
  • {"endpoint_text":"- Investigate whether immunosuppressant molecular pharmacodynamics (cytokine responses, intracellular drug and drug target levels and down-stream mediators) can be predictive for rejection and adverse effects.","definition_or_measurement_approach":"Evaluation of PD measures (cytokine responses, intracellular drug/target levels, downstream mediators) as predictors of rejection and adverse effects."}
  • {"endpoint_text":"- Relative predictive error (PE%) and root mean squared error (RMSE%) of the developed pharmacokinetic model.","definition_or_measurement_approach":"Model performance metrics (PE%, RMSE%) for the developed pharmacokinetic model."}
  • {"endpoint_text":"- Relative predictive error (PE%) and root mean squared error (RMSE%) of the developed PKPD model","definition_or_measurement_approach":"Model performance metrics (PE%, RMSE%) for the developed PKPD model."}

Recruitment

Planned Sample Size
100
Recruitment Window Months
110
Consent Approach
Signed informed consent must be obtained and documented according to ICH GCP and national/local regulations. The current informed consent does not include individual participant data (IPD) sharing; if IPD sharing is planned later, the primary investigator will apply for updated ethics approval and updated consent. No assent procedures or age-specific consent documents are described; consent is provided by the adult participants.

Geography

Total Number Of Sites
1
Total Number Of Participants
100

Norway

Earliest CTIS Part Ii Submission Date
30-04-2024
Latest Decision Or Authorization Date
22-05-2024
Processing Time Days
22
Number Of Sites
1
Number Of Participants
100

Sites

Site Name
Oslo University Hospital HF
Department Name
Department of Transplantation Medicine
Contact Person Name
Karsten Midtvedt
Contact Person Email
kmidtved@ous-hf.no
Number Of Participants
100

Sponsor

Primary sponsor

Full Name
Oslo University Hospital HF
Organisation Type
Hospital/Clinic/Other health care facility
Country Of Registered Address
Norway

Investigational products

Investigational Product Name
CellCept 500 mg film-coated tablets
Active Substance
Mycophenolate mofetil
Modality
Small molecule
Routes Of Administration
Oral
Route
Oral
Authorisation Status
Marketing authorisation present (EU/1/96/005/002)
Maximum Dose
2000 mg
Investigational Product Name
PROGRAF 1 mg capsule
Active Substance
Tacrolimus
Modality
Small molecule
Routes Of Administration
Oral
Route
Oral
Authorisation Status
Marketing authorisation present (8912/2016/02)
Maximum Dose
30 mg
Combination Treatment
Yes

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