Valganciclovir Prophylaxis Versus Preemptive Therapy for Cytomegalovirus in Living Donor Kidney Transplant Recipients
NCT07430683
Cytomegalovirus Infections, DNA Virus Infections
Guadalajara, Jalisco, Mexico
View Trial DetailsNCT Number: NCT05701228
CMV disease remains the most frequent infectious complication post-transplant and it is associated to high morbidity and even mortality. Global efforts from both transplant physicians and researchers in the field is needed to better characterize the host-virus interactions in the transplant setting, with the aim of decreasing the burden of disease and improve the well-being of patients.
"HORUS" (Casting light on HOst-cytomegaloviRUs interaction in Solid organ transplantation) study is a European research project, funded by the European Commission (Horizon Europe) involving 16 partners in seven European countries (France, Spain, Czech Republic, Belgium, Switzerland, Germany and Italy) aiming to better characterize the host-CMV interactions in SOT recipients. The first aim of HORUS study will be to build a European cohort of SOT recipients including clinical characterization and the constitution of a biocollection, which is the aim of HORUS cohort, in order to perform biological, immunological, gene expression, viral kinetics and deep viral genome characterization in the global European HORUS project to improve our understanding of the development of a CMV immune response in the context of immunosuppression.
This study is active but is not currently recruiting participants.
Notify Me18 year and older
All sexes
Observational
Hopitel Pellegrin, Bordeaux, France
The overall goal of HORUS study is to improve our understanding of the host-virus relationship of Cytomegalovirus within immunocompromised solid organ transplant recipients in order to propose both knowledge improvement, and clinical immune signatures for decreasing CMV infections/diseases incidence and avoiding the use of toxic antiviral therapy. HORUS' general goal is to enhance our knowledge on risk factors, disease progression and clinical outcomes by analyzing together immune host characteristics, viral characteristics and immunosuppressive drugs. The constitution of two clinical cohorts ("The day 0 of graft cohort" and "the day 0 of infection cohort") will constitute the aim of "HORUS study" with clinical data collection and biocollection which will be used in the global HORUS project to identify immune profiles of patients integrating all the actors involved in viral control, viral and clinical parameters associated with a higher risk of CMV replication and an evolution toward a CMV difficult-to-treat disease.
"HORUS cohorts" is a project of biological samples biobank from solid organ transplant recipients in Hospitals : France (Bordeaux, Toulouse, Paris, Lyon), Spain (Barcelona), Tchequie (Karlova), Italy (Bologna), Switzerland (Lausanne).
Its main objective of this protocol is to collect, prepare, and store
The secondary objective is to support for the global "HORUS" project aiming at:
Healthy volunteers accepted: No
Only the study team can determine whether someone qualifies for participation.
A cohort 1 of solid-organ transplant recipients at day 0 of transplantation will be included:
A cohort 2 of solid-organ transplant recipients at day 0 of infection:
Time frame: from day of graft (inclusion day) to month 24
Biobank inventory will be caracterise thanks to : date of collection, date of pre-analytical processing.
Time frame: from day of graft (inclusion day) to month 24
Biobank inventory will be caracterise thanks to : total volume
Time frame: from day of graft (inclusion day) to month 24
Biobank inventory will be caracterise thanks to : number of aliquots for each biological sample: plasma, serum, whole blood, PBMC, biopsies.
Time frame: from day of graft (inclusion day) to month 24
Biobank inventory will be caracterise thanks to : date of extraction
Time frame: from day of graft (inclusion day) to month 24
Biobank inventory will be caracterise thanks to : concentration of DNA and RNA
Time frame: from day of infection (inclusion day) to month 12
Biobank inventory will be caracterise thanks to : date of collection, date of pre-analytical processing.
Time frame: from day of infection (inclusion day) to month 12
Biobank inventory will be caracterise thanks to : total volume
Time frame: from day of infection (inclusion day) to month 12
Biobank inventory will be caracterise thanks to : number of aliquots for each biological sample: plasma, serum, whole blood, PBMC, biopsies,
Time frame: from day of infection (inclusion day) to month 12
Biobank inventory will be caracterise thanks to : date of extraction,
Time frame: from day of infection (inclusion day) to month 12
Biobank inventory will be caracterise thanks to : total volume and concentration of DNA and RNA
Time frame: from day of infection (inclusion day) to month 12
Biobank inventory will be caracterise thanks to : concentration of DNA and RNA
Time frame: From inclusion day to month 36
Implementation of a centralized data base with clinical and sociodemographic data from all European clinical sites.
Time frame: From inclusion day to month 36
Assessing the longitudinal clinical profile of solid organ transplants after transplantation with or without a "difficult-to-treat" (CMV persistence)
Time frame: From inclusion day to month 36
Assessing the longitudinal clinical profile of solid organ transplants after transplantation with or without a "difficult-to-treat" (relapse)
Time frame: From inclusion day to month 36
Assessing the longitudinal clinical profile of solid organ transplants after transplantation with or without a "difficult-to-treat" (antiviral drug resistance)
Time frame: From inclusion day to month 36
Assessing the longitudinal viral profile of solid organ transplants after transplantation with or without a "difficult-to-treat" (CMV persistence)
Time frame: From inclusion day to month 36
Assessing the longitudinal viral profile of solid organ transplants after transplantation with or without a "difficult-to-treat" (relapse)
Time frame: From inclusion day to month 36
Assessing the longitudinal viral profile of solid organ transplants after transplantation with or without a "difficult-to-treat" (antiviral drug resistance)
Time frame: From inclusion day to month 36
Assessing the longitudinal immunological profile of solid organ transplants after transplantation with or without a "difficult-to-treat" (CMV persistence)
Time frame: From inclusion day to month 36
Assessing the longitudinal immunological profile of solid organ transplants after transplantation with or without a "difficult-to-treat" (relapse)
Time frame: From inclusion day to month 36
Assessing the longitudinal immunological profile of solid organ transplants after transplantation with or without a "difficult-to-treat" (antiviral drug resistance)
Time frame: From inclusion day to month 36
Defining signatures combining virological data profile of CMV-specific immunity to identify patients at risk of developing CMV infection.
Time frame: From inclusion day to month 36
Defining signatures combining clinical data profile of CMV-specific immunity to identify patients at risk of developing CMV infection.
Time frame: From inclusion day to month 36
Defining signatures combining donor/recipient data profile of CMV-specific immunity to identify patients at risk of developing CMV infection.
Time frame: From inclusion day to month 36
Defining signatures combining immune profile of CMV-specific immunity to identify patients at risk of developing CMV infection.
Time frame: From day of infection (inclusion day) to month 36
Defining signatures combining virological data profile of CMV-specific immunity to identify at day 0 of infection, patient at risk of developing difficult-to-treat CMV infection.
Time frame: From day of infection (inclusion day) to month 36
Defining signatures combining clinical data profile of CMV-specific immunity to identify at day 0 of infection, patient at risk of developing difficult-to-treat CMV infection.
Time frame: From day of infection (inclusion day) to month 36
Defining signatures combining donor/recipient data profile of CMV-specific immunity to identify at day 0 of infection, patient at risk of developing difficult-to-treat CMV infection.
Time frame: From day of infection (inclusion day) to month 36
Defining signatures combining immune profile of CMV-specific immunity to identify at day 0 of infection, patient at risk of developing difficult-to-treat CMV infection.
University Hospital, Bordeaux
Other
Acronym: HORUS
OpenTrials presents study information sourced from ClinicalTrials.gov. The official registry record should be consulted for the latest information.
View the official ClinicalTrials.gov record (opens in a new tab)This listing is for discovery and informational purposes only. It is not medical advice, does not guarantee that a study is recruiting, and does not determine eligibility. Contact the study team and a qualified healthcare professional when considering participation.
Published trials that share one or more normalized conditions with this study.
NCT07430683
Cytomegalovirus Infections, DNA Virus Infections
Guadalajara, Jalisco, Mexico
View Trial DetailsNCT03475212
Adenoviridae Infections, Adenovirus Infection
Phoenix, Arizona, United States
View Trial DetailsNCT05532540
Chickenpox, Cytomegalovirus Infections
Copenhagen, Denmark
View Trial DetailsNCT06337955
Cytomegalovirus Infections, DNA Virus Infections
Pavia, PV, Italy
View Trial Details