Clinical trial • Phase II • Neurology
Autologous cord blood-derived mononuclear cells for Hypoxic-ischemic encephalopathy (neonatal)
Phase II trial of Autologous cord blood-derived mononuclear cells for Hypoxic-ischemic encephalopathy (neonatal). 20 participants.
Overview
- Trial Therapeutic Area
- Neurology
- Trial Disease
- Hypoxic-ischemic encephalopathy (neonatal)
- Trial Stage
- Phase II
- Drug Modality
- Cell therapy
- Paediatric Trial
- Yes
Key dates
- Initial CTIS Submission Date
- 07-08-2024
- First CTIS Authorization Date
- 10-09-2024
Trial design
Phase II trial across 12 sites in France.
- Target Sample Size
- 20
- Trial Duration For Participant
- 730
Eligibility
Recruits 20 paediatric patients.
- Vulnerable Population
- Neonates are the vulnerable population. Consent is required from parents: "written parental consent" is listed as an inclusion criterion and subject information / informed consent forms are provided for the study.
Inclusion criteria
- {"criterion_text":"- signs of encephalopathy within 6 hours of age (Sarnat and Sarnat classification, score ≥ 2)"}
- {"criterion_text":"-\t± abnormal electroencephalogram or aEEG within 6 hours of age"}
- {"criterion_text":"-\ttherapeutic hypothermia."}
- {"criterion_text":"-\tno maternal infection with VIH, HTLV 1 or 2, Hepatitis B or C virus"}
- {"criterion_text":"- maternal negative serology for syphilis"}
- {"criterion_text":"- written parental consent"}
Exclusion criteria
- {"criterion_text":"- major congenital anomalies, including severe metabolic diseases"}
- {"criterion_text":"- severe maternal-fetal infection responsible for anoxo-ischemia, with immediate"}
- {"criterion_text":"- head trauma responsible for intracranial hemorrhage"}
- {"criterion_text":"- severe IUGR (PN < 1800g)"}
- {"criterion_text":"- child whose death is foreseeable in the short term"}
- {"criterion_text":"- parental refusal"}
- {"criterion_text":"- child born under X"}
- {"criterion_text":"- absence de recueil du sang de cordon."}
Endpoints
Primary endpoints
- {"endpoint_text":"- Occurrence of clinical or paraclinical adverse events during the child's follow-up (short- and long-term), attributable to the injected cell preparation","definition_or_measurement_approach":"Monitoring and recording of clinical or paraclinical adverse events during the child's follow-up (short- and long-term), assessed as attributable to the injected cell preparation."}
- {"endpoint_text":"- Feasibility of the study: percentage of children included for whom the cell therapy procedure could be completed according to the required quality criteria.","definition_or_measurement_approach":"Calculated as the percentage of included children for whom the cell therapy procedure could be completed according to the required quality criteria."}
Secondary endpoints
- {"endpoint_text":"-\tPreliminary efficacy as measured by neurodevelopmental function till 2 years","definition_or_measurement_approach":"Assessment of neurodevelopmental function up to 2 years of age as a measure of preliminary efficacy."}
Recruitment
- Planned Sample Size
- 20
- Recruitment Window Months
- 96
- Consent Approach
- Written parental consent is required ("written parental consent" is listed in inclusion criteria). Subject information and informed consent forms are included in the study documents.
Geography
- Total Number Of Sites
- 12
- Total Number Of Participants
- 20
France
- Earliest CTIS Part Ii Submission Date
- 03-09-2024
- Latest Decision Or Authorization Date
- 10-09-2024
- Processing Time Days
- 7
- Number Of Sites
- 12
- Number Of Participants
- 20
Sites
- Site Name
- Hopital Saint Joseph
- Department Name
- NEONATOLOGIE
- Contact Person Name
- Jean-Michel BARTOLI
- Contact Person Email
- jmbartoli@hopital-saint-joseph.fr
- Site Name
- Centre Hospitalier Universitaire Rouen
- Department Name
- medecine neonatale
- Contact Person Name
- Stéphane MARRET
- Contact Person Email
- dominique.bertrand@chu-rouen.fr
- Site Name
- Centre Hospitalier Universitaire De Nimes
- Department Name
- NEONATOLOGIE
- Contact Person Name
- MASSIMI DI MAIO
- Contact Person Email
- drc@chu-nimes.fr
- Site Name
- Centre Hospitalier Intercommunal Toulon / La Seine-Sur-Mer
- Department Name
- NEONATOLOGIE
- Contact Person Name
- Philippe TRUC
- Contact Person Email
- philippe.truc@ch-toulon.fr
- Site Name
- Hospices Civils De Lyon
- Department Name
- NEONATOLOGIE
- Contact Person Name
- OLIVIER CLARIS
- Contact Person Email
- olivier.claris@chu-lyon.fr
- Site Name
- Centre Hospitalier Universitaire De Nantes
- Department Name
- MEDECINE NEONATALE
- Contact Person Name
- cyril FLAMANT
- Contact Person Email
- cyril.flamant@chu-nantes.fr
- Site Name
- CHRU De Nancy
- Department Name
- medecine néonatale
- Contact Person Name
- jean michel hascoet
- Contact Person Email
- j.hascoet@chru-nancy.fr
- Site Name
- Centre Hospitalier Regional De Marseille
- Department Name
- NEONATOLOGIE
- Contact Person Name
- farid BOUBRED
- Contact Person Email
- farid.boubred@ap-hm.fr
- Site Name
- Assistance Publique Hopitaux De Paris
- Department Name
- MEDECINE NEONATALE
- Contact Person Name
- valerie BIRAN
- Contact Person Email
- valrie.biren@rdb.aphp.fr
- Site Name
- Centre Hospitalier Universitaire Grenoble Alpes
- Department Name
- NEONATOLOGIE
- Contact Person Name
- THIERRY DEBILLON
- Contact Person Email
- TDebillon@chu-grenoble.fr
- Site Name
- Centre Hospitalier Du Pays D Aix Centre Hospitalier Intercommunal Aix-Pertuis
- Department Name
- medecine neonatale
- Contact Person Name
- yves RIMET
- Contact Person Email
- yves.rimet@ch-aix.fr
- Site Name
- Centre Hospitalier Universitaire De Lille
- Department Name
- MEDECINE NEONATALE
- Contact Person Name
- laurent STORME
- Contact Person Email
- laurent.storme@chu-lille.fr
Sponsor
Primary sponsor
- Full Name
- Centre Hospitalier Regional De Marseille
- Organisation Type
- Hospital/Clinic/Other health care facility
- Country Of Registered Address
- France
Investigational products
- Investigational Product Name
- Autologous cord blood-derived viable nuclear cells 50E6/kg prep
- Active Substance
- Autologous cord blood-derived mononuclear cells
- Modality
- Cell therapy
- Routes Of Administration
- INTRAVENOUS USE
- Route
- INTRAVENOUS
- Maximum Dose
- 100000000 CFU/g colony forming unit(s)/gram
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