MinimALL
Imaging of Chemotherapy-induced Morphological and Functional Lung Changes in Childhood ALL and HD
Rekrutierend
NCT-Nummer:
NCT06093334
Studienbeginn:
Oktober 2023
Letztes Update:
25.10.2023
Wirkstoff:
-
Indikation (Clinical Trials):
Leukemia, Precursor Cell Lymphoblastic Leukemia-Lymphoma, Leukemia, Lymphoid, Hodgkin Disease
Geschlecht:
Alle
Altersgruppe:
Kinder (0-17)
Phase:
-
Sponsor:
University of Erlangen-Nürnberg Medical School
Collaborator:
-
Studienleiter
Axel Karow, MD Principal InvestigatorDepartment of Pediatrics and Adolescent Medicine, University Hospital Erlangen
Ferdinand Knieling, MD Principal InvestigatorDepartment of Pediatrics and Adolescent Medicine, University Hospital Erlangen
Rafael Heiß, MD Principal InvestigatorInstitute of Radiology, University Hospital Erlangen
Kontakt
Axel Karow, MD Kontakt: Phone: +49913185 Phone (ext.): 33118 E-Mail: axel.karow@uk-erlangen.de» Kontaktdaten anzeigen
Alexander Dierl, MD Kontakt: Phone: +49913185 Phone (ext.): 33118 E-Mail: alexander.dierl@uk-erlangen.de» Kontaktdaten anzeigen
Detailed Description: With increasing cure rates of childhood cancer there is growing recognition of late effects of treatments. However, there is a lack of non-invasive and child-friendly procedures that can indicate possible late damage. This study uses morphologic and free-breathing phase-resolved functional low-field (PREFUL) magnetic resonance imaging (MRI) to identify persistent pulmonary toxicity after treatment for childhood acute lymphoblastic leukemia (ALL), Hodgkin's disease (HD) and allogeneic stem cell transplantation. The examination in the new 0.55 T MRI system does not differ in procedure and especially with regard to contraindications for an MRI examination from an examination in routinely used 1.5 or 3T devices. There is no intravenous administration of contrast medium. This method has already yielded relevant results in a previous study on the frequency of lung parenchymal changes in pediatric and adolescent patients with past SARS-CoV-2 infection detected by PCR. In addition, study participants will undergo cardiopilmonary testing by spirometry, spiroergometry and echocardiography with strain analysis to assess cardiac and pulmonary performance. For the individual patient, the duration of study participation is 120 minutes. This includes approximately 30 minutes for education and consent of study participants/parents/guardians, 30 minutes for lung function test and MRI, and 30 minutes for cardiopulmonary testing. The purpose of this study is to assess early posttherapeutic changes as well as possible persistent pulmonary toxicity and change in cardiopulmonary performance.
Study arm: "Early therapeutic effects"Inclusion Criteria: - Diagnosed acute lymphatic leukemia or Hodgkin's disease (HD) - Completed induction therapy or radiotherapyExclusion Criteria: - Pregnancy, Lactation - Known pleural or pericardial effusion - Critical condition (requiring respiratory support, ventilation, oxygen, shock, symptomatic heart failure) - Marked thoracic deformities/malformations - Previous lung surgery - Injuries that do not allow physical stress diagnostics - Rejection of MRI imaging - General contraindications for MRI examinations (e.g. electrical implants such as cardiac pacemakers or perfusion pumps, etc.) Study arm: "Late therapeutic effects"Inclusion Criteria: - Diagnosed acute lymphatic leukemia or Hodgkin's disease (HD) - Completed intensive therapy or radiotherapyExclusion Criteria: - Pregnancy, Lactation - Known pleural or pericardial effusion - Critical condition (requiring respiratory support, ventilation, oxygen, shock, symptomatic heart failure) - Marked thoracic deformities/malformations - Previous lung surgery - Injuries that do not allow physical stress diagnostics - Rejection of MRI imaging - General contraindications for MRI examinations (e.g. electrical implants such as cardiac pacemakers or perfusion pumps, etc.) Study arm: "Effects of hematopoietic stem cell transplantation"Inclusion Criteria: - Diagnosed acute lymphatic leukemia - Completed hematopoietic stem cell transplantationExclusion Criteria: - Pregnancy, Lactation - Known pleural or pericardial effusion - Critical condition (requiring respiratory support, ventilation, oxygen, shock, symptomatic heart failure) - Marked thoracic deformities/malformations - Previous lung surgery - Injuries that do not allow physical stress diagnostics - Rejection of MRI imaging - General contraindications for MRI examinations (e.g. electrical implants such as cardiac pacemakers or perfusion pumps, etc.)
Primary outcome: 1. Morphologic lung assessment (LF-MRI) (Time Frame - Single time point (1 day)):Morphologic changes in lung parenchyma Secondary outcome: 1. Functional lung assessment (LF-MRI) (Time Frame - Single time point (1 day)):Change in functional lung parameters 2. Cardiopulmonary testing (VO2) (Time Frame - Single time point (1 day)):Oxygen uptake 3. Cardiopulmonary testing (VO2max) (Time Frame - Single time point (1 day)):Peak oxygen uptake 4. Cardiopulmonary testing (RER) (Time Frame - Single time point (1 day)):Respiratory exchange ratio 5. Cardiopulmonary testing (VT2) (Time Frame - Single time point (1 day)):Ventilatory anaerobic threshold 6. Cardiopulmonary testing (VCO2) (Time Frame - Single time point (1 day)):Carbon dioxide output 7. Cardiopulmonary testing (HR) (Time Frame - Single time point (1 day)):Heart rate 8. Cardiopulmonary testing (HRR) (Time Frame - Single time point (1 day)):Heart Rate Reserve 9. Cardiopulmonary testing (Breath rate at VAT) (Time Frame - Single time point (1 day)):Breath rate at VAT 10. Cardiopulmonary testing (BRR) (Time Frame - Single time point (1 day)):Breath rate reserve 11. Cardiopulmonary testing (VE) (Time Frame - Single time point (1 day)):Minute Ventilation 12. Cardiopulmonary testing (O2-Pulse) (Time Frame - Single time point (1 day)):O2-Pulse 13. Cardiopulmonary testing (HRV) (Time Frame - Single time point (1 day)):Heart rate variability 14. Cardiopulmonary testing (Borg-Scale) (Time Frame - Single time point (1 day)):Exercise capacity (Borg-Scale) 15. Cardiopulmonary testing (VO2) (Time Frame - Single time point (1 day)):Capillary blood gases and lactate 16. Cardiopulmonary testing (Strain-Analysis) (Time Frame - Single time point (1 day)):Strain-Analysis by echocardiography 17. Pulmonary test (Lung function) (Time Frame - Single time point (1 day)):Lung function (VC%, FEV1%) 18. Blood sample (Blood count) (Time Frame - Single time point (1 day)):Blood Count 19. Blood sample (Enterocytes) (Time Frame - Single time point (1 day)):Concentration of Enterocytes 20. Blood sample (Liver enzymes) (Time Frame - Single time point (1 day)):Liver enzymes 21. Blood sample (Retention parameters) (Time Frame - Single time point (1 day)):Concentration of kreatinin and urea 22. Weight (Time Frame - Single time point (1 day)):Weight of the participant in kilograms 23. Height (Time Frame - Single time point (1 day)):Height of the participant in meters
Experimental: Early therapeutic effectsDiagnosed acute lymphatic leukemia or Hodgkin's disease (HD) and completed induction therapy or radiotherapy, from 5 years to <18 years Experimental: Late therapeutic effectsDiagnosed acute lymphatic leukemia or Hodgkin's disease (HD) and completed intensive therapy or radiotherapy, Patient in follow-up care, from 5 years to <18 years Experimental: Effects of hematopoietic stem cell transplantationDiagnosed acute lymphatic leukemia, completed hematopoietic stem cell transplantation, from 5 years to <18 years
Low-field magnetic resonance imaging:Imaging of lung parenchyma and function by LF-MRI Cardiopulmonary testing:Myocardial function (Strain-Analysis by echocardiography) and spiroergometry, capillary blood gases and lactate Pulmonary testing:Lung function (VC%, FEV1%) Blood sample:Standard procedures/parameters routinely available in follow-up care after oncological treatment
Quelle: ClinicalTrials.gov
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