IonGER
Initiative for Clinical Long-read Sequencing
Noch nicht rekrutierend
NCT-Nummer:
NCT06060184
Studienbeginn:
Dezember 2023
Letztes Update:
29.09.2023
Wirkstoff:
-
Indikation (Clinical Trials):
Genetic Predisposition to Disease
Geschlecht:
Alle
Altersgruppe:
Alle
Phase:
-
Sponsor:
University Hospital Tuebingen
Collaborator:
RWTH Aachen University, Medical University of Hannover, Charite University, Berlin, Germany,
Studienleiter
Tobias Haack, Dr. med. Principal InvestigatorUniversity Hospital Tübingen
Kontakt
Tobias Haack, Dr. Kontakt: Phone: +49 7071 29 Phone (ext.): 77696 E-Mail: tobias.haack@med.uni-tuebingen.de» Kontaktdaten anzeigen
Olaf Rieß, Prof. Dr. Kontakt: Phone: +49 7071 29 Phone (ext.): 72288 E-Mail: olaf.riess@med.uni-tuebingen.de» Kontaktdaten anzeigen
Detailed Description: The proposed study aims to develop a blueprint for the implementation of LR-GS in clinical diagnostics. Hence Standard Operating Procedures (SOPs) and guidelines for library preparation, bioinformatic analysis, and clinical interpretation will be compiled. Furthermore, the investigators intend to develop an open source 'gold standard' bioinformatics pipeline, addressing all relevant types of genomic alterations, thus providing the bioinformatic basis for a streamlined implementation of LR-GS at other sites. In addition to in-depth phenotype information the availability of SR-GS will be instrumental to benchmark the ability to detect different types of genomic variation. Additional relevant issues for genetic testing such as variant calling in difficult-to-map genomic regions, detection of genomic methylation patterns, characterization of repeat expansion and duplicated genes, and haplotype-phased genome de novo assembly will be addressed. Moreover, based on the strong background in Artificial Intelligence (AI) driven variant prioritization in the consortium, the investigators aim to implement and/or develop tools that enable an efficient prioritization of disease-causing variants. Beyond the usage within the context of the proposed study, generated datasets will be made available according to the Findable, Accessible, Interoperable and Reusable (FAIR) principles for national (German Human Genome-Phenome Archive, GHGA) and international (European Genome-Phenome Archive, EGA, Genome-Phenome Analysis Platform, GPaP) data repositories. the investigators aim to establish a population scale reference dataset for Structural variants (SV), which is absolutely mandatory in the context of rare disease diagnostics.
Inclusion Criteria: - Unclear molecular cause of the disease (retrospective cohort) - Indication for genome diagnostics (prospective cohort; e.g. within the initiative for genomic medicine (genomDE) based on §64e SGB V) - Suspected genetic cause of the diseaseExclusion Criteria: - Missing informed consent of the patient or legal guardian
Primary outcome: 1. Number of patients with Rare Disease (RD) or cancer predisposition syndromes with confirmed diagnosis by LR-GS compared to previous diagnostic methods including SR-GS (Time Frame - Day 1):A molecular diagnosis is considered confirmed when likely pathogenic or pathogenic variants are identified according to the American College of Medical Genetics and Genomics (ACMG). classification.
Experimental: Retrospective cohortSubjects with unclear molecular cause of the disease. The subjects are clinically characterized in the context of outpatient/ inpatient standard care at the University Hospital Tübingen (UKT) or cooperating locations. Experimental: Prospective cohortSubjects with indication for genome diagnostics (e.g. within the initiative for genomic medicine (genomDE) based on §64e German Social Code (SGB) Fifth Book (V) (SGB V).
Next-Generation Sequencing (NGS):Sequencing of genomes (Long read NGS)
Quelle: ClinicalTrials.gov
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