Genetic Newborn Screening for Retinoblastoma: A Belgian Initiative Baby Detect

Baby Detect Project, started in September 2022, aimed to create a newborn screening test using targeted next-generation sequencing for all early-onset, treatable, and serious conditions. The elaborated gene panel covers 405 genes, associated with 165 genetic conditions, and includes RB1, linked to retinoblastoma, the only oncological disease tested for. Germline RB1 mutations concern around 50% of all retinoblastoma cases and 100% of the most severe, bilateral cases. Ninety percent of them occur de novo, which delays the diagnosis by about a year with subsequent loss of vision and sometimes the eye itself. Detecting children with germline RB1 mutation at birth would greatly improve functional and anatomic outcomes, limiting invasive treatments and general anesthesias through early childhood. We discuss herein the novel approach of population screening, the rationale for newborn testing for RB1 mutations, the incidence of expected cases, the reliability of the test and its costs. The next step is to move to a nation-scale population; this initiative marks a landmark in retinoblastoma patients' care.

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Publication Details

Journal
International Ophthalmology Clinics
Published
2025-09-25
DOI
https://doi.org/10.1097/iio.0000000000000593
Primary Topic
Ocular Oncology and Treatments
Type
article
Field-Weighted Citation Impact
0.00

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Genetic Newborn Screening for Retinoblastoma: A Belgian Initiative Baby Detect

Davood Mashhadizadeh, P. Bartoszek, Tamara Dangouloff, Vincent Rigo et al.
International Ophthalmology Clinics
Ocular Oncology and Treatments
article

Genetic Newborn Screening for Retinoblastoma: A Belgian Initiative Baby Detect

Davood Mashhadizadeh, P. Bartoszek, Tamara Dangouloff, Vincent Rigo, Flávia Piazzon, Laurent Servais, Valérie Jacquemin, Vincent Bours, Kristine Hovhannesyan, Laura Helou, Nadège Hennuy, François Boemer
article en

Abstract

Baby Detect Project, started in September 2022, aimed to create a newborn screening test using targeted next-generation sequencing for all early-onset, treatable, and serious conditions. The elaborated gene panel covers 405 genes, associated with 165 genetic conditions, and includes RB1, linked to retinoblastoma, the only oncological disease tested for. Germline RB1 mutations concern around 50% of all retinoblastoma cases and 100% of the most severe, bilateral cases. Ninety percent of them occur de novo, which delays the diagnosis by about a year with subsequent loss of vision and sometimes the eye itself. Detecting children with germline RB1 mutation at birth would greatly improve functional and anatomic outcomes, limiting invasive treatments and general anesthesias through early childhood. We discuss herein the novel approach of population screening, the rationale for newborn testing for RB1 mutations, the incidence of expected cases, the reliability of the test and its costs. The next step is to move to a nation-scale population; this initiative marks a landmark in retinoblastoma patients' care.

International Ophthalmology ClinicsVol. 65(4)
Cliniques Universitaires Saint-Luc (BE), University of Liège (BE), University of Oxford (GB), Institute of Human Genetics (PL), Centre Hospitalier Universitaire de Liège (BE), Centre hospitalier régional de la Citadelle (BE)
Sanofi, Biogen
Openalex Percentile: Top 61%
Ocular Oncology and Treatments
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