

ABOUT
GATA2 deficiency syndrome (G2DS) is a rare autosomal dominant genetic disease predisposing to a range of symptoms of which myeloid malignancy and immunodeficiency including recurrent infections are most common. Despite over a decade of research, many challenges remain to improve outcomes for individuals with pathogenic germline GATA2 variations. Lack of identification and appropriate classification of variants, confounded by under-reporting is a significant challenge in our understanding of this syndrome. Considerable disease heterogeneity and small patient cohorts make it challenging to identify commonalities in disease course/outcomes. To help overcome these significant challenges, an international effort to collate and standardise disease-specific clinical and genomics data, accumulating enough data to make evidence-based clinical decisions is required. Here at GATA2, we have collated phenotypic and genetic information extracted from peer-reviewed literature, and an international survey of colleagues, generating standardised clinical resources for G2DS . We have created a registry of GATA2 germline variants which we have expertly-curated and classified according to ACMG/AMP gene-specific criteria. We strive to continue building productive collaborations and make a positive impact with all of our patients.

NGS DATA-SHARING
With this initiative, our goal is to utilise the collective wealth of Next-generation sequencing (NGS) data generated from international laboratories, which can be interrogated as a large cohort and form essential components for diagnosis and treatment of patients with G2DS.
Learn more about our work by getting in touch with our team today. If you would like to be a part of this international datasharing consortium please contact us via email @

GATA2 GERMLINE REGISTRY
We performed American College of Medical Genetics and Genomics/Association for Molecular Pathology(ACMG/AMP) classification of germline GATA2 variants creating a germline GATA2 variant registry. Analysing genetic and phenotypic data from 359 probands/families and 179 unique germline GATA2 variants, this represents the largest collection of curated and clinically classified GATA2 germline variants to date, providing a unique clinical resource for researchers, clinical genomics laboratories and clinical haematologists.

