Phenotypic and Genotypic Characteristics of Paediatric Myelodysplastic Syndromes
Myelodysplasic Syndromes / Posted 3 years ago
This research project will study a group of rare blood disorders in children, called Paediatric Myelodysplastic Syndromes (MDS).Paediatric MDS is characterised by failure of normal blood cells production. Without treatment these syndromes are usually fatal and can lead to leukaemia.The aim of this project is to improve our current understanding of the molecular pathways that lead to the disease development;identify all the disease related genetic abnormalities;document the natural history of the disease;create correlations between the clinical presentations and genetic defects and create targets for future therapies .Children with a diagnosis of Paediatric MDS from across all specialist paediatric haematology centres in the UK will be invited to participate in this project. From the study of these cases we aim to built a comprehensive picture of paediatric MDS,which is something that has not been achieved so far. We will record how these disorders present, all their clinical characteristics; laboratory tests results, how the disorders progress with time and the response of the different subgroups of patients to the current treatments.The samples collected will be in the form of blood,bone marrow,nail clippings,skin biopsies, saliva and hair follicles.These samples will be tested for all genetic abnormalities that have been previously described in different types of MDS. In cases that no known genetic abnormality is detected, further genetic testing(called whole genome sequencing) will be performed, after appropriate consent, in order to identify new genetic defects linked with MDS.This will enable us to provide an accurate diagnosis for each family, but also to select the most appropriate treatment for each case.We will study the behaviour of blood cells from children with MDS,using state-of-the-art technology,with the objective to identify the molecular pathways that lead to the disease development. This will allow us to identify the cell that the disease originates and target this in the future.