Rare Disease Research and Therapeutics Development
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The scientific goal of our group is to determine, starting from the molecular-genetic basis of a certain rare disease, which spectrum of variants is present in our country, and to establish whether there are any characteristic, frequent variants. If there are new variants, in that case we perform their characterization using in silico methods, or using different in vitro assays. We also study the correlation of genotype and phenotype. In cases where there is no expected correlation, we try to find genetic modifiers. Discovering new variants and genetic modifiers is important because they become potential targets for new therapeutics.
Our group has expertise in modeling rare diseases (application of CRISPR/Cas9 technology, etc.). The model systems we make are necessary for understanding the molecular basis of rare diseases and for new therapeutics testing. Furthermore, our goal is development of innovative therapeutics for rare diseases, those that specifically correct a variant (eg, pharmacological chaperones or antisense oligonucleotides) or those that target and correct some disturbed process in the cell.
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Maja Stojiljkovic
Full Research ProfessorGroup for Rare Disease Research and Therapeutics Development
Department of Human Molecular Genetics and GenomicsMaja Stojiljković, PhD, is a Full Research Professor, Head of the Department of Human Molecular Genetics and Genomics, and Head of the Rare Disease Research and Therapeutics Development Group at the IMGGE.
Her research focuses on the genetics of rare diseases, with a particular emphasis on inborn errors of metabolism. Her current work is centered on the application of whole-genome sequencing (short-read and long-read WGS) and whole-transcriptome sequencing (RNA-seq) to investigate the molecular basis of rare diseases, with the aim of enabling diagnosis in patients who remain undiagnosed after whole-exome sequencing (WES). She has a particular interest in non-coding regions of the genome and their functional characterization. In addition, she conducts research to identify modifier genes that may contribute to a better understanding of genotype–phenotype correlations in rare diseases. Within her research group, cellular models of rare diseases are being developed, along with studies of the therapeutic potential of small molecules. The results of her research have been published in more than 60 scientific papers (h-index 20). Maja Stojiljković is the author of the VUS Notificator application and a co-inventor of one national patent.
She is currently the coordinator of the Horizon Europe project BRIDGING-RD (2024–2027), the coordinator of the national project GlucoAdjust (2024–2026), and a partner in two additional Horizon Europe projects: BETTER (2023–2027) and ERDERA (2024–2031). She is also a co-coordinator of the postgraduate course “Genes and Human Diseases” at the Faculty of Biology, University of Belgrade.
Dr Stojiljković is recognized in Serbia and internationally as an expert dedicated to rare diseases. She has been a member of the National Expert Committee for Genetics since 2024, the coordinator of the Serbian ORPHANET team since 2022, and a member of the Expert Board of the National Organization for Rare Diseases of Serbia since 2010.
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FULL RESEARCH PROFESSOR
ASSOCIATE RESEARCH PROFESSOR
ASSISTANT RESEARCH PROFESSOR
RESEARCH ASSISTANTS
JUNIOR RESEARCHER