CentoMD® offers a comprehensive summary of the clinical validity and causality of detected gene variants with their associated phenotypes, and is a valuable tool for identifying new disease genes through the correlation of novel genetic variants with specific, well-defined phenotypes from more than 115 represented countries.
Articles on Mutation Database
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Diagnostic Relevance of Intronic Variants
Proper splicing of mRNA requires certain DNA sequence motifs. Since these motifs are very diverse, the effects of variants in them are not easy to predict. By combining CENTOGENE’s genetic testing with the histology of patient samples, an unusual intronic variant was recently revealed to be clearly…
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Exemplifying the Strengths of Genome Sequencing
Certain genetic variants are easily missed by Exome Sequencing (ES), but readily detected by Genome Sequencing (GS). Utilizing the superiority of the latter technology, CENTOGENE identified such a variant as the cause of a novel disorder. Teaming up with academic colleagues for functional studies on…
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Utilization of CentoMD® in Scientific Settings
The interpretation of newly observed genetic variants that are suspected to cause disease requires knowledge about their occurrence in different populations. CENTOGENE’s uniquely rich and diverse database - CentoMD® - is frequently encountered by academic consortia in need of such information. A…
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Turning Rare Disease Networks into Knowledge
CENTOGENE’s well-recognized expertise in Gaucher disease (GD) has helped to establish a global network of physicians interested in and aware of this rare metabolic disorder. The fact that CENTOGENE is meanwhile the primary nationwide GD partner in many countries enables unprecedented insights into…
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Genetic Cause of Impaired Neurodevelopment
Development of the nervous system is a complex process, with NEUROG1 being one out of many genes involved. The critical role of this gene was recently confirmed by CENTOGENE, when a patient with disturbed neurodevelopment was observed as having the gene knocked out. The finding was published in…