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An Ultra-Rare Disorder of Immunity Uncovered
Article | Aug 25, 2022
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Clinical Exome Sequencing – Results from 2819 Samples Reflecting 1000 Families
A study was conducted using whole exome sequencing (WES) to identify underlying pathogenic variants, or likely pathogenic variants, in 1,000 diagnostic cases from 54 different countries. Patients […]
Global Genotype–Phenotype Database for Rare Diseases
"The ability to discover genetic variants in a patient runs far ahead of the ability to interpret them. Databases with accurate descriptions of the causal relationship between the variants and the […]
Guidelines for Diagnostic Next-Generation Sequencing
The work was performed by a group of laboratory geneticists and bioinformaticians, and discussed with clinical geneticists, industry and patients’ representatives, and other stakeholders in the field […]
Mendelian Disease Gene Identification and Diagnostics Using Targeted Next Generation Sequencing
During the last few months we have observed for the first time since the introduction of the first massive parallel sequencers in 2007, that the cost of sequencing a human genome has not changed […]
Validation of a Semiconductor Next-Generation Sequencing Assay for the Clinical Genetic Screening of CFTR
Genetic testing for cystic fibrosis and CFTR-related disorders mostly relies on laborious molecular tools that use Sanger sequencing to scan for mutations in the CFTR gene. We have explored a more […]
Next-Generation Sequencing of the BRCA1 and BRCA2 Genes for the Diagnostics of Breast and/or Ovarian Cancer
We explored a more efficient genetic screening strategy based on next-generation sequencing of the BRCA1 and BRCA2 genes in 210 hereditary breast and/or ovarian cancer patients.
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MOx represents a multidimensional approach looking at each patient from different angles to combine deep knowledge and insights for a holistic view.
Whole genome sequencing (WGS) identifies almost all changes in a patient’s DNA by sequencing both the entire protein-coding and the non-coding regions of the genome.
Whole Exome Sequencing (WES) is a comprehensive genetic test that identifies changes in a patient's DNA that are causative or related to their medical concerns.
The CENTOGENE Biodatabank – the world’s largest real-world data repository for rare and neurodegenerative diseases.
Biomarkers play a vital role in the diagnosis of diseases as well as monitoring severity, progression, and treatment efficacy.
Next Generation Sequencing (NGS) Panels: Our NGS panel portfolio tests for a wide selection of hereditary genetic conditions. They offer a fast, thorough, and cost-effective diagnostic tool for patients with distinctive clinical features.
Most hematologic disorders have a genetic link – highlighting the importance of quick and comprehensive answers. We have identified genetic variants associated with hematological diseases in more than 300 different genes.
Advances in genetic techniques now enable many important insights into kidney-related diseases. A genetic diagnosis can better classify disease, give information about disease pathogenesis, and suggest time-sensitive options for treatment.
Ear, Nose & Throat
The ear is essential for many of our most basic functions. It is crucial to distinguish between genetic disorders and those caused by environmental factors as early as possible.
Timely detection and diagnosis of heart disorders can lead to enhanced treatment options, help to prevent sudden cardiac death, and improve prognosis.
Many genetic disorders of the bone cause skeletal and joint abnormalities that may seriously interfere with normal growth and development.
Congenital malformations (“birth defects”) remain a leading cause of infant mortality and childhood morbidity.
Identifying genetic causes of infertility facilitates informed decisions and family planning for your patients. With 10% of infertility cases being linked to genetic factors, their detection can provide vital answers.
Genetic testing for hereditary and somatic cancers can provide life-changing results in affected patients and their relatives, accompanied by potential actionable steps for genetic-related cancers.
Genetic testing is becoming an increasingly important tool in determining the cause of hereditary ophthalmologic conditions.
Genetic testing can clearly diagnose many genetic disorders of the brain and nervous system. It can guide decisions towards more effective medical management and treatments.
Genetic testing can help uncover the cause of persistent, often debilitating, undiagnosed symptoms in patients suffering from suspected metabolic disorders.