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Rare Disease Education for Clinicians

About 70% of rare diseases are genetic. Rare diseases are those conditions that affect fewer than 200,000 people in the U.S. 

Though each is rare, cumulatively they are significant, as 1 in 10 individuals are estimated to be affected.

Frequently, children and adults affected with a rare disease struggle to receive a diagnosis. The diagnostic odyssey in these cases can be frustrating for families and clinicians alike.

Treatments, prognostic information and recurrence risk in families depend on having a diagnosis. Diagnostic rates are improving with advances in genomic testing.

Learn more about benefits and limitations of these tests in our free, 30-minute CME/CNE courses and clinical education resources below.

Exome Testing for Diagnosis

Exome Testing for Diagnosis

Practice identifying patients who may benefit from exome testing and communicating with patients, families, and genetic experts about testing.

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Genetic Testing in Pediatric Neurology

Genetic Testing in Pediatric Neurology

Practice identifying when further value might be added by a molecular diagnosis and choosing the best genetic tests for the clinical context.

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Talking Points About Exome Testing

Talking Points About Exome Testing

Outlines the important things to discuss with patients and families before referring to genetics.

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Patient Management After Genomic Testing

Patient management after genomic testing

Summarizes patient care and management steps for patients with positive, negative, uncertain, and unexpected results from genomic testing.

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Variant Classification and Reanalysis in Exome Testing

Variant classification and reanalysis in exome testing

Summarizes genetic variant classification and analysis methods for clinicians.

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Comparing Genetic Tests

Comparing Genetic Tests

Provides a quick reference for the detection capabilities for common types of genetic testing, such as gene sequencing and deletion/duplication analysis.

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Using RNA Sequencing and Other Technologies to Aid in Variant Interpretation

Using RNA sequencing and other technologies to aid in variant interpretation

The majority of pathogenic variants are identified by DNA analysis. However, for a discrete number of patients whose results are uninformative, it may be possible to get a more definitive answer about the consequences of a variant using additional methods like RNA sequencing, protein analysis and predictive or functional studies.

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