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Explore a wide range of free and certified Genetics online courses. Find the best Genetics training programs and enhance your skills today!
Comprehensive overview of Spinal Muscular Atrophy, covering genetics, diagnosis, and recent therapeutic advancements. Explores disease etiology, new FDA-approved treatments, and their impact on patient outcomes.
Explore clinical and genetic risk factors for contralateral breast cancer, focusing on family history, genetic mutations, and risk prediction models. Learn to apply these insights in clinical settings.
Demystifying bioinformatics concepts in genetic testing reports, focusing on key terminology and underlying details for NGS panel and exome-sequencing tests to enhance clinicians' understanding and interpretation.
Comprehensive overview of breast cancer risk assessment using the Tyrer-Cuzick model, covering key risk factors, recent updates, and potential applications for screening and prevention strategies.
Explore how combining DNA and RNA genetic testing enhances detection of clinically-actionable variants and reduces inconclusive results in hereditary cancer testing, improving diagnostic yield.
Explore patient-driven cystic fibrosis research, focusing on exercise as treatment. Learn how the CF community designed and funded an innovative study, empowering patients to lead meaningful research initiatives.
Explore how RNA genetic testing enhances hereditary cancer diagnostics, increasing detection of actionable variants and reducing inconclusive results through concurrent DNA and RNA analysis.
Introductory overview of next-generation sequencing technologies, covering sample preparation, data analysis, and bioinformatics concepts. Suitable for beginners interested in genomic data collection and interpretation.
Explore RNA sequencing technologies and their applications in understanding and diagnosing genetic diseases, with a focus on clinical utility and advanced analysis techniques.
Explore genetic testing for neurological disorders, covering diagnosis, treatment options, and ethical considerations for pediatric and adult cases.
Overview of variant classification methods in hereditary cancer genes, focusing on TP53. Compares ACMG codes with quantitative models, providing examples of evidence calibration and data mining for gene-specific classification.
Learn to identify patients at risk for hereditary cancer, understand genetic testing benefits, and explore tools for assessment. Gain insights into cancer genetics and patient considerations for informed decision-making.
Explore UCSC Genome Browser's tools for visualizing and analyzing genomic data through an interactive demo, covering features like data tracks, multi-region browser, and personal genome snips.
Explore the family perspective on sudden death due to inherited arrhythmias, featuring healthcare providers and patient experiences, with a focus on evaluation, genetic testing, and support.
Explore epilepsy as a key symptom of Batten disease, covering diagnosis, care, and research advancements with experts Dr. Frazier and Dr. Yohay.
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