Pulmonary Testing

What Is Pulmonary Testing?

Inherited pulmonary diseases encompass a variety of lung disorders that often share overlapping symptoms. These conditions can impact the airways (such as cystic fibrosis and primary ciliary dyskinesia), lung tissue (pulmonary fibrosis, Birt-Hogg-Dubé syndrome, tuberous sclerosis), and pulmonary vasculature. Many of these rare lung diseases appear from birth up to around age 60 and can be serious, chronic, and debilitating. Accurate diagnosis is crucial, as these conditions often require long-term and costly treatments. Using NGS-based genetic testing, healthcare providers can achieve rapid and precise diagnoses, enabling early and personalized interventions.

How Will I Benefit?

Genetic testing is a highly effective method for subtyping hereditary pulmonary diseases, providing critical information for personalized treatment and management. For example, variations in the CFTR gene, which cause cystic fibrosis, are specifically targeted. Beyond cystic fibrosis, pinpointing the exact genetic defect in any hereditary lung disease is essential for accurate genetic counseling and risk assessment. Identifying at-risk family members allows for early preventive measures, lifestyle recommendations, and regular medical monitoring. Additionally, genetic diagnostics play an important role in family planning and informed healthcare decisions.

What We Offer

MoonMD offers a Comprehensive Pulmonary Panel, analyzing 62 genes, including non-coding variants, carefully selected from scientific literature, mutation databases, and our expertise.
We deliver one of the most comprehensive clinical reports on the market. Interpretation requires a deep understanding of clinical genetics, which is why our team of PhD molecular geneticists, medical geneticists, and clinical consultants collaboratively evaluates the identified variants alongside the phenotypic information provided.
Our goal is to provide clinically meaningful, easy-to-understand reports for all healthcare professionals, regardless of their genetics background.