Trusted Hair Disease Testing with Molecular Precision
Our laboratory evaluates fungal and dermatophyte pathogens affecting scalp and hair conditions through centralized molecular analysis. As one of the trusted hair testing labs in Texas, Well Health Labs delivers accurate testing to help identify underlying causes of hair and scalp disorders — so you and your clinician can make informed treatment decisions.
Fungal & Dermatophyte Pathogens
Our hair disease panel uses molecular diagnostics to identify the specific fungal and dermatophyte organisms causing scalp and hair conditions.
Dermatophyte Panel
Fungal Hair & Scalp PathogensDermatophytes are the primary fungal organisms responsible for scalp ringworm (tinea capitis) and related hair shaft infections. Our panel targets the most clinically relevant species.
Comprehensive Fungal
Extended Pathogen CoverageBeyond classic dermatophytes, scalp conditions may involve yeast-like fungi and other organisms. Our extended panel covers these additional targets for thorough diagnosis.
Hair Testing Labs You Can Rely On
If you're searching for hair testing labs near you, Well Health Labs provides centralized molecular analysis to accurately identify the underlying causes of hair and scalp disorders — delivering results your dermatologist or clinician can act on with confidence.
Choose How You Get Tested
Use our booking form to arrange walk-in testing or request professional home collection at your convenience.
Walk-In
collection fee per visit
Visit our Houston or Dallas lab for professional specimen collection.
Book Walk-InIn-Home (30 mi)
travel fee + sample collection
Mobile specialist dispatched to your location within 30 miles.
Book Home VisitIn-Home (50 mi)
travel fee + sample collection
Extended range mobile collection for patients within 50 miles.
Book Home VisitIdentify the Cause of Hair & Scalp Disorders
Don't guess — get clear answers with molecular-level hair disease testing from a trusted diagnostic lab. Schedule your test today or walk in at our Houston or Dallas location.