The Advanced Environmental Panel is used where symptoms, sensitivities, or environmental complexity suggest a deeper burden that is not captured through baseline testing alone.

This level may include advanced VOC profiling, formaldehyde, benzene, toluene, xylene, aldehydes, semi-volatile organic compounds, phthalates, flame retardants, mycotoxins, ERMI and HERTSMI-2 testing, PFAS, endocrine-disrupting compounds including BPA, BPS, parabens, microplastics in air, water, or dust, plastic-associated particles and residues, indoor chemical mixture analysis, HVAC contamination, duct contamination, filter efficiency, airflow imbalance, pressure differentials, and infiltration pathways.

The Comprehensive Environmental Analysis provides a full understanding of how the environment affects the body and mind across all layers and systems.

This level may include indoor microbiome sequencing, bacterial diversity, fungal DNA analysis, radon, soil gas intrusion, ozone, reactive indoor air chemistry, ultrafine particles, combustion-derived nanoparticles, electromagnetic fields including radiofrequency radiation, electric fields, magnetic fields, dirty electricity, circadian light analysis, lux levels, flicker rate, melatonin disruption risk, acoustic analysis, reverberation time, low-frequency noise, infrasound, vibration and structural resonance, thermal gradients, airflow mapping, biofilm formation in water systems, legionella risk, aerosolized shower exposure, kitchen and cooking emissions including nitrogen dioxide and carbon monoxide, pharmaceuticals in water, expanded heavy metals, outdoor-to-indoor pollution transfer, and seasonal allergen entry.

Air testing may include particulate matter including PM1, PM2.5, and PM10, carbon dioxide, carbon monoxide, oxygen balance, volatile organic compounds, formaldehyde, benzene, toluene, xylene, aldehydes, semi-volatile organic compounds, humidity, temperature, air exchange rate, ventilation efficiency, ozone, reactive air chemistry, ultrafine particles, and combustion-derived nanoparticles.

Mold and biological testing may include mold spore analysis, surface mold sampling, mycotoxin analysis, ERMI, HERTSMI-2, moisture mapping, water intrusion detection, bacterial load, indoor microbiome analysis, fungal DNA sequencing, and ecological imbalance indicators across surfaces and air systems.

Water testing may include pH, total dissolved solids, hardness, chlorine, chloramines, fluoride, nitrates, nitrites, lead, mercury, arsenic, copper, PFAS, pharmaceuticals, microplastics, plastic-derived residue, coliforms, E. coli, legionella, corrosion analysis, biofilm formation, and aerosolized shower contaminants.

Dust and surface analysis may include heavy metals, pesticide residues, microplastics, plastic particles, flame retardants, VOC residues, mycotoxins in dust, persistent organic pollutants, polycyclic aromatic hydrocarbons, household chemical accumulation, and traffic-related contaminants that settle indoors.

Material and product testing may include VOC emissions from furniture, flooring, paint, adhesives, sealants, insulation, upholstery, mattresses, plastics, vinyl surfaces, synthetic textiles, fragrance compounds, cleaning product residues, endocrine-disrupting compounds, and flame retardants released from materials over time.

Chemical exposure testing may include bisphenols including BPA and BPS, phthalates, parabens, PFAS, hormone-disrupting compounds in dust and on surfaces, cumulative indoor chemical burden, and secondary pollutants formed through chemical interactions within the indoor environment.

Light testing may include light intensity, daylight spectrum analysis, blue light exposure, flicker rate, circadian rhythm alignment, light timing exposure, melatonin suppression risk, and light leakage in spaces used for sleep and recovery.

Acoustic and sensory testing may include noise levels, frequency analysis, reverberation time, low-frequency noise, infrasound, vibration analysis, structural resonance, and sensory stress patterns related to sound pressure and ongoing environmental stimulation.

Electromagnetic testing may include radiofrequency radiation, WiFi and wireless exposure, electric fields, magnetic fields, dirty electricity, pulsed radiation analysis, device-specific exposure mapping, and shielding effectiveness testing.

Airflow and thermal testing may include airflow mapping, draft detection, pressure differentials between rooms, infiltration and exfiltration pathways, stack effect analysis, temperature gradients, thermal comfort, HVAC performance, duct contamination, filter efficiency, and microbial growth within air systems.

Radon and ground-intrusion testing may include short-term and long-term radon analysis, soil gas vapor intrusion, sub-slab gas pressure testing, and ground-related volatile contamination pathways entering the interior environment.

Sleep-environment testing may include bedroom air quality overnight, thermal comfort during sleep cycles, electromagnetic exposure during sleep, light leakage, noise disturbance, and sensory conditions affecting overnight rest and restoration.

Kitchen testing may include cooking-related air toxins, gas stove emissions including nitrogen dioxide and carbon monoxide, food storage exposure, surface contamination, plastic container-related exposure, and residual chemical accumulation in kitchen systems and materials.

Transfer analysis may include pollution infiltration, seasonal allergen entry, urban particulate transfer, traffic-related contamination, and exterior-to-interior pathways that carry pollutants, dust, and chemical burden into the space.