Silent Sickness:
Beyond Mould.
Looking strictly for mould means missing 70%+ of the active neurotoxic threat. Water-damaged environments release an intricate cascade of Gram-negative bacteria, Actinomyces, mycotoxins, endotoxins, and microbial VOCs that bypass standard testing.
"Rain, humidity, and high temperatures are perfect breeding grounds... but bacteria can develop in just two to three hours after water damage."
Vince Neil, Mycotox Expert
Concerned about a water-damaged building?
Book a free 15-minute phone consultation. We will talk through your symptoms, your environment, and the right forensic testing pathway.
Our Forensic Microbial Inspection Methodology
At Mycotox, our forensic home and building investigations focus on all causative agents of environmental illness. Here is our detailed diagnostic protocol.
Visual & Moisture Inspection
Meticulous investigation of building structures (exterior and subfloors). For brick homes, we physically inspect rendered/painted-over weep holes which cause extreme moisture content in wall cavities. We check carpets, sub-flooring, and pull back wall outlets to view interior plasterboards.
DNA-Based Species Testing
Instead of relying on visual assessments or outdated culturing methods (which underestimate critical pathogenic species like A. ochraceus, A. penicillioides, and A. versicolor), we conduct Next Generation Sequencing and MSQPCR (DNA testing) on collected dust specimens.
Bacterial & Cyanobacteria
Because Actinomyces and lipopolysaccharide (LPS) endotoxins are responsible for over 70% of CIRS cases, we screen for bacterial species and airborne Cyanobacteria (blue-green algae), which are heavily linked in medical studies to Motor Neurone Disease (MND) and ALS.
Scientific Data from Forensic Dust Samples
This real-world example outlines the qualitative difference of an ERMI/qPCR testing report compared to old-school air testing.
Legal Expert Witness Services for Environmental Disputes
Mycotox provides forensic, legally admissible scientific investigations to defend Australian families and businesses when claims are rejected by insurers. We supply lawyers and barristers with rock-solid evidence establishing cause, effect, and neurological impact.
Vince Neil
Expert Microbial Witness, Australia
"In Australia, the standard loss assessment methodology is tragically flawed. We do not engage in 'guessology'—we utilize pure Next Generation DNA Sequencing and GrayWolf TVOC sensors to build airtight legal cases."
The Comprehensive CIRS Remediation Checklist
If you are affected by Chronic Inflammatory Response Syndrome (CIRS) or MCS, normal cleaning methods will re-aerosolize biotoxins. Follow our expert remediation framework below.
Structural & Air Decontamination
- HVAC Isolation: Immediately seal up air-conditioning and heating ducts until complete building decontamination is completed to avoid re-distribution.
- HEPA Vacuuming & Vinegar Wash: Wash down hard surfaces with an 80% white vinegar, 20% water solution. Normal chemical formulas often trigger Multiple Chemical Sensitivity.
- Personal Protective Equipment (PPE): Wear high-grade masks, eye protection, and full Tyvek coveralls when cleaning to prevent skin contact and respiratory intake of fragmented pathogens.
Salvageable vs Non-Salvageable Assets
- Porous Items: Mattresses, upholstered bedheads, and normal couches once contaminated with deep biotoxins cannot be decontaminated. Dispose of these items.
- Hard & Semi-Hard Surfaces: Metal, glass, and sealed hardwood can be vacuumed with a true HEPA system and hand-wiped with clove oil and white vinegar.
- Books & Documents: Intrinsic cellulolytic fungi like Chaetomium globosum degrade paper fibers. These require highly specialized, expensive preservation.