- Microbiological studies: Some researchers, including microbiologist Marianne Middelveen, have used microscopy, immunostaining, PCR, and biochemical analysis to examine Morgellons fibers. These studies have reported the presence of keratin, collagen, melanin, and in some cases Borrelia burgdorferi (the Lyme disease spirochete) in patient samples
Charles E. Holman Foundation+1 (opens in new tab). We have also ty[ically found Bartonella and Babesia.
- Biofilm theory: The Morgellons Research Organization and other groups propose that the fibers may be part of a filamentous biofilm produced by bacteria such as Bacillus thuringiensis or Agrobacterium, potentially linked to chronic infections
morgellons-research.org (opens in new tab).
- Skepticism and controversy: Many mainstream dermatologists and public health agencies (including the CDC) have not confirmed a causal link between Morgellons fibers and infection. Some researchers argue the condition may be a placebo effect or delusions of parasitosis.
Scientific Methods Used
- Spectroscopic analysis: Groups like MorgellonScience document Raman, FTIR, and SEM-EDX data to characterize the chemical composition of the fibers
www.morgellonscience.com (opens in new tab).
- Taxonomic and material analysis: Researchers examine whether the fibers are organic (skin-derived) or inorganic/textile, and if they match known pathogens. In samples we have studied, infections are found in blood or tiny biopsies.
- Independent lab validation: Emphasizing multiple testing methods and independent laboratories helps avoid bias. Doctors with trivial or zero experience usually lack training on how we document the medical issues.