In April 2026, a preprint appeared on bioRxiv with a title that got a lot of people’s attention: Metagenomics reveals a phylogenetically informed microbial signature associated with Morgellons disease. The authors, Andrea Nicole Lambert and William Kindschuh, ran deep metagenomic sequencing on lesion samples and unaffected skin from five members of a single family, all reporting Morgellons symptoms. It is, as far as I can tell, the first time anyone has pointed this particular tool — deep shotgun sequencing of everything genetic in a sample — at Morgellons lesions. In effect, it’s the first Morgellons metagenomic study of its kind.
morgellons research
Beneath the Surface: What Morgellons Histology Shows—and What It Doesn’t
Morgellons disease is usually discussed as a disease of fibers. Under the microscope, however, the more difficult questions concern the skin producing, surrounding, or containing those structures. Published reports describe altered epidermal architecture, abnormal hairs and filaments, comedo-like masses, and thickened follicular casts. None of this proves why Morgellons patients experience stinging, pressure, crawling, or the persistent sensation that something must be removed from the skin. It does raise a question that dermatology has barely studied: what was present at the site before the patient began manipulating it?
Morgellons Agrobacterium: What Dr. Vitaly Citovsky Actually Said
Morgellons Agrobacterium claims have circulated for years, especially in discussions about GMO crops, genetic transformation, and unusual skin filaments. The theory usually begins with a real scientific observation: Agrobacterium tumefaciens can transfer DNA under certain laboratory conditions. However, some online discussions take a much larger leap by claiming that Agrobacterium must explain Morgellons disease and the formation of keratin and collagen filaments.