Title : Electroacupuncture-based medicament testing as a tool for exploring viral migration patterns in long Covid
Abstract:
Background: Long COVID is characterized by persistent multisystem disturbances following SARS-CoV-2 infection. Beyond organ-specific injury, emerging observations suggest that central neuro-immune–lymphatic pathways may play a key role in the evolution of post-viral dysregulation. Building on prior research using electroacupuncture-according-to-Voll (EAV) diagnostics and medicament testing (MT), we analyzed reproducible MT-derived reactivity patterns in adults with long COVID to explore whether they may reflect a sequential model of virus-associated regulatory involvement. Key elements of this model were first presented at the National Congress on Infectious Pathology (Tashkent, 2022).
Methods: Adult outpatients (aged 16–50 years) meeting clinical criteria for long COVID underwent EAV assessment to identify measurement points (MPs) with reduced electrodermal activity. These MPs were subsequently evaluated using MT with selected SARS-CoV-2-related markers, including antiviral agents. Repeated and temporally ordered reactivity patterns were analyzed to characterize the topography and sequence of regulatory interactions potentially associated with the virus.
Results: A consistent pattern was observed across patients. The earliest and most prominent alterations involved MPs associated with suprasegmental autonomic and neuroendocrine regulation, supporting primary hypothalamic activation (Day 1), clinically reflected by autonomic instability, sleep disturbance, emotional lability, and temperature variability. This was followed by reactivity of MPs associated with the deep cervical lymphatic chain (Day 2), consistent with antigen processing along regulatory lymphatic pathways. By Days 3–4, MT indicated involvement of central lymphatic structures (thoracic duct → cisterna chyli), temporally coinciding with the emergence of SARS-CoV-2-associated pneumonia. These observations suggest a sequential hypothalamic–central lymphatic cascade that precedes overt respiratory disease and culminates in post-viral dysregulation.
Conclusions: MT-derived electrodermal reactivity patterns in adults with long COVID reveal a reproducible, biologically coherent sequence of regulatory involvement, beginning at the hypothalamic level and progressing through cervical and central lymphatic pathways before pulmonary manifestation. These findings are based exclusively on EAV/MT responses without parallel laboratory confirmation and should therefore be interpreted as hypothesis-generating. Nevertheless, in the context of prior MT-based investigations, the results support the exploratory use of EAV/MT to study systemic viral dynamics and regulatory injury in long COVID.
Keywords: Long COVID; SARS-CoV-2; viral migration; hypothalamus; lymphatic system; medicament testing; electrodermal activity; electroacupuncture.
