In his Substack article titled "What We Now Know About COVID Vaccine Shedding," the pseudonymous "Midwestern Doctor" (a practicing physician known for detailed critiques of mainstream COVID narratives) compiles extensive anecdotal reports, patient observations, leaked documents, and selected studies to argue that vaccine shedding is a real and under-acknowledged phenomenon, particularly with mRNA COVID-19 vaccines. The piece builds on years of reader-submitted stories and earlier writings, asserting that proximity to recently vaccinated or boosted individuals can transmit spike protein, exosomes, or other components, causing symptoms in unvaccinated or previously affected people. The author frames this as evidence of deeper flaws in the rushed mRNA platform, including skipped safety testing and suppressed signals of harm.

The article is empathetic toward affected individuals (many stories describe life-altering changes, relationship strains, or job losses due to sensitivity) while sharply critical of public health authorities, pharmaceutical companies, and media for gaslighting reports and prioritising rollout over rigorous investigation.

Core Claims and the Shedding Phenomenon

The central thesis: Unlike traditional vaccines, mRNA shots instruct cells to produce spike protein, which can be shed via breath, skin contact, sweat, or other routes (possibly through exosomes or plasmid DNA contaminants). This exposure can trigger flu-like, inflammatory, neurological, menstrual, or circulatory symptoms in sensitive people — often milder and shorter-lived than direct vaccine injury or long COVID, but sometimes severe.

Key patterns from over 1,500 collected reports (plus Pierre Kory's observations):

Onset and timing: Symptoms frequently appear within hours to 3 days of close exposure (e.g., same household, intimate contact, crowded spaces). Effects can peak shortly after vaccination/boosters and wane over time, though some report longer persistence.

Common symptoms:

oMenstrual irregularities (heavy bleeding, clots, decidual casts, irregular cycles, postmenopausal bleeding) — backed by MyCycleStory survey data showing strong associations in unvaccinated women exposed to vaccinated contacts.

oFlu-like illness: Headaches (sometimes migraine-like or "nail through temple"), fatigue, body aches, sinus issues, cough, night sweats.

oNeurological: Tinnitus, dizziness, brain fog, internal vibrations.

oSkin/immune: Rashes, shingles/herpes reactivations, autoimmune flares.

oCirculatory/bleeding: Nosebleeds, bruising, unusual bleeding; in rarer cases, more serious events like clots or heart issues.

Routes: Respiratory proximity, skin-to-skin, shared objects/surfaces; secondary shedding (e.g., via intermediaries) is mentioned.

Susceptibility: Higher in those with chemical sensitivities, hypermobility, prior injuries, or certain genetic factors (e.g., MTHFR). Not everyone reacts; dose and individual factors matter. Rare pet reports are noted but not heavily emphasised.

The author stresses that patterns across independent datasets (reader comments, clinical observations) are "congruent," making coincidence unlikely. He initially downplayed shedding to focus on other harms but later found the evidence too consistent to ignore.

Supporting Evidence Cited

Anecdotal volume: Hundreds of detailed stories with consistent timelines and symptom clusters.

Menstrual data: Multiple 2022 studies showing high rates of cycle changes post-vaccination; MyCycleStory IRB-approved survey linking many cases in unvaccinated women to vaccinated exposure.

Persistence studies: Yale research detecting spike protein up to 709 days post-vaccination.

Regulatory leaks: EMA documents from 2020 raising concerns about variants and skipped safety studies; Pfizer protocols acknowledging potential exposure risks to pregnant women via inhalation/skin contact (suggesting awareness of shedding-like mechanisms).

Gene therapy parallels: mRNA vaccines were classified as gene therapies yet bypassed standard shedding, genotoxicity, and integration testing required for others (e.g., examples of shedding in tears, semen, or faeces for approved gene therapies).

Microbiome and contaminants: Reports of plasmid DNA/SV40 sequences and gut microbiome shifts potentially enabling indirect transmission.

The piece also discusses broader vaccine concerns: turbo cancers, sudden deaths, immune suppression, and loss of public trust in medicine (dropping from ~71% in 2020 to ~40% by 2024).

Nuances, Mechanisms, and Limitations Acknowledged

The Midwestern Doctor is not purely alarmist. He notes:

Symptoms are often temporary and self-resolving.

Mechanistic explanations (exosomes most likely, plasmids secondary) remain hypotheses; the article critiques the "if no agreed mechanism, it doesn't exist" trap in modern science.

Not all vaccinated people shed equally; effects vary by batch, dose, time since injection, and recipient sensitivity.

Overlap with long COVID or other inflammatory conditions makes attribution challenging in some cases.

He calls for more rigorous data collection rather than outright dismissal or acceptance.

Critiques of Authorities and Pharma

The article accuses FDA, CDC, and pharma of ignoring trial injuries, censoring menstrual/shedding discussions, and gaslighting patients. It highlights how mRNA tech was rushed with contaminants and without full shedding studies, contrasting this with stricter rules for other gene therapies. Mandates are called especially unethical because they could indirectly harm the unvaccinated without consent.

The Midwestern Doctor's piece is a detailed, patient-centred deep dive that amplifies voices often sidelined in official narratives. It raises legitimate questions about transparency, rushed deployment of novel mRNA technology, menstrual effects, and potential environmental/exposure risks that deserved (and still deserve) more open scientific scrutiny rather than reflexive debunking.

Five years on, the COVID vaccine story illustrates medicine's recurring challenge: balancing rapid innovation against unknown long-term effects, especially under emergency conditions and institutional pressures. Public trust suffered partly because early "safe and effective" messaging left little room for nuance or evolving evidence.

Practical takeaway from the article: Sensitive individuals may benefit from awareness of timing around vaccinated contacts, supportive treatments (e.g., anti-inflammatory approaches like DMSO mentioned), and avoiding boosters if risks outweigh benefits personally. Broader lesson: Demand better post-marketing surveillance, transparent data, and humility from all sides.

https://www.midwesterndoctor.com/p/what-we-now-know-about-covid-vaccine