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View dossier →Sherri Jane Tenpenny alias Dr. Root Cause
Instagram · 36770105319
Practice location
7380 ENGLE RD
CLEVELAND, OH 44130
Funnel-first framing that runs on persuasion, light on published evidence.
Oh, look at Tenpenny, the queen of tick-bite terror, preying on your fear of Lyme disease to sell you a live event that 'might' save you before the day it hits you. She's got her ND friend Kerri Simpson to borrow authority, and they're both pretending to diagnose and treat Lyme like they're MDs—classic doc bro grift, turning your anxiety into event registration leads.
High grift signals
Score breakdown
Direct answer
Often searched as Dr Sherri Jane Tenpenny. Dr. Trust Me Bro analyzed Dr. Sherri Jane Tenpenny's claim that "Lyme disease" using transcript and metadata cross-checked against academic sources. Peer-reviewed literature indicates the claim is mixed in the medical literature: There is strong, consistent evidence that Lyme disease is a well‑characterized infectious disease caused by Borrelia burgdorferi sensu lato, transmitted by Ixodes ticks, and that standard short courses (roughly 10–28 days) of appropriate antibiotics (e.g., doxycycline, amoxicillin, cefuroxime, or IV ceftriaxone for selected cases) are highly effective for most patients with early or disseminated Lyme disease. Large network meta‑analyses of randomized controlled trials (RCTs) in early Lyme (erythema migrans) show very low failure rates (about 2–4%) at 2–12 months after treatment, with no meaningful differences between commonly used antibiotic regimens or routes of administration, supporting the adequacy of standard-duration therapy.[3][4] Guidelines from major professional societies (e.g., Infectious Diseases Society of America, American Academy of Neurology, American College of Rheumatology) recommend 10–14 days for early localized disease, about 14–21 days for neurologic involvement, and up to 28 days for Lyme arthritis, with oral therapy sufficient in most situations; they conclude that these regimens usually eradicate the infection and that additional or prolonged antibiotic courses are rarely indicated.[11][14][17][20][23] NIH‑funded treatment trials and their subsequent critical review show that, in patients with persistent symptoms after standard treatment (often termed post‑treatment Lyme disease syndrome, PTLDS), repeated or prolonged IV or oral antibiotic therapy (weeks to months beyond guideline‑recommended courses) offers at best modest, transient benefit for some symptom domains (e.g., fatigue or short‑term cognitive scores) but no sustained clinically important improvement in overall function, while exposing patients to significant risks such as line infections, C. difficile, and other serious adverse events.[2][5][13][16][19][22] A reappraisal of the four major U.S. RCTs emphasizes that although two trials suggested some short‑term benefit (largely in fatigue), the balance of evidence still does not support long‑term or repeated antibiotic courses as effective disease‑modifying therapy for PTLDS.[2][5][13][19] Scholarly reviews and network meta‑analyses therefore support a model in which Lyme is effectively treated in the vast majority of cases with standard regimens, and a minority of patients go on to PTLDS where mechanisms are likely non‑infectious or not antibiotic‑responsive, aligning with major guideline statements.[3][4][13][17][18][23] Multiple high‑quality RCTs, systematic reviews, and guidance documents contradict the notion that persistent or nonspecific symptoms after appropriately treated Lyme disease are due to ongoing active Borrelia infection that generally requires months or years of additional antibiotics. NIH‑sponsored placebo‑controlled trials of prolonged IV ceftriaxone and other regimens in patients with chronic neurologic symptoms or PTLDS consistently found no durable benefit in pain, cognition, or physical function compared with placebo, and any short‑term gains (e.g., transient cognitive improvement at 12 weeks) disappeared after antibiotics were stopped, while risks remained substantial.[2][5][13][16][19][22] A widely cited evidence review notes that at least four to five randomized placebo‑controlled studies show that extended antibiotic therapy for so‑called chronic Lyme does not substantially improve long‑term outcomes and can cause serious harm, directly contradicting claims that long‑term IV or combination antibiotics are an evidence‑based standard of care.[2][13][19][22][24] Major guidelines from IDSA, AAN, and ACR explicitly recommend against prolonged or repeated antibiotic therapy for patients with persistent symptoms after standard treatment in the absence of objective evidence of active infection (e.g., new erythema migrans, meningitis, carditis, or active arthritis), stating that carefully conducted clinical trials have not shown improvement rates better than placebo and that additional antibiotics have no established role outside research settings.[11][14][17][20][23] Observational or retrospective cohort reports describing improvement with long‑term combination antibiotics in “chronic Lyme” or tick‑borne coinfections are limited by lack of randomization, placebo control, and standardized definitions; they therefore provide at most low‑quality, hypothesis‑generating data and are not considered sufficient to overturn the negative RCT evidence summarized in mainstream guidelines.[6][7][8][21] While some advocacy‑oriented reviews argue for the possibility of persistent infection and criticize the design of NIH trials, they acknowledge that robust, definitive RCT evidence for long‑term antibiotic efficacy is lacking and that the available trials cannot be generalized Deterministic PubMed cross-check found no matching indexed studies for these terms (absence of indexed evidence is not evidence against the claim).
Key findings
- Fear Mongering: The content frames Lyme disease as a catastrophic event that people only discover after suffering, creating anxiety about the 'day' it happens to you or your loved one.see section ↓
- Claim "Lyme Disease": mixed in the medical literature.see section ↓
- Claim "co-infections": mixed in the medical literature.see section ↓
- NPI registry confirms Sherri Tenpenny as Naturopath (ND) in Ohio (NPI 1558428227).see section ↓
- Dr. Sherri Jane Tenpenny shows credential inflation relative to stated vs likely credentials.see section ↓
- Against Ohio Medical Board scope rules (Ohio Medical Board), these advertised activities appear outside Dr. Sherri Jane Tenpenny's license (including conditions they merely list as ones they treat): co-infections, Alpha-Gal Syndrome, Managing Alpha-Gal Syndrome, a severe tick-bite induced allergy,…see section ↓
- 3 of 7 advertised activities fall outside permitted Physician (MD/DO) scope in OH.see section ↓
- Claim "what to do after a tick bite": only partially supported.see section ↓
Claims & evidence
3 advertised conditions or treatments fall outside their license scope. Each box leads with state-board scope notation; literature cross-check follows when we matched a specific claim. Every card carries its receipts: the quoted wording, a live source link, and an archived copy.
Dr. Sherri Jane Tenpenny is not licensed or approved by Ohio Medical Board to diagnose, treat, or cure co-infections.
co-infections
- Supports
- The core concept that co-infections (simultaneous infection with more than one pathogen) occur and can modulate disease outcomes is strongly supported by epidemiologic, mechanistic, and clinical literature. Co-infection is defined as simultaneous infection of a host by multiple pathogens, and this is recognized across microbiology and infectious disease texts and reviews as a common occurrence in humans and other hosts.[6][4][8][10][11] High-quality reviews show that co-infections can alter immune responses, pathogen replication, and clinical outcomes; for example, co-infections involving HIV, Mycobacterium tuberculosis, and hepatitis viruses are highlighted as classic instances where one pathogen worsens the natural history and complications of the other.[5] In respiratory infections, systematic reviews and meta-analyses document that viral and bacterial co-infections are frequent and can be associated with increased hospitalization and, in selected subgroups (such as preschool children), a higher risk of death compared with single infections.[1][9][13][14] Theoretical and experimental work in evolutionary epidemiology shows that co-infection changes within-host dynamics and can increase between-host transmission and virulence potential, supporting the idea that co-infections are an important driver of pathogen evolution and epidemiological patterns.[8][12] Overall, high-quality evidence supports that co-infections are common, clinically relevant, and can either worsen or modify disease severity, transmission, and outcomes.
- Contradicts
- Although co-infections are common and often clinically important, high-quality evidence does not support a blanket assertion that co-infections always worsen disease severity or outcomes. Systematic reviews of respiratory viral co-infection in children show that, despite high rates of detecting multiple viruses, the presence of more than one respiratory virus frequently has no measurable impact on key severity outcomes (ICU admission, mechanical ventilation, length of stay) compared with single infections.[1][9] Meta-analyses of specific viral combinations (e.g., SARS-CoV-2 with influenza) report no significant association between co-infection and overall mortality, and in some analyses risk of critical outcomes can even be lower in co-infected patients, suggesting that effects are context-dependent rather than uniformly harmful.[3][7] Reviews of respiratory viral co-infections emphasize that observed clinical effects are heterogeneous across virus pairs and patient populations, with some combinations associated with worse outcomes, others neutral, and some possibly protective through mechanisms like viral interference.[5][13] Thus, while co-infections can be important, the evidence contradicts any simplified claim that co-infection per se is always more severe or always the key driver of poor prognosis; impact varies by pathogens, host factors, and clinical context, and in many settings co-infection does not increase severity.
- Mainstream view
- Mainstream infectious disease and epidemiology views hold that co-infections are a well-established, common phenomenon and a critical consideration in clinical care and public health, but their clinical impact is nuanced. Co-infection is defined as simultaneous infection with multiple pathogens and is recognized in standard references and by major research centers as a routine occurrence, especially in high-risk populations and environments.[6][10][11][18] Major clinical areas where co-infections are particularly emphasized include HIV (with tuberculosis, viral hepatitis, and other opportunistic infections), respiratory infections (viral–viral and viral–bacterial co-infections), and vector-borne or tick-borne diseases, where overlapping exposures and shared vectors lead to frequent multiple infections.[5][13][14][18][21] Current evidence and expert reviews indicate that co-infections can modulate immune responses, pathogen load, transmissibility, and disease severity, sometimes leading to clearly worse outcomes (e.g., bacterial coinfection complicating viral pneumonia, HIV–TB co-disease, or certain respiratory viral combinations in young children), but also sometimes showing no additional clinical severity compared with single infections.[1][3][7][9][13][14] As a result, mainstream guidance is to systematically consider and test for co-infections in relevant clinical scenarios, incorporate them into risk stratification and treatment planning, and recognize that their impact is pathogen- and host-specific rather than universally severe. Co-infections are therefore viewed as an important, context-dependent modulator of disease, not a uniform explanation for all severe illness. Deterministic PubMed cross-check found no matching indexed studies for these terms (absence of indexed evidence is not evidence against the claim).
“co-infections”

Rule: Ohio Medical Board
Dr. Sherri Jane Tenpenny is not licensed or approved by Ohio Medical Board to diagnose, treat, or cure Alpha-Gal Syndrome.
Alpha-Gal Syndrome
No specific health claims of theirs were cross-checked against the literature.
“Alpha-Gal Syndrome”
Rule: Ohio Medical Board
Dr. Sherri Jane Tenpenny is not licensed or approved by Ohio Medical Board to diagnose, treat, or cure Managing Alpha-Gal Syndrome, a severe tick-bite induced allergy, which is outside the typical scope of naturopathic medicine..
Managing Alpha-Gal Syndrome, a severe tick-bite induced allergy, which is outside the typical scope of naturopathic medicine.
No specific health claims of theirs were cross-checked against the literature.
“Alpha-Gal Syndrome”
Rule: Ohio Medical Board
Manipulation
Fear Mongering
transcript · cited
The content frames Lyme disease as a catastrophic event that people only discover after suffering, creating anxiety about the 'day' it happens to you or your loved one. Likely motive: Drive urgency to register for the live event to 'learn what to look for before that day comes'.
“Most people don’t start researching Lyme disease until after it has affected them or someone they love.”
False Authority
transcript · cited
The host (Tenpenny, a known anti-vax ND) frames a guest (Simpson, an ND) as an authority on Lyme disease, conflating their non-MD/DO credentials with broad medical competence to treat a serious systemic infection. Likely motive: Bolster the host's brand by associating with another ND who discusses complex infectious diseases, implying both can diagnose/treat Lyme.
“with Lyme disease researcher and educator Kerri Simpson, N.D.”
Commerce & grift map
Fear of Lyme disease -> Urgency to register for live event -> Potential funnel for future consults, courses, or supplement sales. The event registration is the primary monetization step here.
No FTC-style compensation disclosure
compensationDisclosures · scan
Registration for a live event on tick bites and Lyme disease, likely a funnel for future consults or courses.
coaching_program
Host self-funnel around guest content
guestCollaboration · selfFunnel
Host routes viewers to their own consult/booking links around the guest segment.
How the money flows
- Coaching or consult upsellUndisclosed Registration for a live event on tick bites and Lyme disease, likely a funnel for future consults or courses. “Register: tickbites.drtenpenny.com”
“Register: tickbites.drtenpenny.com”
Credentials & scope
Glossary: Chiropractor (“Dr.”)
Stated: none · Likely: unverified
Verified against the federal provider registry: DO · Family Medicine · OH license 0003789.
Tenpenny uses her N.D. title to advertise diagnosing and treating Lyme disease, a serious systemic infection, which is outside the typical scope of a naturopathic license.
Permitted scope vs advertised
Ohio Medical Board · Confidence: high
Ohio physicians (MD/DO) hold a broad license to practice medicine and surgery under Ohio Revised Code Chapter 4731, with authority to diagnose, treat, and prescribe for diseases and conditions across organ systems. Family medicine is a comprehensive primary care specialty whose mainstream scope includes prevention, diagnosis, and management of common infectious diseases, chronic diseases, and immunologic/allergic conditions; physicians are expected to practice according to evidence-based standards and specialty guidelines.[1][6]
What this license permits
- general medical evaluation
- chronic disease management
- preventive care
- referral coordination
3 of 7 advertised activities fall outside permitted scope.
| Advertised | Verdict |
|---|---|
| Listed service co-infections Rule: Ohio Medical Board Not listed among permitted MD scope activities under the governing practice act. | Outside scope |
| Listed service Alpha-Gal Syndrome Rule: Ohio Medical Board Not listed among permitted MD scope activities under the governing practice act. | Outside scope |
| Managing Alpha-Gal Syndrome, a severe tick-bite induced allergy, which is outside the typical scope of naturopathic medicine. Rule: Ohio Medical Board Not listed among permitted MD scope activities under the governing practice act. | Outside scope |
Sources: Ohio Revised Code Chapter 4731 – State Medical Board; Practice of Medicine and Surgery (official), Ohio Administrative Code Chapter 4731-1 – General Provisions (limited branch vs. full medical license) (official), State Medical Board of Ohio – About the Board (official), Family Medicine Scope of Practice Overview (ABFM/ACGME-style summary)
Validated associated properties
Surfaces tied to this Doc Bro by domain, branding, or funnel routing. Third-party platforms are labeled as routes, not as owned properties.
Analyzed
- OwnedSherri Jane Tenpenny clinic / principal site (drtenpenny.com)
- OwnedLinked commerce or practice (shoptenpenny.net)
- UnverifiedOfficial site (amzn.to)
- UnverifiedLinked commerce or practice (bit.ly)
- UnverifiedThird-party platform (instagram.com)
- UnverifiedThird-party platform (x.com)
Tip the jar
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Submission DP1XqXA9zbilvYOl_BHZC
Fight disinformation
Log a public thread where Dr. Sherri Jane Tenpenny is spreading nonsense, get a copy-paste reply with this report link.
Reply snippets
Before you buy the protocol: Dr. Trust Me Bro fact-checked Dr. Sherri Jane Tenpenny's claims with peer-reviewed sources, https://drtrustmebro.com/analyze/DP1XqXA9zbilvYOl_BHZC. White-coat charisma isn't evidence.
Full DTMB scan on Dr. Sherri Jane Tenpenny: https://drtrustmebro.com/analyze/DP1XqXA9zbilvYOl_BHZC
Drop these in YouTube comments, Reddit threads, and forums, link back to this scan, not vibes.
Recent mentions (this doc)
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Nudge the Doc Bro
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Whambulance
Challenge this scan or Wall of Fame entry for Dr. Sherri Jane Tenpenny. Public log, not legal arbitration.
Public challenge log
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- Doc Bro ID: hCLbXWvCRDRpsgZYsyfn7
- Wall entry: /influencer/hCLbXWvCRDRpsgZYsyfn7
- Analysis ID: DP1XqXA9zbilvYOl_BHZC
- Source: https://www.instagram.com/p/DaQcq8Bx3n2/
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Citations
Peer-reviewed and index sources cited in this report.
- [1] Clinical Disease Severity of Respiratory Viral Co-Infection versus Single Viral Infection: A Systematic Review and Meta-Analysis
- [2] The Prevalence and Impact of Coinfection and Superinfection on the Severity and Outcome of COVID-19 Infection: An Updated Literature Review - PubMed
- [3] Impact of Coinfection With SARS-CoV-2 and Influenza on ...
- [4] Coinfection - an overview | ScienceDirect Topics