Every scan came back "nonspecific." Worked up for MS, lupus, RA — and told, again, it was stress.
The Recovery Roadmap
The tests, the questions, the roadmap — free.
Everything I found after six years of dead ends: the at-home labs that finally gave me data, how to find a doctor who takes this seriously, and where I went. Not medical advice. A starting point.
Came from a comment? This is the same roadmap I DM'd you — save it here.
01
The six-year version
The short version is on the poster above. Here's the long one — the six years it actually took to get from “it's in your head” to a name, a plan, and a way back.
01 · How it started
A tired that sleep couldn't touch
It began quietly — fatigue, brain fog, a low hum of wrong I kept explaining away as stress. I was busy. Everyone's tired. So I pushed through, for longer than I should have.
02 · The spiral
One body, every system
Then it spread. Double vision and vertigo. Numbness in both arms and legs. Migrating joint pain. Heart palpitations. Sleep that stopped working. It was never one thing — it was everything, at once.
03 · The mind, too
I thought I was losing myself
Crying spells that lasted days. Mood swings I couldn't steer. Zero emotional control. The scariest part wasn't the pain — it was feeling like I couldn't trust my own brain.
04 · The dead ends
“Nonspecific.”
Every scan came back nonspecific. I was worked up for MS, lupus, RA — specialist after specialist. And more than once the verdict was the same: it's anxiety, it's stress, it's in your head.
05 · The turn
I stopped being dismissed and started being worked up
The turn wasn't a new symptom — it was a decision. The problem wasn't my body lying to me; no one had run the right tests. So I stopped accepting “it's in your head” and went looking for the data.
06 · The workup
One panel changed the whole map
In June 2025 I ran a full integrative workup through Envita — five reports, read as one story. A comprehensive Tickborne 2.0 panel instead of the standard two-tier: Lyme across strains, the bacterial co-infections, the viral load underneath, mold, gut, methylation. The whole battlefield, on one sheet.
07 · What lit up
Not lupus. Not “nothing.” Lyme.
The autoimmune panel came back clean — ruling out lupus and RA, the meaningful negative I'd chased for years. What lit up instead was the real answer: neurological Lyme. My immune system had built antibodies against Borrelia across multiple strains, plus a stack of co-infections and two viral markers running high — hard proof these organisms had been in my body and my body had been fighting them. Layered under it: two elevated mold toxins and a gut and methylation picture.
08 · Day zero of the climb back
A name, and a way forward
The reason the antibodies read as long-standing is exactly the point: this had been in me for years while everyone looked at the wrong thing. Six years of “nonspecific” finally had a name. I'm treating it, still rebuilding — and for the first time, climbing with a map instead of in the dark.
02
My baseline: what the panel found
Vibrant Tickborne 2.0 + integrative workup · collected June 2025 · ordered through Envita · five reports, one story
These are my real results, shared for transparency. The bands are the lab's own — in control ≤ 10, moderate 10.1–20, risk 20+. Read together, five panels told one story instead of five: neurological Lyme, the co-infections that ride in with it, and the viral and mold load stacked underneath.
In control ≤ 10Moderate 10.1–20Risk 20+
Panel · Borrelia (Lyme)
Lyme isn't one bug
B. burgdorferiModerate
B. bavariensisModerate
B. spielmaniiModerate
Six antigens — C6, VlsE1, p34 / p39 / p58, crude B31 — all in the moderate band. A single two-tier test misses this spread.
Panel · Viral load
The viruses that wait
Epstein-Barr (EBV)Risk
Parvovirus B19Risk
Herpes simplex (HSV-1)Moderate
The strongest signals on the whole workup were viral — the reactivation pattern of an immune system under load.
Panel · Co-infection
The hitchhikers
Bartonella henselaeModerate
Mycoplasma pneumoniaeModerate
Streptococcus AModerate
Small on their own. Stacked on Lyme and a viral load, each is another brick in a backpack you didn't know you had on.
Panel · Mycotoxins
The mold underneath
Citrinin / DHCHigh
Ochratoxin AHigh
Two elevated mold toxins standard bloodwork never checks — mold runs alongside tick-borne illness more often than it gets caught.
Also flagged
Under the infections
Secretory IgA · gutLow
Bacteroidetes · gutHigh
Homocysteine · methylationHigh
The downstream picture — reduced mucosal defense, a shifted microbiome, one elevated methylation marker.
The meaningful negatives
What it wasn't
Autoimmune / CTDClear
Babesia · Anaplasma · EhrlichiaNegative
All PCR · active DNANot detected
A clean autoimmune panel ruled out lupus and RA. PCR looks for live bacteria in the blood — routinely negative by the time Lyme is this established and hiding in tissue, so it takes nothing away from the antibody proof above.
What the numbers actually mean
The antibodies are the proof: my body built a response to Borrelia across strains and a stack of co-infections — these organisms were in my system, and neurological Lyme is what it added up to. A negative PCR (active-DNA) test doesn't undo that; in late, disseminated Lyme the bacteria hide in tissue and rarely show up in a blood draw. Read together, these panels named what six years of scans couldn't. My labs, shared for transparency. Not a diagnosis, not medical advice.
03
The at-home tests I found
Specialty panels you can order and run from home, most with a finger-prick or urine sample you mail back. They catch what standard bloodwork misses. Pricing shifts — confirm at the source. I found most of mine through Farmacy.com.
Tickborne Panel 1.0 / 2.0
~$799–$1,597
Dried blood spot at home. Borrelia (Lyme) plus co-infections — Bartonella, Babesia, Anaplasma. The category that would have caught mine.
The hardest part isn't the test — it's finding someone trained to read it and treat the root cause. Start here, and ask on the first call: do you test for tick-borne co-infections and mold? Are you familiar with ILADS protocols? Will you review outside labs?
Lyme, Bartonella, Babesia, EBV and mold-related illness aren't one disease — they hit multiple biological systems at once: persistent immune activation, chronic inflammation, oxidative and mitochondrial stress, endothelial and connective-tissue injury, gut-barrier breakdown. That's why the research on these compounds is organized by mechanism, not by diagnosis. Below is how I've come to group it.
What the evidence actually says
No peptide is an established, proven treatment for Lyme, Bartonella, Babesia, EBV or mold illness in humans. Much of this is preclinical or early-stage — mechanistic hypotheses, not cures. This is a research map to explore with a clinician, not a protocol.
Immune regulation
Thymosin Alpha-1 (Tα1)
Studied extensively for immune modulation in chronic viral infection and immune dysfunction — T-cell function, innate immunity, and the chronic viral immune response (with theoretical relevance to EBV persistence).
Tissue & joint repair
BPC-157 · TB-500
Animal research on tendon, ligament, gut and soft-tissue healing (BPC-157) and on wound healing, angiogenesis and connective-tissue repair (TB-500) — where chronic inflammation drives secondary musculoskeletal symptoms.
Neuroinflammation
Selank · Semax
Investigated for neuroimmune signaling and anxiety models (Selank) and neuroprotection and BDNF signaling after neurologic injury (Semax). No established evidence in tick-borne illness specifically.
Mitochondrial / energy
MOTS-c · Humanin · SS-31
Chronic infection often involves mitochondrial dysfunction. These are studied for oxidative stress, ATP production and mitochondrial protection (SS-31 / Elamipretide is the most clinically advanced).
Inflammatory signaling
KPV
An alpha-MSH fragment investigated in inflammatory bowel disease and inflammatory signaling — TNF-α, IL-1 and NF-κB pathways.
Vascular & remodeling
GHK-Cu · ARA-290
Some chronic infections involve endothelial dysfunction. GHK-Cu is studied for tissue remodeling; ARA-290 as an innate-repair-receptor agonist.
Host defense (antimicrobial)
LL-37 · Defensins
The body's own antimicrobial peptides — cathelicidins and defensins — with demonstrated lab activity against bacteria, fungi and some viruses. An active research area, not an established therapy.
Where I source mine
Research-grade peptides from Teton Labs.
Many of the compounds above are available to research and purchase directly through Teton Labs. Still not medical advice — pair anything you explore with a clinician who knows your labs — but if you want to go deeper, this is where I go.
I was diagnosed and treated at Bioadvanced Medical Center in Tijuana, Mexico — an out-of-country, cash-pay integrative center. That was my own choice for my own body. If you explore international care, do your own diligence: verify credentials, ask hard questions, and loop in a provider you trust. What's right for me may not be right for you.
Bioadvanced Medical Center
Tijuana, Mexico · Cash-pay
A holistic, integrative medical center focused on healing the body and mind through innovative medicine — the center where I was diagnosed and treated. Shared as transparency, not a recommendation; verify credentials and decide with a provider you trust.
Get the data · Find your people · Stay Bold. Stay Inspired.
A note, honestly: This is my personal experience and the resources I found, shared to help you advocate for yourself. It is not medical advice, and I'm not a doctor. Nothing here is a diagnosis or a treatment plan, and no product is being sold to you. Tests, providers, and treatments carry real considerations, so please make decisions with a qualified clinician who knows your history and your labs. Prices and lab availability change; confirm current details at the source.
