Three-Marker Shilajit Quality Test
Compare shilajit by testing its amino acids, protein, and fulvic acid
- Difficulty
- Easy
- Time to result
- ~days to results
- Steps
- 5
- Confidence
- 82%
The Three-Marker Shilajit Quality Test turns a difficult product comparison into a laboratory-evidence screen. First, obtain a batch-specific report rather than relying on packaging claims. Then compare the amino-acid profile, protein content, and fulvic-acid percentage, the three markers Reid explicitly names. Add a heavy-metal check because he separately identifies its absence as a quality feature. Finally, compare products in equivalent forms, since the episode distinguishes resin from powders with fillers. The mechanism is simple: measurable composition narrows a wide and confusing quality range before price, branding, or dosage influence the decision. This is a screening framework, not proof of efficacy; independent verification and appropriate safety advice still sit outside it.
Origin
David Reid described this test while explaining why shilajit can vary dramatically in price and composition, and how he evaluates the raw material used in his product.
Core principles
- 01Judge quality by measurable composition rather than price or format
- 02Use multiple markers because one percentage cannot describe the whole material
- 03Require laboratory evidence before accepting a purity claim
- 04Treat sourcing conditions as context, not proof of quality
How to run it
- 1
Define the comparison
Compare products in the same physical form and at the same stated dose. Separate resin from powders, gummies, or formulas containing fillers.
Pro tip Record the batch number so every result refers to the material actually being sold.
Watch out A premium price or high-altitude sourcing story is not laboratory proof.
- 2
Obtain batch evidence
Request a current laboratory report for each candidate batch. Reject comparisons built only from front-label percentages or generic certificates.
Pro tip Prefer reports that identify the sample, date, and testing laboratory.
Watch out Do not assume one report applies to every future batch.
- 3
Read the three markers
Check the amino-acid profile, protein content, and fulvic-acid percentage. Compare all three rather than selecting on one standout number.
Pro tip Put the results in a side-by-side table to expose missing tests immediately.
Watch out The episode presents these markers as Reid's quality criteria, not as an independently validated clinical score.
- 4
Check contaminants
Review heavy-metal results alongside the composition markers. A strong nutrient profile does not compensate for an unacceptable contaminant result.
Watch out A claim of zero heavy metals should be verified against the report's detection limits.
- 5
Make the screened decision
Remove candidates with missing evidence or poor contaminant results, then compare the remaining products on composition, form, dose, and cost. Keep efficacy claims separate from this raw-material quality screen.
Pro tip Document why the chosen batch passed so the decision can be repeated when suppliers change.
In the wild
A formulator receives two resin samples. Supplier A advertises a low price but provides no amino-acid profile and only a generic fulvic-acid claim. Supplier B supplies a batch-linked report covering amino acids, protein, fulvic acid, and heavy metals. The formulator removes Supplier A at the evidence gate and evaluates Supplier B further without treating the report as proof of health benefits.
→ The weaker-evidence supplier is screened out before branding or price distorts the choice.
Common mistakes
Choosing on fulvic acid alone
A single high percentage can hide missing amino-acid, protein, or contaminant evidence. Read the markers as a set.
Treating sourcing as proof
Altitude and harvesting difficulty may explain scarcity, but they do not replace a batch-specific laboratory report.
Confusing quality with efficacy
Composition screening can compare raw materials; it cannot establish that the episode's health claims are clinically true.
Is it for you?
Best for
It is best for buyers, formulators, and sourcing teams comparing shilajit products or suppliers.
Not ideal for
It is not ideal for diagnosing health effects or proving that a product's biological claims are clinically valid.
From the transcript
“the best way to test it is you test for amino acids, you test for protein content, and you test for fulvic acid.”
“most shilajit will have between 8 and 20% fulvic acid. Ours is 88%.”
“Ours has zero heavy metals.”
From the episode
Episode 540: David Reid: What 88 Nights at the Dead Sea Taught One Man About ORMUS & Shilajit
David Reid