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Shilajit

Tar-like mineral-organic resin from Himalayan/Caucasus/Altai rocks, used in Ayurveda for ~3,000 years and now sold globally as a "mitochondrial adaptogen + testosterone booster." The pharmacology i…

Aliases (1)
SHILAJIT
TYPICAL DOSE
250–500 mg/day of purified, standardized shilaj…
ROUTE
CYCLE
STORAGE

Overview

What is Shilajit?

Tar-like mineral-organic resin from Himalayan/Caucasus/Altai rocks, used in Ayurveda for ~3,000 years and now sold globally as a "mitochondrial adaptogen + testosterone booster." The pharmacology is real — fulvic acid + dibenzo-α-pyrones (DBPs) + ~85 trace minerals support a credible mechanism for ATP-cycling and mild steroidogenic effects — but the evidence base is thin (one good RCT, n=75 middle-aged men, industry-funded) and the sourcing risk is the entire story: raw, unpurified shilajit is routinely contaminated with arsenic, lead, mercury, and mycotoxins at levels that make it net-harmful. Only purified, third-party-tested product (PrimaVie® or equivalent) is acceptable. Dose 250–500 mg/day. For Dylan (20yo MMA athlete with already-normal testosterone) it's OPTIONAL — modest expected upside, the sourcing-discipline burden is the real cost.

Pharmacokinetics

·
PeakHalf-life
Approximate curve — visual aid only, not data-precise PK

Research Indications

Most Effective

Fulvic acid: 50–80%

small, redox-active humic-fraction molecules with both phenolic and carboxylic groups. The dominant bioactive.

Effective

Humic acid: ~15%

larger, less-absorbable humic fraction; antioxidant.

Investigational

Dibenzo-α-pyrones (DBPs) + DBP-chromoproteins: 5–20%

small lactone molecules unique to shilajit and the proposed steroidogenic agent.

Investigational

Trace minerals: 3–5%

iron, zinc, magnesium, copper, manganese, selenium, calcium, and ~80 others in trace amounts.

Investigational

Heavy-metal contaminants (in raw product): variable

arsenic, lead, mercury, cadmium, chromium. Purified product brings these below regulatory limits; raw product frequently doesn't.

Peptide Interactions

CoQ10 (100–200 mg/day):
Synergistic

The natural pairing. Shilajit's fulvic acid recycles CoQ10 between ubiquinone and ubiquinol states; co-administration produces additive effects on mitochondr…

Creatine monohydrate (5 g/day):
Synergistic

Both support ATP regeneration via different pathways (creatine = phosphocreatine reserve; shilajit = oxidative phosphorylation efficiency). No interaction, a…

Zinc + magnesium:
Synergistic

Fulvic acid improves mineral absorption; pairing with Zn + Mg is sensible for athletes who tend toward deficiency. Already in V4.

Tongkat Ali (Eurycoma longifolia):
Synergistic

The classic "natural T booster" pair. Tongkat ali lowers SHBG (raising free T); shilajit raises total T production. Mechanistically distinct, additive on the…

Ashwagandha:
Synergistic

Both have testosterone-supportive signals; ashwagandha primarily via cortisol reduction, shilajit via direct steroidogenic enzyme upregulation. Plausibly add…

Vitamin D3 + K2:
Synergistic

Vitamin D status is the strongest single modulator of testosterone in deficient men — fix D first, then layer shilajit. Already in V4.

L-citrulline / arginine:
Synergistic

Cardiovascular + erectile-function adjuncts; no interaction with shilajit, plausible additive for libido-focused stacks.

Levothyroxine / liothyronine (Synthroid, Cytomel):
Avoid

Mineral content + fulvic-acid chelation reduces thyroid hormone absorption. Separate by 4+ hours if both needed. Monitor TSH if starting or stopping shilajit…

Iron supplements at high dose, especially in hemochromatosis carriers:
Avoid

Compounds iron-overload risk. If iron supplementation is needed, separate timing and re-check ferritin/transferrin saturation.

Lithium:
Avoid

Theoretical concern via renal/electrolyte modulation; monitor lithium levels if introducing shilajit (rare relevance, but flagged in interaction reviews).

Warfarin / anticoagulants:
Avoid

Theoretical CYP modulation + trace vitamin K content in unrefined product. Monitor INR if combining. DOACs (apixaban, rivaroxaban) — less concern given diffe…

MAOIs (tranylcypromine, phenelzine):
Avoid

Theoretical sympathomimetic concern given uncharacterized DBP content. Low-evidence flag; if Dylan ever ends up on an MAOI, drop shilajit.

What to Expect

  • Week 1
    Tolerability and dose-response.
  • Week 2-4
    Early effect window.
  • Week 4-8
    Peak benefit assessment.
  • Week 8+
    Cycle decision point.

Side Effects & Safety 7

Side Effects

  1. 1GI upset — nausea, mild stomach discomfort, especially on empty stomach. Resolves with food.
  2. 2Metallic / bitter taste — characteristic of resin form. Mostly cosmetic.
  3. 3No felt effect — not a side effect per se, but the most common outcome.
  4. 4Anxiety / restlessness / insomnia — at higher doses or in sensitive individuals. Reduce dose or stop.
  5. 5Headache — usually transient, first 1–2 weeks.
  6. 6"Brain fog" or paradoxical fatigue — reported by ~3% of dopamine.club users; mechanism unclear.
  7. 7Loose stool / mild GI upset — common with resin form, less so with encapsulated powder.

When to Stop

  • Heavy-metal accumulation from unpurified product (the dominant chronic risk). Raw shilajit from unverified sources has tested at 5–80× regulatory limits for arsenic, lead, and mercury. Chronic exposure causes neurotoxicity, nephrotoxicity, hematologic disruption, cardiovascular damage. This is not a hypothetical — multiple case reports document heavy-metal toxicity from "natural" shilajit. The Stohs 2014 review and FDA import alerts on adulterated Ayurvedic products are the key references. Buy only purified, COA-verified product.
  • Iron overload in HFE C282Y homozygotes / hereditary hemochromatosis carriers. Shilajit contains iron and fulvic acid facilitates iron absorption — a small additional iron load that's irrelevant in normal individuals but compounds an existing absorption problem in hemochromatosis (1 in 200–300 Northern European descent). Anyone with family history of hemochromatosis, unexplained high ferritin/transferrin saturation, or known HFE genotype should screen before starting. 23andMe HFE variants are reportable and worth checking when Dylan's results land in June.
  • Hypotension — purified shilajit has mild blood-pressure-lowering effect. Synergistic with antihypertensives; usually not clinically meaningful in normotensive users.
  • Drug interactions — see below; clinically meaningful with levothyroxine (mineral-chelation), warfarin (CYP/vitamin K speculation), lithium (renal effects).
  • Allergic / hypersensitivity reactions — rare; case reports of skin rash or itching.
  • Bleeding / coagulation effects — theoretical; mostly speculative given limited mechanism evidence.
  • Week 1–2: GI / tolerability adjustment. If nausea persists beyond 2 weeks, drop dose or switch form.
  • Week 1–4: anxiety / sleep monitoring. Some users get jittery — likely DBP-driven. Reduce dose or stop.
  • Month 1: subjective response check. If no positive effect by week 6–8, the upside is unlikely to materialize. Discontinue rather than escalate dose.
  • Month 3: ferritin + transferrin saturation re-check if any baseline iron-elevation. Catch incipient iron overload before it's clinically significant.

References

Pandit et al. 2016 — Clinical evaluation of purified shilajit on testosterone in healthy volunteers (Andrologia)

pubmed.ncbi.nlm.nih.gov · 2016

the cornerstone RCT; 90-day PrimaVie 500 mg/day in 45-55 yo men, ~20% T increase.

View Study

Biswas et al. 2010 — Clinical evaluation of spermatogenic activity of processed shilajit in oligospermia (Andrologia)

pubmed.ncbi.nlm.nih.gov · 2010

200 mg b.i.d. for 90 days in infertile men; sperm + testosterone increase.

View Study

Stohs 2014 — Safety and efficacy of shilajit (Mumie, Moomiyo) (Phytotherapy Research)

pubmed.ncbi.nlm.nih.gov · 2014

comprehensive safety review establishing the purified-vs-raw distinction.

View Study

Carrasco-Gallardo et al. 2012 — Shilajit: a natural phytocomplex with potential procognitive activity (International Journal of Alzheimer's Disease)

pubmed.ncbi.nlm.nih.gov · 2012

mechanistic + cognitive review highlighting fulvic acid tau-disaggregation.

View Study

Cornejo et al. 2011 — Fulvic acid inhibits aggregation and promotes disassembly of tau fibrils (J Alzheimers Dis)

pubmed.ncbi.nlm.nih.gov · 2011

mechanistic Alzheimer's-relevant cellular work.

View Study
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