Health Guide

lac resin

Meet Shilajit (Lac Resin): Nature's 'Destroyer of Weakness.' This sticky, tar-like substance isn't actually a resin from insects (lac), but a potent biomass formed over centuries by the compression of plants and minerals in high-altitude mountain ranges like the Himalayas. Rich in Fulvic Acid, it acts as a powerful 'mineral transporter,' helping your cells absorb nutrients more efficiently. Think of it as the earth's concentrated energy source, designed to combat fatigue and support overall vitality.
Evidence BasedDietary Supplement
lac resin
VERIFIED SOURCE

Bio-Activity Analysis

Fulvic Acid Content Comparison

SCIENTIFIC DATA VISUALIZATION

Y-Axis
Concentration (mg/g)
Source

Health Benefits & Sources

Why You Need It

  • Boosts Natural Energy: Increases ATP (cellular energy) production to fight chronic fatigue.
  • Enhances Brain Function: Supports memory, focus, and may protect against cognitive decline.
  • Improves Testosterone & Fertility: Clinically shown to support healthy testosterone levels and sperm count in men.
  • Promotes Youthful Skin: Its high antioxidant content helps protect cells from free radical damage.

Deep Dive

Shilajit works primarily through Fulvic Acid, a humic substance that makes up 60-80% of its content. Fulvic acid is an electrolyte that helps transport minerals and nutrients across cell membranes. Without it, nutrients often pass through the body unabsorbed. By facilitating this transport, Shilajit helps reduce physical exhaustion and mental fog. It also contains over 84 minerals in their ionic state, making them highly bioavailable. It is an adaptogen, meaning it helps your body manage stress and return to balance.

Natural Food Sources

Shilajit is unique because it is not a standard fruit or vegetable. It is a mineral pitch formed in rocky cliffs. However, the closest dietary analogs that provide similar mineral density are sea vegetables and specific roots.

FoodAmount% DV (Mineral Density)
Shilajit Resin300mg40% (Fulvic Acid)
Spirulina1 tbsp15% (Protein/Iron)
Himalayan Salt1 pinch10% (Trace Minerals)
Beet Root1 cup8% (Nitrates)

Supplementation

Since Shilajit is a geologic substance, it is almost always taken as a supplement rather than a food.

  • Form: Look for Pure Resin (sticky tar) rather than capsules, which often contain fillers.
  • Dosage: The standard dose is 300mg to 500mg per day.
  • How to take: Dissolve a pea-sized amount in warm water, milk, or tea and drink. Do not take with chlorine water (it reacts chemically).

Top Food Sources

Shilajit Resin
300-500mg per dose
Spirulina
Rich in minerals
Himalayan Pink Salt
Trace minerals
Blackstrap Molasses
Iron/Magnesium
Seaweed (Kelp)
Iodine/Minerals

Frequently Asked Questions

Technically, 'Lac' refers to shellac (insect resin). However, in some regions, Shilajit is colloquially called 'tears of the mountains' or rock resin. It is biologically distinct from shellac; Shilajit is a humic mineral biomass, not an insect secretion.
Many users report a boost in energy within a few days, but significant changes in testosterone or cognitive function usually require 8 to 12 weeks of consistent daily use.
Yes. While famous for male testosterone, it helps women with energy levels, bone health, and skin health. It is generally safe for women unless pregnant or breastfeeding.
Yes. It can interact with blood-thinning medications (like Warfarin) and blood pressure medications due to its effects on circulation and pressure. Consult a doctor if you are on prescription meds.

Safety & Side Effects

Who should avoid it?

  • People with hemochromatosis (iron overload), as Shilajit is rich in iron.
  • Those with low blood pressure, as it may lower it further.
  • Men with active prostate cancer (due to testosterone effects).

Safety & Purity: Raw, unprocessed Shilajit can contain heavy metals and fungus. ALWAYS buy purified Shilajit (tested for heavy metals and fulvic acid content). Do not take if you have an allergy to bees or honey (some processing involves bee products).

Scientific References

  • [1]https://www.ncbi.nlm.nih.gov/pmc/articles/PMC3823364/ (Effect on Physical Performance)
  • [2]https://www.ncbi.nlm.nih.gov/pmc/articles/PMC5060599/ (Effect on Testosterone Levels)
  • [3]https://pubmed.ncbi.nlm.nih.gov/19781622/ (Antioxidant Properties)