Few natural substances can claim a documented history of continuous use spanning three millennia and crossing multiple independent civilisations. Shilajit is one of them. From the foundational texts of Ayurvedic medicine composed before the common era to modern pharmacological laboratories, the substance has maintained a consistent presence in human health practice โ with traditional applications that align remarkably well with the mechanisms now being identified through scientific research.
This page traces shilajit’s history from its earliest documented uses through its role in traditional medicine systems and into the era of modern investigation.
The Earliest Written Records: Ayurvedic Texts
The oldest surviving references to shilajit appear in Sanskrit Ayurvedic texts composed between approximately 600 BCE and 200 CE. The two most important are the Charaka Samhita and the Sushruta Samhita โ the foundational texts of Ayurvedic internal medicine and surgery respectively.
In the Charaka Samhita, shilajit is described as a mineral exudate from Himalayan rock with broad rasayana properties. Rasayana (from Sanskrit: rasa, essence; ayana, path) is a classification within Ayurveda for substances that promote longevity, restore youth, and improve general vitality. Shilajit is listed among the most potent rasayanas, alongside substances like amalaki (Indian gooseberry) and ashwagandha.
The Charaka Samhita describes shilajit as effective for a wide range of conditions including:
- Fatigue and chronic weakness (kshaya)
- Impaired cognitive function and memory
- Genitourinary disorders including urinary frequency and reproductive health
- Oedema and fluid imbalances
- Diabetes-like metabolic conditions (prameha)
- Anaemia and pallor
The Sushruta Samhita similarly endorses shilajit as a tonic for general debility and includes it in formulations for wound healing and fracture recovery โ applications that align with its known mineral and anti-inflammatory properties.
Shilajit in Tibetan Medicine
Tibetan medicine (Sowa Rigpa) developed largely in parallel with Ayurveda, drawing on both Indian and Chinese medical traditions while developing its own substantial pharmacopoeia. In Tibetan texts, shilajit is known as brag zhun (pronounced “drashun”), meaning “mountain juice” or “rock sweat.”
The Gyushi (Four Tantras), the foundational text of Tibetan medicine compiled between the 8th and 12th centuries CE, includes brag zhun as a key tonic substance. It is described as emerging from rock faces in the Himalayas and Tibetan plateau during summer months and is classified as having warming, strengthening, and tonifying properties.
In Tibetan practice, brag zhun was combined with other mineral and herbal substances in complex formulations targeting fatigue, bone weakness, reproductive health, and neurological disorders. The continuity with Ayurvedic applications is notable, particularly given that these two medical traditions developed largely independently in the Himalayan region.
Persian and Unani Medicine: Mumiya
In Persian medicine โ and the related Unani (Greco-Arabic) tradition that spread across the Islamic world โ the equivalent of shilajit is known as mumiya or mummy. The 10th-century Persian physician Avicenna (Ibn Sina), whose Canon of Medicine became the foundational text of Islamic and subsequently European medicine, described mumiya as a powerful healing substance for bone fractures, wounds, and general debility.
Avicenna’s description of mumiya’s properties โ warming, drying, strengthening, and capable of promoting tissue repair โ is consistent with the Ayurvedic descriptions of shilajit and with the modern understanding of its mineral and anti-inflammatory properties. The Persian medical tradition used mumiya topically for wound healing as well as internally, a dual application not dissimilar from shilajit’s use in Ayurvedic wound management formulas.
Folk Traditions in the Himalayan Region
Beyond formal medical texts, shilajit occupies a significant place in the folk knowledge of Himalayan communities. Villagers and nomadic communities in Ladakh, Nepal, Bhutan, and Tibetan plateau regions have long collected shilajit from mountain faces and used it as a general tonic, particularly for altitude-related fatigue, cold-weather endurance, and reproductive health.
Folklorists and ethnobotanists documenting these traditions in the 20th century found consistent associations between shilajit use and physical strength โ an unsurprising connection given that its mineral-rich, energy-supporting properties would be immediately apparent to high-altitude agricultural and herding communities dealing with extreme physical demands in oxygen-thin environments. A 2010 study in the International Journal of Ayurveda Research by Meena et al. noted that high-altitude communities had long used shilajit specifically for altitude adaptation, a traditional application that fits with modern research on its mitochondrial support properties.
The Shift to Scientific Study: 20th Century
Interest in shilajit from a Western scientific perspective began to accelerate in the mid-20th century, particularly through Soviet and Indian research programmes. Soviet researchers studied shilajit (mumijo) extensively during the 1960sโ1980s for applications in athletic performance, wound healing, and anti-inflammatory medicine. Several Russian pharmacological studies from this era examined mumijo’s effects on bone fracture healing and demonstrated acceleration of bone mineralisation in animal models.
In India, systematic chemical characterisation of shilajit began with the work of Shibnath Ghosal and colleagues at Banaras Hindu University. Ghosal’s 1990 landmark paper in Pure and Applied Chemistry provided the first rigorous chemical characterisation of shilajit’s major compound classes, identifying the dibenzo-ฮฑ-pyrones as unique biomarkers and establishing the framework that subsequent researchers have built upon.
Shilajit Research in the 21st Century
Since 2000, interest in shilajit research has grown substantially, with studies appearing in pharmacology, nutrition, sports medicine, and neuroscience journals. Research has focused particularly on testosterone support, mitochondrial energy production, antioxidant activity, and potential cognitive benefits. This modern research trajectory validates and elaborates upon mechanisms that traditional practitioners described empirically over millennia.
For an overview of the current research landscape, see our shilajit research page and our research and testing overview.
A Substance That Has Endured
The 3,000-year uninterrupted history of shilajit use across multiple independent cultural and medical traditions is not a coincidence. It reflects consistent empirical observation of meaningful biological effects in real-world use. The traditional applications โ fatigue, cognitive support, physical vitality, mineral nutrition โ map directly onto the mechanisms now being studied in modern pharmacological research.
This historical depth is part of what distinguishes shilajit from the vast majority of contemporary supplements, which have no comparable track record. To experience this tradition in its most authentic modern form, explore our Himalayan Shilajit Resin.
References
- Acharya SB et al. (1988). Pharmacological actions of Shilajit.ย Indian Journal of Experimental Biology, 26(10).
- Ghosal S (1990). Chemistry of Shilajit.ย Pure and Applied Chemistry, 62(7).
- Meena H et al. (2010). Shilajit: A panacea for high-altitude problems.ย IJAR, 1(1), 37โ40.
- Agarwal SP et al. (2007). Shilajit: A review.ย Phytotherapy Research, 21(5), 401โ405.
- Schepetkin IA et al. (2009). Bioactivity of Soil Humic Acids.ย Phytotherapy Research.
