Scientific Advancements in Ayurveda: Uttarakhand Businessman Crafts Shilajit in Labs, Merging Ancient Knowledge with Modern Research
In a groundbreaking development, Anuja Duklan, an innovative scientist, has successfully produced lab-synthesized Shilajit using bioengineering techniques. This breakthrough has earned Duklan multiple accolades, including the Bio Asia Young Mind Award and the BIRAC-TIE WINNER Award.
The lab-manufactured Shilajit maintains the same chemical structure and potency as traditional forms, while offering several advantages. The standardized purity and potency ensure uniform concentration of active compounds, eliminating the batch variability common in wild sources. Lab production also reduces the risks of heavy metals, toxins, or microbial contamination sometimes found in natural sources.
Moreover, the bioengineered Shilajit is sustainable and scalable, avoiding the environmental impact and depletion associated with wild collection. Some bioengineering methods can even optimize molecular structures for better absorption, enhancing its bioavailability.
The production process involves polycondensation polymerization and hydrothermolysis to replicate the natural formation of Shilajit in a lab environment. While the specific process for Shilajit was not detailed, similar processes for botanical extracts use cold extraction, fermentation by selected microorganisms, or green synthesis techniques to replicate natural bioactive compounds while ensuring safety and consistency.
Traditional Shilajit's benefits are undeniable, stemming from its natural complexity and centuries-old formation process. However, its variability and contamination risks are drawbacks. The lab-manufactured Shilajit seeks to preserve its therapeutic efficacy while providing a cleaner, more reliable supplement option.
This innovative Shilajit contains essential micronutrients, supporting immunity, cognitive function, cardiovascular health, and bone strength. Duklan's work has been supported by grants from the Ministry of Agriculture & Farmers Welfare, Government of India, and various other organisations.
The new Shilajit solves the problem of authenticity, making Ayurvedic wellness more accessible and affordable. More research on exact bioengineering protocols for Shilajit would further clarify its comparative advantages.
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In the realm of health-and-wellness, Anuja Duklan's lab-synthesized Shilajit opens new avenues for therapies-and-treatments, providing a cleaner, more reliable option due to its standardized purity and elimination of contamination risks. As Duklan's work progresses, financing from business entities, such as the Ministry of Agriculture & Farmers Welfare, Government of India, will facilitate further research and development to optimize Shilajit's molecular structures for better absorption (technology). This advancement in science is not only beneficial for the health sector but also contributes to the international business community, making Ayurvedic wellness more accessible and affordable.
