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Osmania University in Hyderabad has secured a patent for an innovative method called “Paragamanjari,” a pioneering technique that transforms the minute and ornate patterns of pollen grains into exquisite textile motifs. This breakthrough combines botanical science and traditional textile artistry to open new horizons in fabric design, promising to enrich India’s rich heritage of textile crafts with fresh, nature-inspired creativity.
Key Highlights of the Paragamanjari Innovation
The patent, granted on August 7, 2025, recognizes the work of Shivani Chilukuri, an MSc student, and Dr. A. Vijaya Bhasker Reddy, Assistant Professor in the Department of Botany at Osmania University. The application was submitted less than a year earlier, on September 13, 2024, marking one of the fastest patents in the Indian textile and botanical research space.
Paragamanjari draws inspiration from palynology, the scientific study of pollen grains, which are microscopic structures ranging from 10 to 100 micrometers in size. These highly intricate natural forms are now transformed into diverse textile patterns through this novel method.
The term “Paragamanjari” merges the Sanskrit words “Paraga” meaning pollen and “Manjari” meaning design or cluster, symbolizing a collection of pollen-inspired artistic motifs.
The patented method allows the creation of a vast range of fabric layouts such as gradation, medallion, panel, half-drop, turnover, one-directional, and two-directional arrangements, making the designs versatile for various textile products including sarees, bedsheets, and curtains.
By integrating biological art forms with textile technology, Paragamanjari bridges science and creativity, offering sustainable and bio-inspired fashion solutions that stand apart in the global textile industry.
Science Meets Tradition: How Paragamanjari Works
The innovation originated in the Palynology and Plant Systematics Laboratory of the OU Department of Botany, where detailed microscopic observations of pollen grains revealed their ornate, symmetrical, and varied shapes. These patterns, once confined to scientific domains, have now been digitized and adapted into repeatable motifs suitable for industrial weaving and printing techniques.
The method incorporates these natural forms into textiles while respecting traditional Indian fabric styles. Paragamanjari thus positions itself alongside renowned textile arts such as Kalamkari, Pochampally, Dharmavaram, and Uppada, while innovating with a scientific foundation.
Potential Impact and Future Prospects
The University anticipates that Paragamanjari will revolutionize textile design by enabling the creation of lakhs of unique patterns inspired by the diversity of pollen morphology. This could pave the way for new textile collections with nature’s microscopic beauty at their core.
Plans are underway to collaborate with textile manufacturers and government bodies to promote handloom sarees and other fabric products using this technique, potentially boosting local crafts and the textile economy in Telangana and beyond.
Additionally, Paragamanjari represents a model for interdisciplinary education, likely to be integrated into textile technology curricula, encouraging students to explore the synergy between natural science and applied design.
Broader Significance and Innovation Recognition
The patenting of Paragamanjari is a testament to the power of interdisciplinary research that combines botanical science, artistic vision, and industrial application. It symbolizes a significant step forward in how scientific insights can directly inspire and shape cultural and commercial creativity.
Osmania University’s achievement underscores its commitment to fostering innovative research that honors traditional knowledge while leveraging modern scientific techniques, promising a brighter, more sustainable future for Indian textiles.
Source: Times of India, Deccan Chronicle, The Hans India, Deccan Chronicle X, Telangana Today, Telangana Tribune, The Hans India, Newsmeter Network
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