This article examines traditional Indian clothing as a health technology system rather than as cultural dress, through five primary mechanisms: (1) the skin microbiome impact of fabric type — natural (cotton, silk) versus synthetic (polyester, nylon) fibres — documented by Callewaert et al. (Environmental Microbiology 2014) and subsequent skin microbiome research showing that polyester selects for malodour-producing Corynebacterium while cotton maintains a more balanced skin bacterial community; (2) the pagadi/turban as a thermal management system for the head, with regionally adapted forms (Rajasthani desert pagadi, Sikh dastar, South Indian mundaasa) corresponding to specific climate challenges, and the evaporative cooling science of water-soaked cloth in extreme heat; (3) colour thermodynamics in Indian summer dress — white reflects 80-90% of solar radiation and provides significant UV skin protection through dense woven cotton; (4) the thermal protection of the abdomen and lower back through traditional Indian lower-body garments (dhoti, saree drape, petticoat) and the digestive motility implications of abdominal warmth versus cold; (5) the chaddar/shawl tradition as upper-body and chest thermal management, reducing cold-air bronchospasm through pre-warming of inspired air. The governing argument: traditional Indian clothing was a health technology system calibrated to India’s diverse climatic conditions, body physiology, and seasonal health challenges. The replacement of this system with synthetic fabrics and Western dress forms has produced specific, documentable health costs that the skin microbiome research is now beginning to quantify.
Narayan Rout (Sun,) studied this question.