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@article{194820,
        author = {Dr Amol Uttam Bansode and Dr Ayushi Patel and Dr Neha Saini and Dr Kaushiki Pande},
        title = {Structural Correlation of Srotas with Microvascular and Lymphatic Systems: An Anatomical Perspective},
        journal = {International Journal of Innovative Research in Technology},
        year = {2026},
        volume = {12},
        number = {10},
        pages = {6191-6197},
        issn = {2349-6002},
        url = {https://ijirt.org/article?manuscript=194820},
        abstract = {The Ayurvedic concept of Srotas represents a comprehensive network of channels responsible for the transport, transformation, and elimination of biological substances within the human body. Although traditionally described in qualitative and functional terms, the structural correlates of Srotas remain a subject of ongoing interdisciplinary exploration. The present study aims to analyze the anatomical and physiological parallels between Srotas and the modern microvascular and lymphatic systems. This work adopts a narrative integrative review methodology, drawing upon classical Ayurvedic texts primarily Charaka Samhita, Sushruta Samhita, and Ashtanga Hridaya alongside contemporary literature from anatomy, physiology, and systems biology. The analysis focuses on identifying similarities in structural organization and functional dynamics, particularly in relation to transport mechanisms, fluid regulation, and metabolic exchange. The findings suggest that Srotas can be conceptually correlated with the combined framework of microcirculation (arterioles, capillaries, venules), interstitial fluid pathways, and lymphatic drainage systems. Rasavaha and Rautavaara Srotas demonstrate functional similarities with capillary exchange and blood flow regulation, whereas Udakavaha and Medovaha Srotas parallel lymphatic functions such as fluid homeostasis and lipid transport. The concept of Sukshma Srotas appears to correspond closely with capillary beds and interstitial spaces, facilitating cellular-level nutrient exchange. Furthermore, the Ayurvedic concept of Srotodushti shows significant overlap with modern pathophysiological conditions such as microvascular dysfunction, inflammation, edema, and lymphatic obstruction. These correlations highlight that Srotas may be better understood as dynamic, functional networks rather than discrete anatomical structures. In conclusion, this integrative approach provides a plausible anatomical and physiological basis for the concept of Srotas, bridging traditional Ayurvedic knowledge with modern biomedical science. Such correlations not only enhance the scientific validity of Ayurveda but also open avenues for translational research and integrative clinical applications},
        keywords = {Srotas; Microcirculation; Lymphatic system; Ayurvedic anatomy; Srotodushti; Rasavaha Srotas; Rautavaara Srotas; Udakavaha Srotas; Medovaha Srotas; Interstitial fluid; Capillary exchange; Lymphatic drainage; Systems biology; Integrative medicine; Microvascular physiology; Ayur genomics; Network physiology; Tissue homeostasis},
        month = {March},
        }