Morphological And Functional Analysis Of Marma Sharir With Special Reference To Sira Marma

Abstract

Background: Marma Sharir forms a vital part of Sharira Rachana in Ayurveda, encompassing anatomically and functionally significant sites where Mamsa, Sira, Snayu, Asthi, and Sandhi meet. These points are crucial due to their role in maintaining physiological balance and their susceptibility to trauma. Sira Marma, a subtype of Marma, is associated predominantly with vascular structures, and injury to it can lead to serious functional impairment or even fatal consequences. Ancient texts such as Sushruta Samhita provide detailed classification, dimensions, and prognostic outcomes of different Marma types. Modern anatomical studies allow correlation with critical neurovascular structures, enhancing understanding of their clinical relevance. Aim: To conduct a detailed morphological and functional analysis of Marma Sharir, focusing on Sira Marma, through classical textual review and modern anatomical correlation. Objectives: To describe the classification, location, and measurement of Sira Marma as per classical Ayurveda. To correlate Sira Marma with relevant modern neurovascular anatomy. To analyze the functional and clinical implications of Sira Marma injuries. Materials and Methods: A literary review was carried out using primary Ayurvedic sources including Sushruta Samhita, Charaka Samhita, Ashtanga Hridaya, and relevant Nighantus. Modern anatomy references and peer-reviewed journals were used for correlation. Morphological features such as structure, dimensions, and site were analyzed alongside functional aspects including prognosis (Pranahara, Vaikalyakara, Rujakara). Comparative analysis was conducted to identify similarities and differences between classical and modern perspectives. Results: The analysis revealed that Sira Marma corresponds to vital arterial and venous structures, often accompanied by nerve plexuses. Classical descriptions of Parinama (outcomes) after injury—such as death, deformity, or functional loss—were consistent with modern pathophysiological consequences of vascular trauma. The study identified clear parallels between the 41 Sira Marmas described in Ayurveda and specific high-risk neurovascular sites in contemporary anatomy. Conclusion: Marma Sharir, particularly Sira Marma, demonstrates remarkable anatomical precision and clinical foresight in Ayurvedic literature. Integrating morphological and functional insights from both classical and modern perspectives offers valuable guidance for surgery, trauma care, and preventive medicine. This dual approach reinforces the timeless relevance of Marma Sharir in clinical practice.