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Open Access Full Text Article   Review Article

The Clinical Relevance of Artava: From Upadhatu to Modern Proteomic Diagnostic Biofluid: A Narrative Review

Dr. Ekta ¹*, Prof. B. Pushpalatha ², Prof. K. Bharathi ³

¹ Ph.D. Scholar, Department of Prasuti Tantra & Stri Roga, National Institute of Ayurveda, Jaipur 

² Professor, Department of Prasuti Tantra & Stri Roga, National Institute of Ayurveda, Jaipur

³ Professor & Head, Department of Prasuti Tantra & Stri Roga, National Institute of Ayurveda, Jaipur 

 

 

Introduction

Menstruation is a vital physiological process that reflects the functional integrity of the female reproductive system and overall systemic health. Ayurveda conceptualizes women’s health as the outcome of equilibrium among Dosha, Dhatu, Mala, Agni, and Manas. Classical Ayurveda texts such as Charaka Samhita, Sushruta Samhita, and Ashtanga Hridaya describe Artava as not merely menstrual blood but as a dynamic biological entity intricately linked with Dhatu nourishment and reproductive potential. In contemporary medicine, menstruation is explained by complex endocrine interactions involving the hypothalamic–pituitary–ovarian (HPO) axis and cyclical changes in the endometrium. While modern gynaecology relies predominantly on hormonal assays, imaging, and histopathology, Ayurveda emphasizes direct sensory observation (Panchendriya Pariksha). This includes the analysis of Varṇa (colour) and Picchilata (consistency) through Chakṣu Indriya (visual perception), as well as Gandha (odour) through Ghraṇa Indriya (olfactory perception) of menstrual blood to infer physiological and pathological states. Recent Ayurveda literature has attempted to reinterpret the concept of Artava in light of modern physiology understanding, drawing upon interdisciplinary sources indexed in databases such as PubMed, Scopus, and the AYUSH Research Portal. Areas of convergence have been identified, particularly in the recognition of the menstrual cycle as a reflection of systemic homeostasis and reproductive competence, while points of divergence remain in the epistemological approaches, methodological frameworks, and diagnostic priorities of the two systems. Existing reviews often remain descriptive, fragmented, or confined to either classical exposition or biomedical correlation, without offering a cohesive integrative framework. However, a comprehensive narrative synthesis integrating the Dhatu-based origin of Artava, its physiological relevance, and diagnostic utility remains limited. In this context, this narrative review aims to critically analyze classical and contemporary literature to present an integrative understanding of Artava, including the conceptual and clinical significance of Artava Pariksha and Artavadushti, as well as the potential for translational research. By synthesizing traditional qualitative assessment with emerging molecular, biochemical, and proteomic insights into menstrual blood, this review aims to contribute to the advancement of evidence-informed, integrative gynaecological research and practice. Recent biomedical research increasingly recognizes menstruation as a valuable window into systemic and reproductive health rather than a mere cyclical physiological event. Contemporary studies have demonstrated that menstrual blood contains endometrial cells, immune mediators, proteins, cytokines, and molecular signatures that reflect uterine homeostasis and pathology, thereby offering diagnostic insights into gynaecological and systemic disorders.

This emerging scientific perspective provides fertile ground for re-examining the Ayurvedic concept of Artava, in which qualitative aspects of menstruation have traditionally been considered indicators of internal physiological equilibrium. Despite detailed classical descriptions of Shuddha Artava, contemporary Ayurvedic research has highlighted the need for standardized assessment tools to objectively evaluate physiological characteristics of menstruation. Recent efforts toward the development and standardization of Suddha Artava assessment scales reflect an important step toward translating classical qualitative descriptors into reproducible research instruments, particularly when examined in relation to individual constitutional factors, such as Prakṛti.

Materials and Methods

This narrative review is based on a comprehensive analysis of classical Ayurveda texts, including Charaka Samhita, Sushruta Samhita and Ashtanga Hridaya, and their authoritative commentaries. Literature published between 2012 and 2025 was searched using keywords including “Artava,” “menstrual blood proteomics,” “Ayurveda menstruation,” and “reproductive immunology” in databases such as PubMed, Scopus, and the AYUSH Research Portal. Additionally, modern gynaecological textbooks and peer-reviewed journals were reviewed.A narrative review design was selected to address the conceptual and epistemological complexity of Artava within Ayurveda gynecology and its correspondence with contemporary biomedical interpretations of menstruation. Classical Ayurveda descriptions of Artava are distributed across foundational texts and commentaries, exhibiting variations in ontological emphasis and diagnostic orientation that cannot be meaningfully synthesized through systematic or quantitative review methods. Similarly, contemporary biomedical literature on menstruation encompasses heterogeneous domains, including endocrinology, immunology, and emerging proteomic analyses of menstrual blood, with diverse methods and outcome measures. Therefore, a narrative review allows for critical contextualization and thematic synthesis across these heterogeneous sources. This approach is particularly suited for examining the diagnostic relevance of qualitative menstrual assessment, such as Artava Pariksha, and for developing an integrative conceptual framework that bridges classical Ayurveda theory with modern scientific evidence.

Concept of Artava and Artava Chakra in Ayurveda

Etymology ऋतौ भवम् आर्तवम्

Ritu - Means a particular or specific time. Bhavam – Implies its occurrence 

It happens periodically. Therefore, it can be correlated with the menstruation, which occurs cyclically.

The term Artava is derived from the root Ṛitu, which denotes periodicity and cyclical rhythm.¹ In Ayurvedic literature, Artava encompasses not only menstruation but also ovulatory processes and overall reproductive vitality, with its specific meaning determined by the context. This multidimensional interpretation reflects Ayurveda’s holistic epistemology, wherein structure, function, and cyclicity are interdependent aspects of physiological regulation. Classical descriptions of Suddha Artava provide the conceptual basis for contemporary efforts toward scale development, in which qualitative parameters such as colour, consistency, odour, quantity, and periodicity are systematically operationalized into measurable domains. Furthermore, correlating these parameters with Prakṛti is consistent with the Dhatu-based ontological framework of Ayurveda, as it acknowledges inherent interindividual physiological variability rather than imposing uniform normative standards.

Artava as Upadhatu of Rasa Dhatu

Ayurvedic physiology describes seven dhatus formed sequentially from Ahara Rasa. During the nourishment of Rasa Dhatu, Upadhatu are formed, among which Artava is specifically attributed to women ². Acharya Vagbhata describes Artava as the Rakta fraction that accumulates in the Garbhashaya and is periodically expelled. This concept emphasizes that menstrual health depends on proper digestion, metabolism, and Rasa Dhatu quality. Artava is the basic building block of Artavavaha Srotas, while Garbhashaya and Artavavahi Dhamanis make up its Moola. The formation of Artava reflects the systemic nutritional and metabolic status rather than isolated uterine function. This perspective provides a broader understanding of menstrual disorders as manifestations of systemic dhatu imbalance. The Ayurvedic concept of Artava as a dhatu-derived entity resonates with modern observations that menstrual blood originates from the functional layer of the endometrium, a highly regenerative tissue influenced by systemic nutritional, hormonal, and immunological factors. Proteomic and cellular analyses demonstrated that menstrual blood reflects localized endometrial processes rather than peripheral circulation alone, supporting the Ayurveda view of Artava as a tissue-specific manifestation of systemic physiology. 

Characteristics of Shuddha Artava³

Classical Ayurvedic texts describe Shuddha Artava using qualitative parameters:

• Varna (Colour): Gunjaphala-sannibham, Padma, Aalakta-sannibham, Indergopa-sankasham, Shasakasruk-partimam⁴, Ishatkrushna
• Gandha (Odour): Nirgandha (absence of foul smell)
• Sparsha (Consistency): Nischpichaa
• Nirarti: Absence of pain

These features denote physiological menstrual function and indicate a state of Dosha–Dhatu equilibrium. Ayurveda diagnosis prioritizes the recognition of minor deviations from these parameters, highlighting an approach that emphasizes the identification of functional disturbances before the development of overt structural diseases.

Artavadushti and Diagnostic Significance

Classical Ayurveda literature describes Artavadushti as pathological alterations of Artava arising due to the vitiation of Doshas. Acharya Charaka emphasizes the role of Dosha imbalance affecting Rasa and Rakta Dhatu, leading to qualitative and quantitative abnormalities of Artava that manifest as menstrual disorders and impaired fertility. Although Acharya Charaka does not enumerate Artavadushti as a separate categorical disease, he highlights menstrual irregularities as reflections of systemic dhatu dysfunction and dosha vitiation, particularly involving Vata and Pitta. Contemporary studies have demonstrated that menstrual blood can serve as a non-invasive diagnostic specimen for conditions such as endometriosis, cervical cancer, genital tuberculosis, hormonal disorders, and unexplained infertility⁵. Alterations in cytokine profiles, proteomic patterns, and extracellular vesicle ⁶ observed in these conditions may exhibit potential parallel with the qualitative deviations described in classical Artavadushti, suggesting translational and diagnostic relevance⁷. Acharya Sushruta’s classification of eight Artavadushti varieties reflects an advanced attempt to correlate sensory menstrual alterations with underlying Dosha-specific pathology⁸. These include Vataja, Pittaja, Kaphaja, Raktaja (Kunapagandhi), Vata-Pittaja (Kshina), Pitta-Kaphaja (Putipuya), Vata-Kaphaja (Granthibhuta), and Tridoshaja (Mutrapurishagandhi) Artavadushti. Acharya Sushruta further correlates these varieties with characteristic changes in colour, consistency, odour, pain, and associated systemic features, thereby establishing a detailed diagnostic framework.

Acharya Vagbhata, in Ashtanga Hridaya, synthesizes the views of Acharya Charaka and Acharya Sushruta and elaborates on Artavadushti in relation to Yonivyapad and Bandhyatva. Acharya Vagbhata emphasizes the functional and clinical relevance of altered Artava, describing its assessment through sensory perception and clinical presentation, and reinforcing the diagnostic utility of Artava Pariksha.

The analysis of Artavadushti through Panchendriya Pariksha⁹—Chakshu, Ghrana, Sparsha etc. and patient-experienced sensory assessment—forms the cornerstone of Artava Pariksha. Sensory attributes act as biological proxies for molecular and cellular alterations¹⁰. Contemporary Ayurvedic interpretations suggest that specific Artavadushti patterns may correspond to gynaecological conditions such as inflammatory disorders, hormonal imbalance, infective pathologies, and neoplastic changes. While these correlations warrant further empirical validation, they highlight the potential of Acharya’s classifications to inform future evidence-driven diagnostic models in the gynaecological field.

Modern Perspective on Menstrual Blood and Menstruation

Modern biomedical science conceptualizes menstruation as a hormonally regulated physiological process characterized by cyclical structural and functional changes in the endometrium. This process is governed by the hypothalamic–pituitary–ovarian (HPO) axis, wherein the pulsatile secretion of gonadotropin-releasing hormone (GnRH) from the hypothalamus regulates the release of follicle-stimulating hormone (FSH) and luteinizing hormone (LH) from the pituitary gland. These gonadotropins modulate ovarian secretion of estrogen and progesterone, which orchestrate the sequential menstrual, follicular, ovulatory, and luteal phases. The withdrawal of progesterone and release of prostaglandins at the end of the luteal phase lead to vasoconstriction, tissue breakdown, and shedding of the functional layer of the endometrium, resulting in menstrual bleeding.

Menstrual blood is a complex biological fluid composed of blood, endometrial tissue, cervical mucus, immune cells, inflammatory mediators, enzymes, and a wide range of biochemical and molecular constituents¹¹. These components reflect the dynamic interactions between endocrine regulation, vascular changes, immune modulation, and tissue remodelling within the uterus¹². Clinically, variations in menstrual flow, colour, and consistency are recognized and often documented; however, in contemporary medical practice, such variations are frequently regarded as subjective unless accompanied by measurable abnormalities such as hormonal imbalance, structural pathology, infection, or systemic disease. Consequently, qualitative menstrual characteristics are often underutilized as diagnostic indicators despite their potential to provide insights into the underlying physiological and pathological processes. Beyond hormonal regulation by the hypothalamic–pituitary–ovarian axis, menstruation involves regulated immune activation, extracellular matrix remodelling, angiogenesis, and apoptotic pathways within the endometrium. Therefore, menstrual blood represents a biologically active fluid containing cytokines such as IL-6, IL-1β, CXCL8, growth factors, and matrix metalloproteinases that mirror ongoing tissue repair and inflammation.

These molecular dynamics provide a biological basis for the observable variations in menstrual flow, colour, and consistency traditionally emphasized in Ayurveda diagnostic methods.

Integrative Interpretation of Artava and Menstruation

A comparative analysis revealed conceptual parallels between Ayurveda and modern perspectives. Ayurveda’s emphasis on Rasa circulation and Dhatu nourishment corresponds with hormonal transport and endometrial perfusion. Shuddha Artava may be interpreted as a clinical expression of optimal endocrine balance and endometrial functionality.

Ayurveda’s qualitative descriptors of Artava may reflect underlying biochemical and cellular changes. Emerging studies on menstrual blood proteomics suggest molecular correlates for changes in colour, consistency, and odour, lending scientific plausibility to classical observations.

 

 

 

 

Discussion 

The concept of Artava represents one of the most clinically relevant intersections between Ayurveda concept of Artava and women’s reproductive health. Ayurveda’s strength lies in its ability to detect early functional disturbances through qualitative assessment, whereas modern medicine excels in quantifying hormonal and structural abnormalities.

Artava Pariksha exemplifies Ayurveda’s diagnostic philosophy, wherein sensory observation serves as a surrogate marker for systemic imbalance. However, the lack of standardization and objective validation has limited its acceptance in contemporary practice. Integrating modern analytical tools such as biochemical assays, cytology, microbiome analysis, and proteomics, with traditional Artava assessment may bridge this gap.

From a research perspective, Artava offers a unique non-invasive biological sample that is rich in diagnostic information. A Systematic correlation of Ayurveda descriptors with molecular findings could transform Artava Pariksha into an evidence-based integrative diagnostic tool. Furthermore, longitudinal studies correlating Artava characteristics with hormonal profiles and reproductive outcomes are required. Advances in mass spectrometry, molecular profiling, and extracellular vesicle analysis have positioned menstrual blood as a promising non-invasive diagnostic and prognostic biofluid for various diseases. Recent proteomic studies have identified disease-specific molecular endotypes in menstrual blood, particularly in unexplained infertility and endometrial disorders, enabling personalised diagnostic stratification. Integrating these technologies with the Ayurveda framework of Artava assessment may facilitate the development of future evidence-driven diagnostic models that combine traditional qualitative evaluations with molecular precision¹³.

Challenges and Opportunities in Integrating Traditional and Modern Perspectives

Integrating Ayurveda concepts of Artava with modern biomedical frameworks presents both challenges and opportunities. A primary barrier arises from epistemological differences, as Ayurveda emphasizes qualitative, individualized assessment methods such as Artava Pariksha, whereas the modern system relies on standardized, quantitative diagnostics. Limited standardization, insufficient clinical validation, and sociocultural stigma surrounding menstruation further constrain the broader acceptance of Artava-based diagnostics.

Despite these challenges, an integrative interpretation of Artava offers considerable potential for enhancing patient care. Ayurveda’s focus on early functional disturbances allows for timely intervention before structural pathology develops. When complemented by modern diagnostic tools, including hormonal and molecular analyses of menstrual blood, Artava-based assessments may support more comprehensive and individualized management of gynaecological disorders. 

Conclusion

Artava is a central concept in Ayurvedic gynaecology, that reflects systemic health, reproductive function, and Dosha–Dhatu equilibrium. Classical descriptions of its formation, characteristics, and variations provide a sophisticated framework for understanding  physiology and pathology of menstruation. The convergence of Ayurveda’s Artava Pariksha with modern menstrual blood research underscores the potential of integrative diagnostic frameworks that emphasize early functional changes in the menstrual cycle. By integrating classical Ayurvedic principles with contemporary medicine paradigms, this approach establishes a translational framework capable of advancing both research and clinical practice in women’s reproductive health.

Conflict of Interest: The authors declare no potential conflict of interest concerning the contents, authorship, and/or publication of this article.

Author Contributions: All authors have equal contributions in the preparation of the manuscript and compilation.

Source of Support: Nil

Funding: The authors declared that this study has received no financial support.

Informed Consent Statement: Not applicable. 

Data Availability Statement: The data supporting this paper are available in the cited references

Ethical approval: Not applicable.

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