Adaptogenic Herbs in Ayurvedic Medicine: Pharmacognostic Insights and Clinical Potential
Published in IJPHDT, Vol-2, Issue-9, Sep-2025 (Vol. 2, Issue 9, 2025)

Keywords
Abstract
Authors (5)
Minakshi verma
Department of Pharmacy, G S V M Medical College, Kanpur Nagar U.P
View all publications →Sachin Kumar
Department of Pharmacy, G S V M Medical College, Kanpur Nagar U.P
View all publications →Yatindra Kumar
Department of Pharmacy, G S V M Medical College, Kanpur Nagar U.P
View all publications →Brajesh Kumar
Department of Pharmacy, G S V M Medical College, Kanpur Nagar U.P
View all publications →Download Article
Best for printing and citation
Article Information
- Article ID:
- IJPHD-00000153
- Paper ID:
- IJPHD-01-000153
How to Cite
, M. & , M. & , S. & , Y. & , B. (2025). Adaptogenic Herbs in Ayurvedic Medicine: Pharmacognostic Insights and Clinical Potential. International Journal of Pharmacognosy and Herbal Drug Technology, 2(9), xx-xx. https://ijphdt.scholarjms.com/articles/70
Article Actions
Article Impact
More from this Issue
Development and Evaluation of Herbal based Moisturizing Cream
Abstract: This study presents the formulation and evaluation of an herbal-based moisturizing cream using ginger (Zingiber officinale), honey (Madhu), and pomegranate (Punica granatum), chosen for their antioxidant, anti-inflammatory, humectant, and skin-rejuvenating properties. The cream was prepared by the fusion method and developed into seven formulations (F1–F7), evaluated for appearance, pH, viscosity, spreadability, washability, stability, and irritation. Among them, F5 showed the most suitable characteristics, with a pH of 5.3, viscosity of 108.3 mPa·s, excellent spreadability (2.5 cm²/sec), and easy washability without irritation. The results suggest herbal creams are safe, effective, and sustainable alternatives to synthetic moisturizers.
Novel Therapeutic Mediators: The Intersection of Pharmacognosy and Ethnopharmacology
Methodically screening and successfully validating new natural materials as medicines begins with the intersection of these two fields, ethnopharmacology and pharmacognosy. New natural remedies have been developed as a result of traditional knowledge of plants, minerals, and animals. Ethnomedicine is the source of many of the most clinically significant medications used today, including morphine, quinine, and artemisinin. The pharmacological properties, modes of action, and safety profiles of bioactive chemicals are evaluated by controlled, biopharmaceutical, pre-clinical, and in vivo research. There is substantial evidence of bioactives (such as flavonoids, terpenoids, polyphenols, alkaloids, saponins, and resveratrol) modulating corresponding molecular pathways, as well as regulating enzyme activity and receptor interactions, as well as large-scale anti-inflammatory, antioxidant, antimicrobial, antidiabetic, and anticancer activity. Although animal experiments are excellent for reproducibility and mechanistic insights, they are complicated by interspecies heterogeneity, extract variability, bioavailability, and ethical issues that call for additional in vitro, computer model, and clinical trials. Standardised extracts, the creation of bioactive formulations that target multiple modes of action, and the environmentally responsible sourcing of medicinal plants that connect traditional and modern pharmacotherapy should be the main priorities of the future. These studies demonstrate the translational potential of agents derived from ethnopharmacology, validating the wisdom of our ancestors' traditions while also offering the chance to safely explore beneficial phytotherapeutics to meet the health care needs of contemporary society.
Antimicrobial Activity of Selected Medicinal Plant Extracts
The bioactive properties, chemicals produced by plants have a potential alternative to antibiotic-resistant infections which are increasingly becoming common. Standardized extraction techniques were used to meticulously synthesize medicinal plant extracts, which were then given to the study subjects using an in vivo animal model. A thorough assessment of the extracts' inhibitory effects was provided by tracking microbial development in different tissues and counting colony-forming units to determine the antimicrobial efficacy. To ascertain the significance of the observed differences between the treatment and control groups, data were analyzed using exacting statistical techniques. The findings showed that some plant extracts have strong antibacterial properties and successfully inhibit microbial growth in the animal model. These results provide important new information about the preclinical uses of medicinal plants and highlight their therapeutic potential as a supplement or substitute for traditional antibiotics. Additionally, this study lays the groundwork for further research that will isolate active ingredients, clarify mechanisms of action, and assess safety profiles in order to further the development of plant-based antimicrobial treatments.