The Efficiency of Ayurvedic Remedies in Modulating Immune Response and Mitigating Rhinitis

Overview

Ayurvedic medicine is a natural way to support the immune system and relieve allergy symptoms. This study explores Ayurvedic remedies, particularly turmeric, in modulating immune response and mitigating rhinitis. Curcumin, found in turmeric, helps regulate immune function by reducing inflammation and oxidative stress. Allergies are common, especially in Kentucky, where airborne allergens like ragweed are high. Conventional treatments, such as allergy shots, may not always work and can worsen symptoms, leading to the exploration of alternatives like Ayurvedic medicine, which targets the root cause rather than just the symptoms. An experiment was conducted using lettuce plants to simulate immune responses and evaluate turmeric’s effects. The plants were divided into three groups, including a control group, a group exposed to an irritant, and a group treated with turmeric after irritant exposure. The turmeric-treated plants exhibited less damage and remained healthier compared to those exposed to the irritant alone. These findings suggest that turmeric may help reduce inflammation, stress, and allergic reactions, supporting its potential use in managing rhinitis symptoms. Other Ayurvedic remedies beyond turmeric, including amla, neem, and tulsi, may also support immune regulation by balancing WBC levels. Further research could go into how turmeric affects WBC and eosinophil counts, reduces inflammation, and potentially helps prevent autoimmune diseases and cancer. Additionally, comparing turmeric's benefits to conventional treatments could provide a better understanding of its effectiveness. Overall, this study connects traditional Ayurvedic medicine with modern scientific research, highlighting turmeric's role in natural immune support and allergy relief.

Competition history

• ISEF 2025 Plant Sciences · Entry PLNT015

Resources

• ISEF abstract page ↗

Related projects

Closest projects by meaning, across every fair and year in the corpus.