Isomartynoside is primarily studied for its potential bioactive properties, particularly in the field of natural product pharmacology. It has shown promising antioxidant effects, helping to scavenge free radicals in cellular models, which may contribute to reducing oxidative stress-related damage. Research also indicates anti-inflammatory activity, suggesting possible applications in managing inflammatory conditions. Due to its structural similarity to other phenolic glycosides, it may support cardiovascular and neuroprotective health, though these effects require further validation through clinical studies. Isomartynoside is being explored as a lead compound in the development of herbal-based therapeutics, especially in traditional medicine systems where its plant source is used for treating metabolic and degenerative disorders.