Research Gist
The brain uses a large amount of energy and is especially vulnerable to damage from free radicals, which can harm fats, proteins and DNA inside cells. This laboratory study examined the chemical makeup and protective activity of Convolvulus pluricaulis, the herb known as Shankhpushpi. Researchers profiled its compounds using GC-MS and FTIR analysis, then tested its antioxidant capacity. The extract showed clear free-radical scavenging activity and protected key cellular molecules from oxidative damage. In SH-SY5Y cells — a human-derived neuronal cell line — the extract showed anti-apoptotic activity, meaning it helped cells resist the programmed cell death that oxidative stress can trigger. The findings provide a cellular-level basis for Shankhpushpi's traditional use as a nerve tonic.
Key Learnings
- Shankhpushpi extract showed clear free-radical scavenging activity.
- It helped protect cellular macromolecules from oxidative damage.
- Neuronal cells treated with the extract were better able to resist oxidative-stress-driven cell death.
- GC-MS and FTIR analysis profiled the chemical compounds present in the herb.
- This was laboratory cell research — it shows a protective mechanism, not effects in people.