
SPINACH LEAF EXTRACT – SPISAR®


Spisar® is a spinach leaf extract (Spinacia oleracea L.) standardized to ecdysteroids, natural adaptogenic compounds.
Clinically studied to support muscle strength and muscle quality.
Our spinaches are sustainably grown in Spain and processed at our Euromed facilities in Murcia, Spain, using the innovative Pure-Hydro Process® to produce Spisar®. This water-only extraction technology preserves the natural properties of the spinach while concentrating ecdysteroids.
Frequently asked questions (faqs)
Spisar® is a proprietary spinach leaf extract (Spinacia oleracea L.) produced by Euromed and standardized to phytoecdysteroids, natural compounds associated with adaptogenic and performance-supporting properties. It has been clinically studied for its potential to support muscle strength, physical performance, and healthy aging.
Spisar® is produced from spinach (Spinacia oleracea L.) grown in Southern Spain, close to Euromed’s manufacturing facilities. This local sourcing ensures freshness, traceability, and consistent quality of the raw material.
The extract is obtained using the Pure-Hydro Process®, Euromed’s water-only extraction technology, which preserves the natural profile of spinach bioactives and guarantees a clean-label, solvent-free ingredient suitable for sports nutrition and active-aging formulations.
Spisar® is distinguished by its standardized phytoecdysteroid profile, ensuring consistent levels of these safe and naturally occurring compounds associated with adaptogenic and performance-supporting effects. The extract is produced from locally grown spinach in Southern Spain using Euromed’s Pure-Hydro Process®, an eco-friendly method that uses purified water as the only solvent and preserves the integrity of spinach bioactives.
Unlike conventional extracts, Spisar® is both clinically studied and clean-label, offering superior purity, traceability, and formulation compatibility for products targeting muscle strength, mobility, and healthy aging.
Spisar® has been clinically studied for its ability to support muscle strength, physical performance, and healthy aging, particularly in adults aged 50+. Its standardized content of phytoecdysteroids contributes to these benefits by helping maintain muscle function, mobility, and overall vitality.
The extract’s adaptogenic properties make it suitable for formulations targeting active lifestyles, exercise performance, and age-related functional decline, offering a natural option for supporting strength, endurance, and recovery.
Yes. Spisar® is fully compatible with clean-label, vegan, and sports nutrition formulations. It is produced using Euromed’s Pure-Hydro Process®, a water-only extraction method that preserves the natural profile of spinach bioactives without the use of organic solvents.
Its standardized phytoecdysteroid content, natural origin, and excellent formulation properties make Spisar® suitable for capsules, tablets, powders, functional beverages, and products designed to support muscle performance, active lifestyles, and healthy aging.
Spisar® is suitable for a broad range of applications, including dietary supplements, sports nutrition products, functional foods, and beverages. Its standardized phytoecdysteroid content and clinically supported benefits for muscle strength, mobility, and active aging make it ideal for formulations targeting physical performance, strength maintenance, and recovery.
Because it is produced through a water-only extraction process and offers excellent solubility and formulation compatibility, Spisar® performs well in capsules, tablets, powders, ready-to-mix blends, and functional drinks.
Yes. Spisar® has been evaluated in a 12-week randomized, double-blind, placebo-controlled clinical study in adults aged 50+. Participants who took Spisar® in combination with moderate-intensity resistance training experienced greater improvements in muscle strength, muscle quality, and muscle mass compared to the placebo group.
The study also reported improvements in quality-of-life indicators, supporting Spisar®’s role in formulations targeting active aging, mobility, and physical performance.






