A study published in the scientific journal 'Food & Function' revealed that an extract of young broccoli sprouts contains active compounds that contribute to strengthening bone tissue and stimulating its formation.

The researchers worked on human stem cells capable of transforming into osteoblasts, the cells responsible for forming new bone tissue. It was found that after treating these cells with broccoli sprout extract, they enhanced the formation of the mineral base for future bones.

The strongest effect was observed when using high concentrations of the extract, as the activity of one of the main indicators of bone formation increased more than threefold, in addition to increased activity of genes related to bone growth and mineralization.

Among the other notable findings of the study was the enhancement of antioxidant protection within cells. Scientists indicate that oxidative stress may accelerate the erosion of bone tissue and contribute to the onset of osteoporosis, so reducing it may indirectly support bone health.

The researchers attributed these benefits to the rich content of glucosinolates, natural compounds abundant in young broccoli sprouts, which contain much higher amounts than those found in mature plants.

In a related context, a Chinese study published in the scientific journal 'Nutrients' showed that combining broccoli-derived compounds with an amino acid known as 'leucine' may contribute to slowing age-related muscle mass loss, indicating that this mixture reduces muscle atrophy, inflammatory processes, and mechanisms associated with muscle tissue breakdown.