Pomegranate, Fertility, and an Ancient Idea Revisited
In Greek mythology, the pomegranate carries powerful symbolism—especially when it comes to fertility and renewal. The story begins with Persephone, who was kidnapped by Hades and taken to the Underworld to be his wife. Her mother, Demeter, goddess of the harvest, mourned the loss of her daughter so deeply that all green things on Earth ceased to grow.
Zeus, unwilling to let the world perish, ordered Hades to return Persephone. Before doing so, however, Hades tricked her into eating four pomegranate seeds. According to the laws of the Fates, anyone who consumed food in the Underworld was bound to return there. Because Persephone ate the seeds, she was destined to spend four months of every year in the Underworld. During those months, Demeter withdrew her gifts from the Earth, bringing winter. When Persephone returned, fertility and growth were restored.
To this day, the symbolism persists. In Greek tradition, when someone moves into a new home, it is customary for the first guest to bring a pomegranate. It is placed near the ikonostasi (home altar) as a symbol of abundance, fertility, and good fortune. According to Greek lore, the pomegranate is inseparably linked with fertility and life.
Modern research suggests that the ancient Greeks may not have been entirely wrong.
A study published in Clinical Nutrition (January 2008, e-published ahead of print) examined the effects of pomegranate juice on sperm quality in rats. In this seven-week study, the animals were divided into four groups and given varying amounts of pomegranate juice diluted with water. One group received pure pomegranate juice daily, while the other groups received progressively smaller concentrations. A control group received only distilled water.
The rats consuming the highest concentration of pomegranate juice showed significant improvements in sperm quality. Specifically, researchers found reduced levels of malondialdehyde in sperm cells—a compound produced during lipid oxidation and a marker of oxidative stress. Lower malondialdehyde levels suggest less oxidative damage, which is important because oxidative stress can impair sperm viability and function.
In addition, the pomegranate juice reduced the number of abnormal sperm cells and increased the activity of antioxidant enzymes. Together, these effects indicate improved sperm health and resistance to oxidative damage.
While this was an animal study and cannot be directly extrapolated to humans, it does support the idea that pomegranate’s rich antioxidant profile may play a role in reproductive health. At the very least, it provides a fascinating intersection between ancient symbolism and modern nutritional science.
Sometimes, traditional wisdom points in a direction that science only later begins to explore.
