Eat your greens

| 1 June 2004
minute reading time

We have known for some time that cruciferous vegetables such as broccoli, Brussels sprouts, and kale may help protect us against cancer. Some of this activity has been attributed to a compound in these vegetables called sulphurophane which has attracted much attention since its discovery in 1992. The mechanism underlying this compound’s anti-cancer activity has remained unclear, until now. In a study published in the US Journal of Nutrition scientists describe how this compound works. Keith Singletary and colleagues at the University of Illinois exposed malignant human breast cells to sulphurophane in the laboratory and saw that it inhibited cell division and DNA synthesis in the cancer cells. Singletary suggests that sulphurophane works by disrupting cellular components called microtubules. These are long slender cylinders of a protein called tubulin that are required for the normal separation of the duplicated chromosomes during cell division. The findings may be useful in developing new treatments for breast cancer.

Jackson SJ, Singletary KW. 2004. Sulforaphane inhibits human MCF-7 mammary cancer cell mitotic progression and tubulin polymerization. Journal of Nutrition.134 (9) 2229-2236.

About the author
Dr. Justine Butler
Justine joined Viva! in 2005 after graduating from Bristol University with a PhD in molecular biology. After working as a campaigner, then researcher and writer, she is now Viva!’s head of research and her work focuses on animals, the environment and health. Justine’s scientific training helps her research and write both in-depth scientific reports, such as White Lies and the Meat Report, as well as easy-to-read factsheets and myth-busting articles for consumer magazines and updates on the latest research. Justine also recently wrote the Vegan for the Planet guide for Viva!’s Vegan Now campaign.

View author page | View staff profile

Scroll up