“I never imagined the online course would be so comprehensive, enjoyable, and easy to follow! ”

After treatment, I was in a free fall. The Anticancer Lifestyle Program caught me and gave me the support I really needed.”

My breast cancer diagnosis was a wake up call. The Diet module helped me to learn the science behind the food rules I followed while raising my kids and has motivated me to get back to that healthier way of cooking and eating. Thank you!

View All Testimonials

The Halifax Project revisits the Hallmarks of cancer

This ground-breaking study, published in the journal Carcinogenesis, was conducted by several hundred scientists from around the world.  They sought to assess the carcinogenic potential of low-dose exposures to chemical mixtures in the environment.

Ten “Hallmarks” of cancer–breakdowns in biological systems that allow the formation of tumors–had been previously identified.  The hypothesis of the Halifax Project is that the same biological mechanisms by which many known carcinogens cause cancer can also be achieved through the combined effects of multiple chemicals.  The scientists explored whether low-dose exposures to mixtures of chemicals in the environment may be combining to contribute to carcinogenesis.

In total, 85 examples of chemicals were reviewed for actions on key pathways/mechanisms related to carcinogenesis.

The Hallmarks of Cancer, originally described in the scientific literature by Hanahan and Weinberg, define the ten common characteristics of all cancers.  They are:

  1. The cells in cancer have become genetically unstable;
  2. They are frequently found in an inflammatory environment;
  3. They are growing uncontrollably;
  4. They are able to avoid/ignore anti-growth signalling;
  5. The cells have a self-destruct mechanism that is not functioning properly;
  6. The cells have bypassed a replication limit that is not functioning properly;
  7. The metabolic machinery with the cells is not functioning normally;
  8. The cancerous cells are able to evade immune system surveillance;
  9. Cells that are oxygen-deprived within a tumor will signal for new blood flow; and
  10. Malignant cancerous cells invade nearby tissues, and ultimately enter the blood stream or lymph system, which allows them to spread and colonize in other parts of the body.