Solving the riddle of cancer: new genetic approaches to treatment


As recently as the middle of this century, cancer was still a mysterious disease. It seemed to strike with reckless abandon, and once it had gripped its victim, doctors could do little more than relieve the pain, steady the pulse and ease the breathing. It is all too easy now to reflect on this sad state of affairs without realizing that cell biology itself was also a rudimentary science.

In the past few years, a vastly different view of cancer has emerged. The highly sophisticated tools of genetic engineering have allowed biologists to look deep into the inner provinces of the cell, and what they have learned is taking biology and medicine in a completely new direction.

Only a decade ago, the concept of gene therapy was unknown to most scientists and clinicians. The problems of such therapy were thought to be insurmountable and not given serious consideration. The striking advances in our understanding of cancer in the recent past have, however, changed all of this. It is astonishing how much progress has been made in such a short time; biology has moved from strength to strength, and what seemed daunting not so long ago can now be confidently tackled. The road to this new understanding of how a cell works and what makes it malignant has not always been easy, but the great achievements are undeniable. With today’s cell biology comes the promise of a totally new kind of treatment.

About the Author

Amil Shah

Posted by Dundurn Guest on December 6, 2014

Amil Shah

Dr. Amil Shah graduated from McGill University and completed his post-doctoral studies at the Montreal General Hospital and the Vancouver Hospital. He is Clinical Associate Professor of Medicine at the University of British Columbia, where he practices medicine. Dr. Shah is a Fellow of the Royal College of Physicians and Surgeons of Canada and of the American College of Physicians. He has published many papers on the treatment of cancer.