An Op-Ed entitled “To Fight Cancer, Know the Enemy” was published in The New York Times on August 6, 2009. The author of the Op-Ed was James D. Watson, Ph.D. James Watson co-discovered the DNA double helix structure; a discovery for which he received the 1962 Nobel Prize for Physiology or Medicine. In the article, Watson states his belief that beating cancer is now a realistic ambition, and he makes several suggestions designed to ensure that victory.
On August 6, 2009, an Op-Ed entitled To Fight Cancer, Know the Enemy was published in The New York Times (NYT). The author of the article was James D. Watson, Ph.D. James Watson co-discovered the DNA double helix structure; a discovery for which he received the 1962 Nobel Prize for Physiology or Medicine. Dr. Watson is the Chancellor Emeritus of Cold Spring Harbor Laboratory, and is generally considered the father of molecular biology. Throughout most of his career, James Watson’s novel scientific ideas generated great controversy among, and resistance from, many members of the scientific community. The suggestions posed by James Watson in his August 6th NYT Op-Ed are likely no exception.
Watson begins the Op-Ed by suggesting an ambitious, yet optimistic, goal in the area of cancer research:
“The National Cancer Institute, which has overseen American efforts on researching and combating cancers since 1971, should take on an ambitious new goal for the next decade: the development of new drugs that will provide lifelong cures for many, if not all, major cancers. Beating cancer now is a realistic ambition because, at long last, we largely know its true genetic and chemical characteristics. …”
James D. Watson, Ph.D. is the Chancellor Emeritus of the world-renowned Cold Spring Harbor Laboratory. Dr. Watson co-discovered DNA's double helix structure; a discovery for which he received the 1962 Nobel Prize for Physiology or Medicine. In an Op-Ed published in the New York Times on August 6, 2009, Dr. Watson states: "...Beating cancer now is a realistic ambition because, at long last, we largely know its true genetic and chemical characteristics."
Despite President Nixon’s declaration of war on cancer in 1971, Watson states that the goal of “beating cancer” was not possible prior to the year 2000, because researchers did not possess the necessary scientific understanding of cancer molecular biology. Extensive details about specific cancers only became known after the 2003 completion of the Human Genome Project, says Watson. Researchers have identified most of the major cellular pathways through which cancer-inducing signals move through cells, and Watson notes that 20 or so signal-blocking drugs are in human clinical testing. By way of example, Watson highlights the breast cancer drug Herceptin, which is used to fight an aggressive form of breast cancer. Herceptin was approved initially by the U.S. Food & Drug Administration (FDA) in 1998, and today represents the standard of care in treating so-called “HER-2 positive” breast cancer.
With this scientific background, Dr. Watson outlines several suggested changes to the current U.S. cancer research paradigm. He believes that the various changes listed below will give the nation a fighting chance to win the war on cancer.
Change FDA Regulations To Allow Combination Testing of New Cancer Drugs Which Are Ineffective As Monotherapies.
Noting the lack of new cancer drugs that lead to lifelong cures, Watson explains that there are many types of cancer-causing “genetic drivers” within a single cancer cell. Although an analysis of several cancer genetic drivers may allow a doctor to prescribe more personalized chemotherapy treatments for the patient, Watson believes that use of drugs against one genetic cancer driver would simply lead to the emergence of increasingly destructive second and third drivers due to the inherent genetic instability of cancer cells. Accordingly, Watson concludes that most anticancer drugs will not reach their full potential unless they are given in combination to shut down multiple cancer genetic drivers within a cancer cell simultaneously.
Dr. Watson, however, is quick to note that current FDA regulations effectively prohibit combination testing of new cancer drugs that, when administered alone, prove ineffective. Thus, Watson concludes that current FDA regulations must be amended to allow combination testing of new cancer drugs that prove ineffective as monotherapies.
Better Understand The Chemical (Rather Than Genetic) Makeup of Cancer Cells
Dr. Watson believes that researchers should shift the current focus of cancer research away from decoding the genetic characteristics of cancer, and obtain a better understanding of the chemical reactions that occur within cancer cells. This suggestion, Watson explains, is based upon a 1924 discovery made by the German biochemist (and 1931 Nobel Laureate) Otto Warburg. During experimentation, Warburg observed that cancer cells, irrespective of whether they grow in the presence or absence of oxygen, produce large amounts of lactic acid. Approximately one year ago, the significance of Warburg’s observation was revealed, says Watson. The metabolism of all proliferating cells (including cancer cells) is largely directed toward the synthesis of cellular building blocks from the breakdown of glucose. Based upon this recent discovery, Dr. Watson concludes that glucose breakdown runs faster in growing cells then in differentiated cells (i.e., cells that stop growing and perform specialized functions within the body).
The turbocharged breakdown of glucose in growing cells is attributable to growth-promoting signal molecules that effectively turn up the levels of transporter proteins which move glucose molecules into the cell, explains Watson. With this important discovery in hand, Watson suggests that researchers determine whether new drugs that specifically inhibit the key enzymes involved in the breakdown of glucose can produce an anticancer effect. Because this determination requires a better understanding of the chemical makeup of cancer cells, Watson believes that biochemists (rather than molecular biologists) will again move to the forefront of cancer research.
NCI Should Fund Smaller Biotechnology Companies & Increase Its Funding to Major Research-Oriented Cancer Centers
The next issue addressed by Dr. Watson relates to the lack of funding available to small biotechnology companies, which are generally engaged in highly innovative research. In the past, the requisite funding of these companies was provided by venture capitalists (VCs), Watson notes. The level of VC funding required by small biotech companies is not currently available due to the severe U.S. economic downturn. To resolve this critical capital funding issue, Watson suggests that the National Cancer Institute (NCI) fund small biotech companies. This action, Watson believes, will allow the biotech companies to move drug discoveries from the laboratory into human clinical testing on an accelerated basis. In tandem with funding small biotech companies, Dr. Watson also requests NCI to increase its funding to major research-oriented cancer centers that engage in “low probability-high payoff” research projects, which are generally turned down by large pharmaceutical and biotech companies.
President Obama Should Appoint A Strong Leader To The Directorship of NCI
In 1971, the U.S. Congress provided the president, rather than the head of the National Institutes of Health, with the authority to appoint the NCI director. Watson characterizes NCI in his Op-Ed as “an outpost of the White House” that has “… become a largely rudderless ship in dire need of a bold captain who will settle only for total victory.” To resolve this issue, Dr. Watson advises President Barack Obama to appoint a strong leader, from among the nation’s best cancer researchers, to the directorship of NCI. As part of this new leadership structure, Watson also recommends that NCI recruit a seasoned pharmaceutical developer who can radically increase the speed of anticancer drug development and human clinical testing.
Application Of Sun Tzu’s Strategies On The Art Of War To Cancer Research
A statue of the iconic Chinese military leader Sun Tzu. Sun Tzu wrote the earliest -- and still the most revered -- military treatise in the world. This 6th century BC masterpiece is best known to most of us as "The Art of War."
At the conclusion of his Op-Ed, Watson acknowledges that his views will provoke rebuttals from prominent scientists who believe that it is not the right time to wage war on cancer. Moreover, Watson anticipates that many scientists will recommend that, until victory is more certain, the U.S. should not expend large sums of money on cancer research. Watson admits that money alone will not win the war on cancer, but he emphasizes that victory over cancer will not come ” from biding our time.” As part of the Op-Ed title, Watson uses the phrase “know the enemy;” a phrase commonly attributed to the ancient Chinese military leader Sun Tzu. Sun Tzu wrote the earliest — and still the most revered — military treatise in the world. This 6th century BC masterpiece is best known to most of us as The Art of War. The clever use of the phrase “know the enemy” by Dr. Watson may suggest that the enemy is indeed cancer, and perhaps, ourselves as represented by the current U.S. cancer research paradigm.
In chapter III of The Art of War, entitled Attack by Stratagem, Sun Tzu describes the dual knowledge that one must possess to achieve ultimate victory in war:
“…If you know the enemy and know yourself, you need not fear the result of a hundred battles. If you know yourself but not the enemy, for every victory gained you will also suffer a defeat. If you know neither the enemy nor yourself, you will succumb in every battle. …”
To follow the advice of James Watson is to better know ourselves and the formidable enemy known as “cancer.” Will Watson’s advice allow us to achieve ultimate victory in the war on cancer? Perhaps. Only time (and appropriate research funding) will tell.
Source: To Fight Cancer, Know The Enemy, by James D. Watson, Op-Ed, The New York Times, August 6, 2009.
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