Women’s Cancer Q&A: Advances in Care
WebMD’s women's cancer expert, Harold J. Burstein, talks to WebMD's chief medical editor about treatment advances, research breakthroughs, and the prognosis for the future.
How far have we come in women’s cancer? Keeping up with the latest treatment
trends and studies about cancer of the breast, ovary, uterus, and cervix can be
daunting. New studies come out seemingly every week with hot-off-the-press --
and often contradictory -- results. Mammograms? They’re either the key to
prevention or misleading at best. And what’s the final word on hormone
replacement therapy? Does it prevent or cause cancer? Experts have even
recently challenged the value of sticking to a low-fat diet to help keep cancer
We need answers. An estimated 251,140 U.S. females will battle breast,
ovarian, uterine, or cervical cancer in 2007. For a clearer picture of the
state of women’s cancer treatment today and tomorrow, WebMD chief medical
editor, Michael W. Smith, MD, turned to WebMD’s resident cancer expert, Harold
J. Burstein, MD, PhD.
What breast cancer advances are you most excited about?
Two big ongoing trends in breast cancer medicine today offer patients
tremendous promise. One is the development of new drugs that target cancer
cells directly. Some interfere with specific molecules involved with cancer
cell development or tumor growth. Others slow the growth of breast cancer cells
that enlarge in response to the hormone estrogen. These drugs work by blocking
estrogen’s effect. Still others target the vascular system and block
development of blood vessels that help feed the cancer cells.
These drugs are an exciting development for a couple of reasons. One,
targeting a cell process that has gone awry allows the treatment to actually
get right at the molecular process that has contributed to developing cancer.
Second, these treatments have much less effect on normal, noncancerous cells.
This usually leads to fewer side effects than with typical chemotherapy.
What is the second trend?
Breast cancer treatment is much more personal than in the past, and we’re
able to tailor a woman’s treatment based on the genetic makeup of her own
cancer cells. It perhaps sounds obvious, but what we’re finding is that not all
breast cancers are the same.
Specific genes in these cells can tell us how the tumor will grow, how
likely the cancer is to recur, in general how it will behave. This information
helps shape treatment -- how aggressive to be with chemotherapy, for example,
or even which patients really need chemotherapy and which patients don’t.