Breast Cancer Jamaica Plain MA
Jamaica Plain, MA
Medicare Accepted: No
Workmens Comp Accepted: No
Accepts Uninsured Patients: No
Emergency Care: No
Hyde Park, MA
Hyde Park (Boston), MA
Marian H. Putnam, M.D. Private Practice of Pe
Insurance Plans Accepted: All Blue Cross PlansBoston Health NetChildren's Medical Security PlanHealth Care Value ManagementHarvard Pilgrim health CareMass Health which is our state's MedicaidPrivate Health Care SystemsGreat WestPruCareTufts Health PlanCarpenter
Accepts Uninsured Patients: Yes
Emergency Care: Yes
Primary Hospital: Children's Hospital
Residency Training: St. Raphael's New Haven; Cincinnati Children's
Medical School: Tufts Medical School, 1974
Languages Spoken: English,Afar,French
Brigham & Women's Hospital Neurosurgery
THURSDAY, Dec. 24 (HealthDay News) -- An analysis of breast cancer genomes has provided insight into how the human genome is rearranged when the disease strikes, researchers report.
"We have looked at the level of the DNA sequence at just how splintered and reorganized the genome is in many breast cancers. We were, frankly, astounded at the number and complexity of rearrangements in some cancers," Mike Stratton of the Wellcome Trust Sanger Institute in Cambridge, U.K., said in a news release from the institute.
"Just as important, the genomes were different from each other, with multiple distinctive patterns of rearrangement observed, supporting the view that breast cancer is not one, but several diseases," Stratton added.
According to the researchers, who looked at 24 breast cancer samples, the study findings will help doctors do a better job of classifying tumors, which will improve the diagnosis and treatment of breast cancer.
"It looks as though some breast cancers have a defect in the machinery that maintains and repairs DNA, and this defect is resulting in large numbers of these abnormalities," said the institute's Dr. Andy Futreal, in the news release. "At the moment, we do not know what the defect is or the abnormal gene underlying it, but we are seeing the result of its malfunction in the hideously untidy state of these genomes. Identifying the underlying mutated cause will be central to working out how some breast cancers develop."
The study findings are published online Dec. 23 in the journal Nature.
The U.S. National Cancer Institute has more about breast cancer.
SOURCE: Wellcome Trust Sanger Institute, news release, Dec. 23, 2009
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