Send your comments and tips to email@example.com
Beth Israel Deaconess Medical Ctr.
Boston Medical Center
Brigham and Women's Hospital
Cambridge Health Alliance
Caritas St. Elizabeth's Medical Ctr.
Children's Hospital Boston
Dana-Farber Cancer Institute
Joslin Diabetes Center
Mass. General Hospital
Mass. Health Law
New England Baptist Hospital
Short White Coat
Tufts-New England Medical Center
UMass Memorial Medical Center
University of Massachusetts
VA Medical Centers
A Healthy Blog
Running A Hospital
Nature Network Boston
SciBos - Corie Lok's blog
Dr. Flea's blog
Nurse at small
Your Child's Health Blog
Healthy Children blog
Other Globe Blogs
Elizabeth Cooney is a health reporter for the Worcester Telegram & Gazette.
Boston Globe Health and Science staff:
Karen Weintraub, Deputy Health and Science Editor, and Gideon Gil, Health and Science Editor.
Short White Coat blogger Ishani Ganguli
« In case you missed it: ER waits, facing insurance changes, user-innovators, BU prof. not UF pick | Main | Today's Globe: VA hospitals, TB fight, diets compared, hospice for minorities, stent rival, heart failure drug, NIH flatlining »
Monday, March 26, 2007
Today's Globe Health|Science: recipe for research, IVF twin hopes, 3-D stretch, E8, breast cancer surgeons
It takes patience, sacrifice, and lots of food to figure out whether something is really good for you, volunteers learn when they plunge into the world of diet and nutrition research at Tufts University, bellying up to the table in the name of science.
It's long been the Catch-22 of in-vitro fertilization: The chances of a successful pregnancy increase with the number of embryos implanted, but so does the likelihood of multiple pregnancies, which are riskier for both mother and offspring. Now a new study and a growing body of research suggest that, ultimately, implanting only one embryo is just as likely to lead to pregnancy.
Last week, Harvard's Initiative in Innovative Computing unveiled a modified version of 3D Slicer, a computer program developed to allow surgeons to explore an image of the body -- zooming in, rotating, and moving around as needed to see the terrain. The modified version lets researchers do the same thing with astronomical data, exploring space for interesting surprises.