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An Embryonic Cell’s Fate is Sealed by the Speed of a Signal

When embryonic cells get the signal to specialize the call can come quickly. Or it can arrive slowly. Now, new research from Rockefeller University suggests the speed at which a cell in an embryo receives that signal has an unexpected influence on that cell’s fate. Until now, only concentration of the chemical signals was thought to matter in determining if the cell would become, for example, muscle, skin, brain or bone.

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Dr Linda Giudice, President-Elect of the World Endometriosis Society

Dr Linda Giudice, current President-Elect of the World Endometriosis Society and a leader in research on the impact of the environment on reproductive health, explains to International Innovation how the American Society for Reproductive Medicine is improving advocacy, education and research in reproductive medicine worldwide.

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Scientists Discover Genetic Cause for Male Reproductive Birth Defects

Researchers have defined a previously unrecognized genetic cause for two types of birth defects found in newborn boys.  Lead author Dr. Dolores Lamb, director of the Center for Reproductive Medicine at Baylor, professor and vice chair for research of urology and molecular and cellular biology at Baylor, asid cryptorchidism and hypospadias are among the most common birth defects but the causes are usually unknown.

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Study: Heavy Bleeding Very Common As Women Approach Menopause

As women get older, their periods can begin to change. This perimenopausal time typically starts when a woman is in her 40s and lasts about four years. (The average age of menopause, when periods stop, is 51.) For some women, the transition means unpredictable, prolonged or heavy bleeding, and that can be frightening. Now new research shows that these changes may be quite normal.