Health & Medicine
- Health & Medicine
IVF kids show shift in gene activity
Team finds differences related to metabolism and growth.
By Eva Emerson - Health & Medicine
Possible prostate cancer culprit
Scientists identify a type of stem cell and a gene that play a role in the disease.
- Health & Medicine
Healthy teeth, healthy people
Talk leaves journalists flossing for details on oral health.
- Health & Medicine
Brain at the breaking point
New research, showing how stresses can snap tiny tracks inside brain connections, may improve understanding of traumatic brain injury.
- Health & Medicine
Dolphins may offer clues to treating diabetes
Insulin-resistance switch helps maintain glucose levels in dolphin brains, suggesting possible clues to treating diabetes in people.
- Health & Medicine
Tumor tracking gets personal
A new method has the potential to use genome science to improve cancer care.
By Eva Emerson - Health & Medicine
Lunch time for stem cells
Kristen Brennand is trying to tease out how the cells in brains of healthy people differ from those in schizophrenic patients. The problem: No one wants to give up a chunk of brain for her to study. So she’s fashioning her own clumps of brain cells from tissue people willingly part with – skin.
By Janet Raloff - Humans
Decoding diversity in Bushmen
Decoding the genetic makeup of tribal leaders and Archbishop Desmond Tutu uncovers rich genetic diversity in southern Africans.
- Health & Medicine
Mutations may underlie some stuttering
Defects in three genes governing basic cell metabolism are found in a portion of cases, researchers find.
By Nathan Seppa - Health & Medicine
Inflammatory bowel disease hikes blood clots
Study finds people with Crohn’s disease or ulcerative colitis have greatest risk during painful episodes.
By Nathan Seppa - Life
Sperm’s pore propulsion
Scientists identify a key proton channel that helps explain the dash to fertilization.
- Health & Medicine
Protein clumps like a prion, but proves crucial for long-term memory
Study in slugs hints that some molecular 'misbehavior' in neurons may help solidify learning.