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Americans spend billions on foods and supplements containing omega-3 fatty acids. Not all of it is money well spent.
Researchers have developed a new mathematical approach to analyze molecular data derived from complex mixtures of immune cells. This approach, when combined with well-established techniques, readily identifies changes in small samples of human whole blood, and has the potential to distinguish between health and disease states.
In response to a recent recommendation from the U.S. Food and Drug Administration (FDA), Procter & Gamble just announced that it is voluntarily recalling Pringles Restaurant Cravers Cheeseburger potato crisps and Pringles Family Faves Taco Night potato crisps. These recalls are part of an industry ingredient recall to protect consumers from potential Salmonella exposure. There have [...]
Delano United Methodist Church, 3310 County Line Rd. S.E., will host a Blood Drive for the American Red Cross from 2 to 7 p.m., Tuesday, March 9. Volunteers will call people with blood type O to set up appointments.
Parents, hospitals and private firms are being warned over risky and illegal collections of umbilical cord blood
Few of those who stood by the Hawkins family during their 15-year-old son Dakota’s battle with a rare blood cancer will forget the March 3, 2006, blog entry.
Scientists at the Stanford University School of Medicine have devised a software algorithm that could enable a common laboratory device to virtually separate a whole-blood sample into its different cell types and detect medically important gene-activity changes specific to any one of those cell types.In a study to be published online March 7 in Nature Methods, the scientists reported that they ...
A newly software could enable a common laboratory device to virtually separate a whole-blood sample into its different cell types and detect medically important gene-activity changes
Scientists at the Stanford University School of Medicine have devised a software algorithm that could enable a common laboratory device to virtually separate a whole-blood sample into its different cell types and detect medically important gene-activity changes specific to any one of those cell types.
Scientists have devised a software algorithm that could enable a common laboratory device to virtually separate a whole-blood sample into its different cell types and detect medically important gene-activity changes specific to any one of those cell types.
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