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University of Washington


Natural or synthetic secretin does not reduce symptoms of autism, study shows

A new study from the University of Washington found that neither natural porcine secretin nor a synthetic form of the hormone reduced symptoms of autism. The research involved 85 children with autism and tested the effects of both forms of secretin versus a placebo, concluding there is no evidence for its effectiveness.

SourceUniversity of Washington·JournalJournal of the American Academy of Child & Adolescent Psychiatry·DateNov 12, 2002

Marked crosswalks may pose risk to older pedestrians

Researchers found that marked crosswalks increase the risk of injury for older adults, who face a 3.6 times greater risk when crossing at intersections without traffic signals or stop signs. The study suggests that older pedestrians should avoid relying on marked crosswalks and instead use signals or signs to identify safe crossing areas.

SourceUniversity of Washington·JournalJAMA·DateNov 5, 2002

The eyes have it: Study shows infants more tuned into wider world than previously believed

A study by University of Washington psychologists reveals infants' ability to gaze follow is crucial for learning language and understanding emotions, with open eyes leading to longer attention and more vocalization. By 14 months, infants become sensitive to potential obstacles and can initiate pointing and babbling towards objects.

SourceUniversity of Washington·JournalDevelopmental Psychology·DateNov 4, 2002

Gene linked to type 1 diabetes

Researchers have discovered a gene, Ian5, that appears to affect the function of the thymus and is linked to the development of type 1 diabetes in rats. The identification of this gene may also contribute to human type 1 diabetes and help researchers understand the underlying mechanisms of the disease.

SourceUniversity of Washington·JournalGenome Research·DateJul 1, 2002

Fluid forces within the body help invasive bacteria

Researchers at the University of Washington discovered that fluid forces in the human body help invasive bacteria, such as E. coli, thrive and adhere to surfaces. This finding has significant medical implications, including the potential for improved biomedical device safety and a better understanding of urinary tract infections.

SourceUniversity of Washington·JournalCell·DateJun 27, 2002