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Science News for April 25, 2003


One fig, one wasp? Not always!

A new study found that many fig wasp species are cryptic, meaning they are genetically identical but belong to different host fig species. This challenges current ideas about the stability and evolution of mutualisms, strengthening other critical parts of modern evolutionary theory.

SourceSmithsonian Tropical Research Institute·JournalProceedings of the National Academy of Sciences·DateApr 25, 2003

Malaria project in funding crisis

A recent study published in Malaria Journal found that current funding for the Roll Back Malaria movement is less than 7% of what is needed to achieve its goals. The authors recommend increasing aid and implementing more transparent reporting by donors to ensure the project's success.

SourceBMC (BioMed Central)·JournalMalaria Journal·DateApr 25, 2003

Advances in prosthetic, orthopedic, and audiologic diagnostic tools

Researchers have developed new diagnostic tools to assess injury risk in wheelchair users, measure hand movement, and improve tinnitus rehabilitation. A computerized glove and instrumented globe system enhance hand-function assessment and shoulder rehabilitation, while shock-absorbing prostheses promote active lifestyles for amputees.

SourceVeterans Affairs Research Communications·JournalThe Journal of Rehabilitation Research and Development·DateApr 25, 2003

American Thoraic Society Journal news tips for May 2003 (first issue)

A study of 589 postmenopausal women found a significant association between menopause and sleep-disordered breathing. Additionally, researchers discovered that statin use can significantly reduce tissue rejection and improve pulmonary function in lung transplant patients. These findings highlight the importance of evaluating sleep-diso...

SourceAmerican Thoracic Society·JournalAmerican Journal of Respiratory and Critical Care Medicine·DateApr 25, 2003

Microgel polymer beads may provide general vehicle for vaccines, gene therapy

Researchers have developed microgel polymer beads that can be engineered to break apart in acidic conditions, releasing vaccine antigens on the surface of immune cells. This technique avoids destroying protein antigens with stomach acids, making it a promising approach for future vaccines and gene therapy.

SourceUniversity of California - Berkeley·JournalProceedings of the National Academy of Sciences·DateApr 25, 2003