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Indiana University


Study finds flame retardants at high levels in pet dogs

Researchers at Indiana University found significant levels of polybrominated diphenyl ethers (PBDEs) in the blood of pet dogs, with average concentrations about five to ten times higher than those found in humans. The study suggests that dogs may serve as 'biosentinels' for monitoring human exposure to flame retardants.

SourceIndiana University·JournalEnvironmental Science & Technology·DateApr 26, 2011

Algae that live inside the cells of salamanders are the first known vertebrate endosymbionts

Scientists have discovered algae living inside the cells of developing spotted salamanders, marking the first known example of a eukaryotic algae endosymbiont in vertebrates. This finding highlights the complexity of animal-algae interactions and raises questions about the evolutionary origins of mitochondria and chloroplasts.

SourceIndiana University·JournalProceedings of the National Academy of Sciences·DateApr 4, 2011

Study: Emissions trading doesn't cause pollution 'hot spots'

A new study by Indiana University professor Evan Ringquist finds that emissions trading programs do not create heavily polluted areas in minority and low-income communities. The study analyzed data from the sulfur dioxide allowance trading program and found no evidence of 'hot spots' or increased pollution in these areas.

SourceIndiana University·JournalSocial Science Quarterly·DateMar 30, 2011

Report offers solutions to address decline in US dental faculty

A new report by Indiana University School of Dentistry calls for quick and creative solutions to address the decline in US dental faculty. The report cites widening pay gaps between private practice dentists and clinical professors as a factor in fewer dentists committing to careers in teaching. To reverse the trend, the report recomme...

SourceIndiana University·JournalJournal of Dental Education·DateJan 27, 2011

IU study: When to end a run

A study by Indiana University found that runners who continue despite exhaustion change their form, increasing the risk of injury. The study showed that at the end of a normal run, runners' mechanics start to change when they reach fatigue levels, typically indicated by RPEs between 13-15.

SourceIndiana University·JournalJournal of Biomechanics·DateDec 9, 2010

APHA 2010: College days -- more sedentary days

College students experience a gradual decrease in moderate and vigorous physical activity as they progress through their studies, resulting in increased body mass index and weight. The transition period can lead to weight gain, emphasizing the importance of colleges providing programs and choices to support healthy lifestyle changes.

Study: Mental illness stigma entrenched in American culture; new strategies needed

A joint Indiana University and Columbia University study found no change in prejudice and discrimination toward people with serious mental illnesses or substance abuse problems despite increased public acceptance of neurobiological explanations. Key findings include increased support for treatment but generally unrelated stigma reduction.

SourceIndiana University·JournalAmerican Journal of Psychiatry·DateSep 15, 2010

IU chemists develop new 'light switch' chloride binder

Researchers at Indiana University have designed a molecule that binds chloride ions but can be compelled to release them in the presence of ultraviolet light. The 'light switch' properties of this foldamer could be valuable tools for biochemists, allowing them to adjust the availability of chloride in their experiments.

SourceIndiana University·JournalJournal of the American Chemical Society·DateAug 27, 2010

Deaths in the family cause bacteria to flee

Researchers found that bacteria release extracellular DNA (eDNA) when relatives die, which inhibits the sticky holdfasts of living cells from adhering to surfaces. This allows surviving cells to escape established colonies and outcompete each other for better conditions.

SourceIndiana University·JournalMolecular Microbiology·DateJun 29, 2010

A doctor's referral for better fitness

Research by NiCole Keith highlights the need for physicians to consider physical activity levels a vital sign, similar to height and blood pressure. Regular discussions about exercise habits can help reduce stigma and promote healthy behaviors, leading to better weight management outcomes.

Tidy house, fitter body?

A new Indiana University study reveals that the inside of a person's home has a significant impact on their physical activity levels. Researchers found that home conditions, such as dusting and cleaning, were more strongly linked to physical activity than external factors like sidewalks and lighting.

An sRNA controls a bacterium's social life

Researchers have identified a small RNA molecule that controls social behavior in Myxococcus xanthus, a soil bacterium. The mutation of interest, 'Pxr', had previously been found to give an evolved mutant of M. xanthus a competitive edge over both the mutant's immediate parent and its ancestor.

SourceIndiana University·JournalScience·DateMay 20, 2010

Epidemic this year? Check the lake's shape

Research by Indiana University scientists reveals that lake shape is a powerful factor controlling fungal disease epidemics. U-shaped lakes are more prone to epidemics due to the presence of Chaoborus, an invertebrate predator that spreads spores and catalyzes epidemics.

SourceIndiana University·JournalBioScience·DateMay 5, 2010

A different kind of mine disaster

Researchers at Indiana University have found that the world's largest antimony mine has extremely high levels of antimony in its water, making it a significant source of environmental pollution. The study's lead author notes that antimony is an emergent contaminant and people have not paid enough attention to it.

SourceIndiana University·JournalEnvironmental Geochemistry and Health·DateApr 12, 2010

Closing in on a carbon-based solar cell

Indiana University chemists have developed an unusual solution to create large, stable graphene sheets by attaching a 3D bramble patch to each side. This allows for the creation of uniform-sized graphene sheets that can efficiently absorb sunlight, paving the way for cheaper and more sustainable solar cells.

SourceIndiana University·JournalNano Letters·DateApr 9, 2010