Health :: Water – More Valuable than Diamonds

A new study by University of Arkansas economists shows a strong relationship between economic freedom and access to water. David Gay and Charles Britton, economics professors in the Sam M. Walton College of Business, and Richard Ford, professor of economics at the University of Arkansas at Little Rock, compared data from two important international indices and found that greater economic freedom leads to economic development, which in turn decreases the amount of poverty associated with a nation’s lack of access to water.

Epilepsy :: Gene therapy inhibits epilepsy – study

For the first time, researchers have inhibited the development of epilepsy after a brain insult in animals. By using gene therapy to modify signaling pathways in the brain, neurology researchers found that they could significantly reduce the development of epileptic seizures in rats.

Parenting :: Traditional books provide more positive parent-child interaction

Parents and pre-school children have a more positive interaction when sharing a reading experience with a traditional book as opposed to an electronic book or e-book, according researchers at Temple University’s Infant Laboratory and Erikson Institute in Chicago. This shared positive experience from traditional books characteristically promotes early literacy skills.

Cancer :: Blocking cancer-causing gene improves radiation effectiveness – Jefferson researchers

Inhibiting a particular cancer-causing gene can enhance the cell-killing effects of radiation, a team of radiation oncologists and cancer biologists has found. Using a combination of zebrafish and antisense technology, they’ve shown that the drug flavopiridol works by blocking the activity of a gene, cyclin D1, which is overexpressed in about half of all breast cancers. Similar techniques in the future, the scientists say, may enable researchers to better gauge the effects of drugs.

Health :: Researchers find a reaction to spinal cord injury that speeds recovery

Neuroscientists had long believed that the only way to repair a spinal cord injury was to grow new neural connections, but researchers at Georgetown University Medical Center have found that, especially in young rats, powerful cells near the injury site also work overtime to restrict nerve damage and restore movement and sensation.

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