A new array of ocean robots has begun working deep in the Indian Ocean to help scientists understand Australia’s changing climate.

“This is a key region for the global climate system and installation of the robots will provide our best coverage to begin to understand how the Indian Ocean affects our climate,” says CSIRO’s Dr Gary Meyers.

Cycling between the surface and a depth of two kilometres every 10 days, the ocean robots are sampling conditions in a region thought to

Thousands in southern Asia could be drinking arsenic-contaminated water from wells that are falsely labeled safe, while precious good water sits untapped in wells that are wrongly marked unsafe — a dire disparity for countries where water can be more valuable than gold.

A new study of wells in Bangladesh and West Bengal, India, suggests the arsenic test kits used by field workers are frequently inaccurate, producing scores of incorrectly labeled wells. The findings were published this month

Scientists at the U.S. Department of Energy’s Brookhaven National Laboratory and their collaborators have discovered that some viruses can use the most abundant protein in the cells they are infecting to destroy the cells and allow new viruses to escape to infect others. The findings, described in the November 29, 2002, issue of the Journal of Biological Chemistry, build upon earlier Brookhaven research on how virus particles become infectious (see related story) and may lead to the design of m

A paper published in the December, 2002 issue of Infection and Immunity by a research team at the Louisiana State University (LSU) Health Sciences Center in New Orleans provides clear evidence that the lethal toxins of such infectious bacteria as Pseudomonas and anthrax can be blocked by a drug developed at the LSU Health Sciences Center in New Orleans. The compound, called D6R (hexa-D-arginine), is a potent, stable, small molecule inhibitor of furin.

Bacteria produce a number of toxins whic

American Heart Association meeting report

Researchers safely transplanted 16 patients’ skeletal muscle cells into their own severely damaged hearts in the first human testing in the United States, according to a study reported today at the American Heart Association’s Scientific Sessions 2002.

“We have been able to regenerate dead heart muscle, or scar tissue, in the area of heart attack without increasing risk of death,” says lead author Nabil Dib, M.D., director o

American Heart Association meeting report

Preliminary findings of a study in rats suggests that a person’s own cells might one day replace artificial pacemakers, researchers reported today at the American Heart Association’s Scientific Sessions 2002.

Studies conducted at Children’s Hospital Boston tested the ability of immature skeletal muscle cells to interconnect with heart cells and spread the electrical impulses that keep the heart beating properly.