The International AIDS Society (IAS) announced today the ten winners of four prestigious scientific awards, to be presented at plenary sessions during the XVIII International AIDS Conference (AIDS 2010). Presented by the IAS and partners, these awards recognize scientists involved in innovative HIV and AIDS research throughout the world. "The quality of work represented by the 2010 awardees is remarkable," said IAS President Julio Montaner. "The IAS hopes to draw the world's attention to these individuals and to their significant scientific accomplishments, as well as to the continued need for innovation in all of the major areas of HIV and AIDS research, represented by the six conference programme tracks."

UC Davis biomedical engineer Prof. Alexander Revzin has developed a "lab on a chip" device for HIV testing. Revzin's microfluidic device uses antibodies to "capture" white blood cells called T cells that are affected by HIV. In addition to physically binding these cells the test detects the types and levels of inflammatory proteins (cytokines) released by the cells.

In the battle between insect predators and their prey, chemical signals called kairomones serve as an early-warning system. Pervasively emitted by the predators, the compounds are detected by their prey, and can even trigger adaptations, such a change in body size or armor, that help protect the prey. But as widespread as kairomones are in the insect world, their chemical identity has remained largely unknown. New research by Rockefeller University's Joel E. Cohen and colleagues at the University of Haifa in Israel has identified two compounds emitted by mosquito predators that make the mosquitoes less inclined to lay eggs in pools of water. The findings, published in the July issue of Ecology Letters, may provide new environmentally friendly tactics for repelling and controlling disease-carrying insects.

Starting Monday, July 19 through Tuesday, July 27, 2010, the Khaled bin Sultan Living Oceans Foundation will conduct a scientific coral reef survey in Bonaire, Netherlands Antilles. The main objective of this project is to reevaluate coral sites previously studied by the Foundation in order to produce management decision aids and tools needed by resource managers and other stakeholders in Bonaire to achieve effective coral reef conservation results.