Article: Shotgun Identification of the Structural Proteome of Shrimp White Spot Syndrome Virus and iTRAQ Differentiation of Envelope and Nucleocapsid Subproteomes, by Zhengjun Li, Qingsong Lin, Jing Chen, Jin Lu Wu, Teck Kwang Lim, Siew See Loh, Xuhua Tang, and Choy-Leong Hew
MEDIA CONTACT: Choy-Leong Hew, National University of Singapore; tel: 65-6516- 2692; e-mail: dbshewcl@nus.edu.sg or dbshead@nus.edu.sg
How some algae tolerate very salty environments
Researchers have identified unique proteins that allow a unicellular alga called Dunaliella salina to proliferate in environments with extreme salt content. These results might provide ways to help crop plants resist the progressive accumulation of salt in soil, which is a major limitation for agricultural productivity worldwide.
Since its discovery in 1905, D. salina has become a convenient model organism to study general mechanisms of salt adaptation in algae and plants. Previous studies have shown that in very salty environments, the algas plasma membrane -- which is a barrier that protects it from the outside environment -- undergoes major changes that are expected to play a role in salinity tolerance.
For the first time, Adriana Katz and colleagues have obtained a comprehensive overview of membrane-associated proteins and have shown how changes in the structure and composition of the membrane may help D. salina adapt to high salt content
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