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New Drug Capsule May Allow Weekly HIV Treatment

The new capsule is designed so that patients can take it just once a week, and the drug will release gradually throughout the week. This type of delivery system could not only improve patients' adherence to their treatment schedule but also be used by people at risk of HIV exposure

New Structure of Key Protein Holds Clues for Better Drug Design

odies. In addition to Wthrich and Eddy, authors of the study, "Allosteric Coupling of Drug Binding and Intracellular Signaling in the A2a Adenosine Receptor," were Tatiana Didenko and Pawel Stanczak of The Scripps Research Institute; Reto Horst of The Scripps Research Institute and Pfizer Worldwide Research and Development; Zhan-Guo Gao and

Designer Nanoparticles Destroy a Broad Array of Viruses

Now, an international group of researchers including UIC professor of chemistry Petr Kral, have designed new anti-viral nanoparticles that bind to a range of viruses, including herpes simplex virus, human papillomavirus, respiratory syncytial virus and Dengue and Lentiviruses. Unlike other broad-spectrum antivirals, which simply prevent viruses from infecting cells, the

New Findings to Help HIV Scientists Establish ‘Template’ for Potent antibodies

"Uncovering the process by which neutralizing antibodies develop is critical to HIV vaccine design," said Elise Landais, Senior Research Scientist with IAVI and lead author of the study. "A small fraction of people living with HIV can naturally produce exceptionally powerful and broad antibodies that could prevent HIV from infecting

In the Fight Against Viral Infection, Spelling Counts

Now, scientists have found that a key similarity between our genes and those of many viruses -- a way of spelling out the genetic code -- has likely allowed viruses to evade our cellular defenses. Paul Bieniasz, a Rockefeller professor and Howard Hughes Medical Institute Investigator who led the work,

New Molecule Shows Promise in HIV Vaccine Design

"An obstacle to creating an effective HIV vaccine is the difficulty of getting the immune system to generate antibodies against the sugar shield of multiple HIV strains," said Lai-Xi Wang, a professor of chemistry and biochemistry at UMD. "Our method addresses this problem by designing a vaccine component that mimics

New Targets for Anti-Malaria Drugs

In the current study, researchers sought to uncover the role of plasmepsins IX and X, two of the 10 types of plasmepsin proteins produced by P. falciparum for metabolic and other processes. They created malaria parasites that lacked plasmepsin IX or X under experimental conditions and compared them to those that had

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