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New York Lawmakers Should Pass Bill Capping Amount Low-Income Residents With HIV Pay For Housing, Columnist Says
Some New York City residents with HIV pay as much as 70% of their income on housing because of the financial assistance they receive through the New York City HIV/AIDS Services Administration, New York Daily News columnist Errol Louis writes. According to Louis, lawmakers should pass a bill that would cap the rent contribution of low-income people with HIV/AIDS at 30% of their income, "the standard used for most rent-subsidy programs." The bill is currently before the state"s Assembly Ways and Means Committee. Louis adds that ensuring that people living with HIV are in "stable housing ò€¦ makes them less likely to run up big taxpayer bills by using public hospital emergency rooms for basic health care." He concludes, "Albany has a choice: do what"s cheap and quick in the short run, or do what makes long-term sense and saves lives" (Louis, New York Daily News, 5/31).
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Zogenix Obtains Approval In U.S. For Sumavel™ DosePro™
Aradigm Corporation (OTC BB: ARDM.OB) ("Aradigm") announced that Zogenix, Inc. was granted approval of the Sumavel™ DosePro™ (sumatriptan injection) needle-free delivery system which enables subcutaneous delivery of sumatriptan without a needle for the treatment of acute migraine. Aradigm is entitled to a $4 million milestone payment upon first commercial sale, and royalty payments upon any sales of products in the U.S. and other countries, including the European Union, which may be developed and sold using the DosePro technology.
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Link Between Dioxins In Food Chain And Breastfeeding Ills
Exposure to dioxins during pregnancy harms the cells in rapidly-changing breast tissue, which may explain why some women have trouble breastfeeding or don"t produce enough milk, according to a University of Rochester Medical Center study.
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Secrets Of Scorpion Venom Revealed By Genetic Analysis

Transcriptomic tests have uncovered the protein composition of venom from the Scorpiops jendeki scorpion. Researchers writing in the open access journal BMC Genomics have carried out the first ever venom analysis in this arachnid, and discovered nine novel poison molecules, never before seen in any scorpion species. Yibao Ma worked with a team of researchers from Wuhan University, China, to study the sting of S. jendeki, a member of the family Euscorpiidae, which covers Europe, Asia, Africa, and America. He said, "Our work greatly expands the current knowledge of scorpion venoms. We found ten known types and nine novel venom peptides and proteins. These molecules provide a rich, hitherto-unexplored re for drug development as well as clues into the evolution of the scorpion venom arsenal". To humans, the sting of scorpions from the Euscorpiidae family tend to be quite mild - about as painful as a mosquito bite. S. jendeki venom has never been studied before. The researchers found that it contains ten known poisons, with markedly diverse modes of action and nine new types of venom peptide, whose biological effects are yet to be determined. The scorpion itself, however, is considered harmless - probably because it cannot deliver enough of the poison to cause any damage to a healthy human. Interestingly, neurotoxins, which are major poisons in the venom of another scorpion species that can kill humans, were not found in the S. jendeki venom. Ma concludes, "Many types of venom peptides and proteins have been obtained from diverse scorpion species. Some are widely distributed among scorpions from different families, while others, like some of those discovered in our study, appear to be restricted to particular scorpion lineages. The presence of these common and uncommon venom molecules among different lineages reflects the dynamic evolutionary process of the scorpion venom arsenal". Notes: Transcriptome analysis of the venom gland of the scorpion Scorpiops jendeki: implication for the evolution of the scorpion venom arsenal Yibao Ma, Ruiming Zhao, Yawen He, Songryong Li, Jun Liu, Yingliang Wu, Zhijian Cao and Wenxin Li. BMC Genomics (in press) http://www.biomedcentral.com/bmcgenomics/ Contact: Graeme Baldwin BioMed Central


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