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When Summer Vacation Is Far From A Vacation
The kids are playing in the backyard and enjoying their break from school. Your husband is enjoying the day on the golf course. And you"re cleaning up the house, folding laundry and cooking three meals. Sound familiar?
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Senate Finance Committee To Discuss Public Plan Options; House Energy And Commerce Committee Discusses State, Regional Plans
The Senate Finance Committee on Thursday will meet to discuss the inclusion of a public insurance plan in its health care reform legislation, the Des Moines Register reports (Beaumont, Des Moines Register, 5/14). Supporters of the public plan say it would allow middle-income workers a choice between their employer coverage and coverage offered by the government. The insurance industry and Republican lawmakers oppose such a plan.The Finance Committee will consider a plan similar to Medicare but that would feature slightly higher reimbursement rates for providers. The plan would either be operated by the government or government-contracted private firms. Another option would allow each state to develop and oversee its own public coverage plan. The committee also will consider a proposal from Sen. Charles Schumer (D-N.Y.) that would allow a new public plan to compete with private insurers by requiring that the public plan be financed by premiums rather than tax dollars, that it follow the same solvency rules that apply to private firms and that it keep a reserve fund to cover liabilities. Schumer"s plan also would allow doctors and hospitals the choice of participating. The public plan also would be required to follow the same consumer protection rules as private firms (Alonso-Zaldivar/Werner, AP/Contra Costa Times, 5/14). The panel also is expected to discuss employer or individual mandates (Edney, CongressDaily, 5/14).Committee ranking member Chuck Grassley (R-Iowa), who has said he believes a public plan would eventually eliminate private insurance and force U.S. residents out of their employer-sponsored plans, said the committee meeting will reveal the likelihood of Republicans uniting against a public option. "We will have an idea how controversial it is and how strong people feel about it on both sides," Grassley said. He added, "I think before I would write it off completely, I would want to look at what those possible compromises are" (Des Moines Register, 5/14). House Energy and Commerce Committee
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Unspoken Memories Of Holocaust Survivors Find Silent And Nonpathological Expression
A faculty member of the Department of Sociology and Anthropology at the University of Haifa presented the results of a new research at an international Holocaust conference held at the University of Haifa.
Endocrinology

Cystic Fibrosis - Liposomal Tobramycin Receives Second Orphan Drug Designation Within Weeks

An innovative treatment for infections of the respiratory tract in cystic fibrosis patients has received a second orphan drug designation in the US only weeks after a first designation was granted. The recent designation relates to Burkholderia cepacia pathogens that can cause lethal infections in cystic fibrosis patients. For Axentis Pharma AG of Zurich, Switzerland, both designations affirm the therapeutic potential of its product candidate Fluidosomes(TM)-tobramycin, whose unique microbiological profile sets it apart from other antibiotic formulations (including free tobramycin). Axentis Pharma (Switzerland) announced that the Office of Orphan Products Development of the US Food and Drug Administration (FDA) has granted a second orphan drug designation to its lead product candidate Fluidosomes(TM)-tobramycin. This drug is a liposomal formulation of tobramycin and an innovative treatment for infections of the respiratory tract in patients with cystic fibrosis. Only three months ago, the FDA granted Fluidosomes(TM)-tobramycin orphan drug designation for the treatment of pulmonary infections caused by Pseudomonas aeruginosa. The newly granted second designation relates to pulmonary infections caused by Burkholderia cepacia (B. cepacia) pathogens. Despite stringent infection control practices, B. cepacia infections still occur in cystic fibrosis patients and can lead to fatal sepsis. The cell envelopes of these especially virulent bacteria are impermeable to most antibiotics, which makes them particularly difficult to treat. Due to its unique mode of action, which allows the antibiotics to penetrate into the bacteria, Fluidosomes(TM)-tobramycin could become a particularly effective treatment for B. cepacia infections. Prof. Dr. Miguel A Valvano, MD, Medical Advisor to Axentis Pharma, comments on the development: "Burkholderia cepacia is almost always multi-resistant to antibiotics and this, in conjunction with the poor prognosis of patients with B. cepacia infection, makes the treatment of these patients exceedingly complex. Tobramycin is in principle an effective antibiotic. The drug is however rather ineffective due to the impermeability of B. cepacia"s cell envelope. In addition, B. cepacia - just like many other pathogens - has developed mechanisms to eliminate antibiotics once they have entered the cell. Fluidosomes(TM)-tobramycin seems to overcome these limitations by packing tobramycin into liposomes, which, by allowing effective penetration of the antibiotic into the bacterial cell, completely changes the microbiological profile of this antibiotic. Hence, Fluidosomes(TM)-tobramycin could be a totally new antibiotic formulation that addresses microbiological needs that no other antibiotic can." What exactly happens when Fluidosomes(TM)-tobramycin encounters the bacterium is still not entirely clear, but pre-clinical data indicate a novel mode of action. Dr. Helmut Brunar, CEO of Axentis Pharma explains: "Once at the site of infection, tobramycin-containing liposomes seem to fuse with the cell membrane of the pathogen. In this way, the entire load of tobramycin contained in the Fluidosomes(TM) is released into the bacterial cell. Additionally, our data indicate that bacterial rescue mechanisms that pump tobramycin out of the cell are inhibited by the fusion process. The efficient delivery and maximum release of tobramycin into the bacterial cell together with inhibition of the clearance mechanism indicate that Fluidosomes(TM)-tobramycin has a highly efficient therapeutic effect." About Axentis Pharma AG Axentis Pharma is a respiratory specialty pharmaceutical company whose core competence is the combination of a fully patented, liposome-based drug delivery system with already established and well-characterized therapeutic agents. The company is using its platform delivery technology, named Fluidosomes(TM) technology, for the development of its lead product, an inhalable liposomal formulation of tobramycin. Axentis Pharma"s lead product is designed to treat bacterial infections in the lungs. About Fluidosomes(TM) technology Axentis Pharma"s Fluidosomes(TM) technology uses biocompatible lipids endogenous to the lung that are formulated into small liposomes. This nanocapsule platform offers wide-ranging potential for unmet medical needs, including chronic respiratory infections of the lung. In the case of Fluidosomes(TM)-tobramycin, the interaction between tobramycin and the microbial cell is triggered when the liposomes undergo a fusion process with the outer membrane of the bacterial cell wall. Tobramycin then penetrates into the inner cell compartment and triggers bacterial cell death. Axentis Pharma AG


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