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AACE Response To Insulin Glargine Cancer Risk Articles In Diabetologia
On June 26, 2009 several articles published online in Diabetologia by the European Association for the Study of Diabetes investigated the possible relationship between use of insulin glargine (Lantus, sanofi-aventis) and the development of certain malignancies. The authors themselves, and the accompanying editorial, cautioned against over-interpretation of their limited data and analyses, which precluded them from drawing any firm conclusions. For example, there were contradictory findings among the studies, patient populations were not always comparable, and the duration of observation was short. Nonetheless, since the relationship of type 2 diabetes to cancer is of critical importance, further study is warranted.
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Emphasis On Self-Awareness And Personal Will In Groundbreaking 'Reorganizational Healing' Model
Reorganizational Healing (ROH), an emerging concept for wellness, healing, and personal growth, is explored in depth in a seminal groundbreaking article and accompanying commentaries in the latest issue of The Journal of Alternative and Complementary Medicine, a peer-reviewed journal published by Mary Ann Liebert, Inc. The Reorganizational Healing articles are available free online at http://www.liebertpub.com/acm.
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Extracorporeal Shock Wave Therapy For The Treatment Of Chronic Pelvic Pain Syndrome In Males: A Randomised, Double-Blind, Placebo-Controlled Study
UroToday.com - At a glance one could assume that this study was solely empirical - on the contrary! Shock waves (SWs) seem to have a greater therapeutic potential than is assumed and understood today. Finally, the effect of SW cannot be explained by current models of thinking. The recently published SW model by Wess1 is a very promising and tremendous basic approach: SW could modify brain processes and pain storage patterns - both to be influenced therapeutically. We are going to follow these concepts by specific research investigating processes inside the brain during SW application. Possible reactions in the brain and changes under running Extracorporeal Shock Wave Treatment (ESWT) are presently the most promising approaches to understanding the working mechanisms of SW. We intend to apply SWs not only clinically, but also to enhance our knowledge by basic research about their therapeutic effects. The missing animal model for chronic pelvic pain syndrome (CPPS) does not contribute to simplifying the understanding of pathophysiological processes influenced by ESWT, in particular due to the fact that the knowledge about CPPS pathophysiology itself is very limited.
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Biomedical Sciences Companies Expanding In Asia Invested More Than US$500 Million In Singapore

Global biomedical sciences companies invested more than US$500 million in Singapore in the year 2008. This rides on Singapore"s strong scientific fundamentals, with biomedical sciences R&D expenditure exceeding US$760 million in 2007. The continued confidence in Singapore points to the city-state"s attractive investment environment, as companies look to the fast growing Asian market to fuel their growth. As a leading bio-cluster in Asia, Singapore provides access to global talent, world-class scientific and clinical excellence, as well as excellent connectivity to key regional markets. Mr. Yeoh Keat Chuan, Executive Director, Biomedical Sciences, Singapore Economic Development Board (EDB) said: "Singapore is aggressively positioning itself as a home for business, innovation and talent in Asia to be future-ready. Our efforts will enable companies based in Singapore to innovate and create value, thereby capturing the opportunities presented by Asia"s growth." Expanding Base of Research Investments A growing base of more than 50 global pharmaceutical, biotechnology and medical technology companies are carrying out R&D in Singapore, alongside 30 public-sector research and medical institutes. Bayer has committed US$13 million to carry out R&D in Singapore, starting with a US$2.3 million collaboration with the National University of Singapore (NUS) Yong Loo Lin School of Medicine to conduct translational cancer research, which includes profiling oncology drugs in an Asian context. Schering-Plough opened a 30,000 square-foot Translational Medicine Research Centre (TMRC), which will support the company"s global R&D programmes by focusing on biomarker discovery and development. Schering-Plough"s TMRC will also be the company"s focal point for non-invasive imaging for discovery research and early clinical development. In addition, companies are leveraging Singapore"s central location for the oversight and coordination of multi-centre, regional clinical trials. Takeda announced its US$3 million regional clinical coordination centre, while Quintiles doubled the size of its regional headquarters to an 80,000 square-foot facility, which will house its Central Laboratory and Clinical Development Services offices. Commercialising Homegrown Innovation On the home front, Singapore"s biotech and research institutes successfully concluded significant licensing agreements with international partners. S*BIO, for example, is entitled to receive more than US$600 million in payment under two licensing agreements with Onyx and Tragara to develop oncology drugs. S*BIO"s agreement with Onyx will include the development of SB1518, a JAK2 inhibitor that received orphan drug designation from the U.S. Food and Drug Administration (FDA) in 2008. The Institute of Materials Research and Engineering (IMRE) has attracted investment from Sumitomo Corporation Asia and will be spun-off as Micropoint Technologies to produce plastic microneedles, for painless injections and extraction of bodily fluids, which can be mass produced. The Institute of Bioengineering and Nanotechnology (IBN) has also announced licensing deals for its products: -- Micro-Kit, an all-in-one device that allows for rapid, easy, affordable tests for cancer, avian flu and other infectious diseases, licensed to Dyamed Biotech -- Virtual Reaction Chamber, affordable micro fluidics real time PCR machine, licensed to MP Biomedicals under agreement with Exploit Technologies Singapore Draws High Value-Added, Complex Manufacturing Asia"s growth is not limited to its market opportunities. In recognition of Asia"s scientific excellence and capabilities, companies are establishing higher value-added manufacturing activities into Singapore. This trend builds on Singapore"s advanced manufacturing capabilities as well as its expertise in process development and automation technologies. Coupled with the island"s close proximity and excellent connectivity to Asian markets, the city-state presents a choice location for complex manufacturing and the production of innovative medicines and medical devices. Lonza announced the decision to set up its first Asian cell-therapy manufacturing plant in Singapore. This facility will initially manufacture products for clinical trials as a start, and will build up Singapore"s capabilities as one of Asia"s leading sites for cell-therapy. In addition, GlaxoSmithKline (GSK) recently embarked on a US$67 million upgrading project to improve the capability and flexibility of its Singapore manufacturing plant, which is one of GSK"s key global sites that manufacture new pharmaceutical active ingredients. Coupled with its new R&D pilot plant opened in 2008, this upgrading project will support the seamless development and implementation of new processes from the R&D bench to full-scale manufacturing. Marking a new milestone in its successful 31-year partnership with Singapore, Baxter Biosciences recently held a ground-breaking ceremony for a biopharmaceutical manufacturing plant for biologics and recombinant therapy. This facility is Singapore"s sixth biologics manufacturing plant and will produce ADVATE, which is one of the world"s most chosen recombinant FVIII therapies for hemophilia. In response to the expanding base of biologics manufacturers in Singapore, which include Baxter, Genentech, GSK, Lonza and Novartis, Millipore opened a US$2 million regional biopharmaceutical manufacturing training facility. In the field of micro-array, Singapore is emerging as a global leader with Illumina"s decision to set up its US$20 million global manufacturing site in the city-state. Singapore accounts for more than half of the global manufacturing capacity for micro-arrays, which is increasingly used in biopharmaceutical research and diagnostics. Yeoh said: "In 2008, Singapore"s biomedical sciences sector contributed US$13 billion in manufacturing output. With the continued investment from global companies such as Baxter, Illumina and GlaxoSmithKline, we are confident of achieving our target of US$17 billion in manufacturing output by 2015." Developing Companies" Talent-Base in Singapore During these challenging times, Singapore has launched programmes specifically targeted at helping global businesses based in Singapore retain and enhance their talent base. In January this year, the Singapore Government announced a US$14 billion resilience package that includes the Jobs Credit scheme and Economic Development Board"s PREP-UP initiative. Under these programmes, the Singapore Government will co-share the cost of wages and training with companies to upgrade the skills of their technical and engineering workforce, thus ensuring that they are fully prepared for the eventual economic upturn. Singapore Economic Development Board


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