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Major Cities in Delaware with Drug Rehab and Treatment Centers:
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866-407-4380
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Drug Rehab Delaware
is here to help people with drug and/or alcohol abuse problems in Delaware. find treatment options. Due to our diverse networking system we can find a treatment option tailored to each individuals specific situation and needs. We are able to provide all phases of recovery included but not limited to, alcohol and/or drug intervention, drug and/or alcohol detox, in-patient treatment, out-patient treatment, short term treatment (30 days or less), long term treatment (90 days or longer).
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We design personalized treatment programs to provide each abuser with the greatest chance of a successful recovery outcome. Our comprehensive networking system works hand in hand with all of the drug treatment centers in Delaware. At Drug Rehab Delaware we know that each individual is unique and are treated as such. Deciding upon a treatment option in Delaware, or anywhere can be a daunting task for any individual or family, we will guide you through each step of a comprehensive treatment plan for you or your loved one. We are determined in our mission, that every drug and/or alcohol abuser in Delaware. that has a desire to change their life will be given a chance to recover from their addiction and we are dedicated to ensuring that they are given the opportunity to do so.
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We realize that each individual in Delaware. is in a different financial situation and we will find treatment options for each individual regardless of their financial situation. No matter what your financial situation everyone will receive the treatment help they are looking for.
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866-407-4380
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University of Delaware chemist recognized for techniques used in creating new drugs7:00 p.m., Nov. 19, 2003--Douglass F. Taber, University of Delaware professor of chemistry and biochemistry, has been elected a fellow of the American Association for the Advancement of Science (AAAS).
Founded in 1948, AAAS is the world’s largest federation of scientists, with more than 134,000 members from 130 countries and 272 affiliated societies with more than 10 million members.
Fellows are elected by their peers, and 291 new fellows, who have “advanced science or fostered applications deemed scientifically or socially distinguished,” will be honored at the 2004 AAAS annual meeting in February in Seattle.
Taber, who conducts research on the construction of molecular rings with particular emphasis on synthesizing the pain-killing drug morphine, likened the AAAS award to a “lifetime achievement award.”
The organization serves as “an extended community of scientists,” he said, and the honor is “recognition from that community of your accomplishments and the impact you have made.”
Through the course of his career, Taber has published 152 papers and in 2002, 86 of those papers were cited by other researchers. Some of those citations were for papers he had published 20 years ago or more.
“Our interest is in ring construction,” Taber said of his laboratory, which includes postdoctoral researchers and Delaware graduate and Delaware undergraduate students. “What motivates us, ultimately, is pharmaceuticals.”
Through advances in modern technology, chemists now have a keen understanding of biological receptors and can readily generate models of hundreds of thousands of molecules to “see what fits,” Taber said.
Those hundreds of thousands can be pared down to the 5,000 that best fit the receptor. Those will be sorted into organic chemical space, Taber said, and a short list of 100 will be generated that between them are representative of that space.
This approach breaks down, Taber said, when the medicinal chemist finds that the molecules on the list of 100 are too complicated to manufacture, with molecular ring construction presenting a particular hurdle. “Our efforts are aimed at more effective ring construction,” he said.
Taber developed new molecular reactivity leading to a method for organic ring construction, then illustrated the power of the method by using it to make morphine. “This is not the first synthesis of morphine,” he said, “but it is the first time it has been made in this way.” In the process, rings are formed through intramolecular carbon-hydrogen insertion.
Drug Rehab by County
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