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Mayo Clinic Study Continues To Refine Most Effective Methods To Predict Alzheimer's Disease
A new Mayo Clinic study found that the clinical criteria for mild cognitive impairment is better at predicting who will develop Alzheimer"s disease than a single memory test. This is one more piece of information to aid in the identification and early treatment of individuals most likely to develop Alzheimer"s disease. This study will be presented at the Alzheimer"s Association International Conference on Alzheimer"s Disease on July 14 in Vienna.
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Why Does Eczema Often Lead To Asthma?
Many young children who get a severe skin rash develop asthma months or years later. Doctors call the progression from eczema, or atopic dermatitis, to breathing problems the atopic march. In this week"s issue of PLoS Biology, scientists at Washington University School of Medicine in St. Louis report another step taken towards understanding the process of atopic march. Their findings show that a substance that is secreted by damaged skin can circulate through the body and trigger asthmatic symptoms in laboratory mice when exposed to eczema-causing or dermatitis-causing agents, also known as allergens . The researchers suggest that early treatment of skin rash and inhibition of the trigger substance might block asthma development in young patients with eczema.
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Leading Authority On Alzheimer's Disease To Present At Community Lecture
Jason Karlawish, M.D., associate professor of medicine, University of Pennsylvania, will share the latest information on Alzheimer"s disease at a community lecture at 1 p.m., Wednesday, June 10 at Rodef Shalom Congregation, 4905 Fifth Ave., Shadyside. The event is free and open to the public.
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Shetland Seaweed For Safer Hair Dyes And Cosmetics

Scientists have launched a project to make hair dye out of seaweed from around the Shetland Islands. Scientists at the University of Leeds are planning to extract chemical compounds from different species of seaweed and use them to develop a new range of hair dyes. The naturally d compounds will be used by scientists as substitutes for synthetic ingredients that can be found in most hair dyes currently on the market. Many compounds in existing products are allergens and certain chemicals, notably p-phenylenediamine (PPD), have been linked to more serious long-term health effects. The project also hopes to develop other safer and more environmentally friendly cosmetics, including hair treatments and skin care, from the compounds extracted from the Shetland seaweed. "We are hoping to be able to offer people a real alternative to current hair dyes that contain chemicals which are known to be very bad for you," explains project leader Dr Richard Blackburn, a natural products researcher at The University of Leeds. The good news is that the new hair dyes won"t be green - scientists are confident that a range of colours including blonde, brown and red, and even black, can be made using the seaweed extracts. "We can make a range of colours using these natural compounds because the variety of British seaweed species is so diverse," explains Professor Christopher Rayner, also at the University of Leeds, who is working alongside Dr Blackburn on the project. "Seaweed is especially suited to being used in cosmetics because it has evolved very clever techniques to protect itself from weathering. And cosmetics are all about protection from ageing and the elements," says Dr Blackburn. Laboratory work at the University of Leeds will focus on developing ways of isolating and extracting individual compounds found in seaweed that have these special properties in order to understand them better and explore their potential uses in other products. The 2-year project is worth just over ÷£500,000, including an investment of nearly ÷£300,000 from the Technology Strategy Board plus from projects partners, including The Body Shop and Bç¶d Ayre, Shetland seaweed farmers and processors based in Lunnaness. "This could bring commercial and job opportunities to Shetland for a new high-value farming industry. It would be much better to extract the seaweed on Shetland rather than shipping elsewhere for processing," said Margaret Blance from Bç¶d Ayre. Clare Ryan University of Leeds


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