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University of Southampton

The front cover of the first issue of the new magazine Drug Testing Analysis

As the incidence of drugs escalates in 21st century living, their detection and analysis have become increasingly important. Sport, the workplace, crime investigation, homeland security, the pharmaceutical industry and the environment are just some of the high profile arenas in which analytical testing has provided an important investigative tool for uncovering the presence of extraneous substances. Now there's a new scientific magazine entitled Drug Testing and Analysis which will explore the analytical techniques used to determine controlled and potentially controversial compounds. As a promotion for the first issue, publishers Wiley-Blackwell have made public a podcast of an interview with Professor Richard Holt of the University of Southampton on the current state of human Growth Hormone use, abuse and detection in sports. Read More

The Anaconda device could be used in groups of 20 or more

A giant rubber tube known as the “Anaconda” may present an viable solution to the challenge of generating electricity from the power of ocean waves. Under development in the UK, the simple design means it would be cheap to manufacture and maintain, resulting in clean electricity at a lower cost than other types of wave based energy production. Read More

The Serial In-Vivo Transducer (SIT)
 Photo: Fauzan Baharudin

A researcher at the University of Southampton in the UK has developed a new self-powered sensor that would allow surgeons to monitor progress during knee operations. The Serial In-vivo Transducer (SIT) uses thick film technology and could measure tendon force during Anterior Cruciate Ligament reconstruction; a common procedure among athletes. Read More

Electrical energy from vibration

July 6, 2007 Researchers at the University of Southampton have developed a kinetic energy generator which derives electrical energy from the vibrations and movements that occur within its environment. Developed by Dr Steve Beeby and his team at the University's School of Electronics & Computer Science (ECS), the tiny generator (less than 1 cubic cm in size) is 10 times more powerful than anything yet developed in the field and could form the basis of technology for self-powered pace makers and other embedded applications that require periodic replacement of batteries. Read More

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