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Disease

Researchers at Florida Atlantic University (FAU) have created a cheap and simple biosensing platform that is able to detect the presence of various types of harmful bacteria and viruses in a single drop of blood. When used in conjunction with a smartphone, the system offers the potential of diagnosing diseases in remote locations from anywhere in the world. Read More
In an effort to increase awareness of nutritional requirements, and to bring simple tech into complex customs, a medical foundation in India has joined forces with a Singaporean ad agency. The plan is to combat iodine deficiencies using bindis, the decorative forehead dots worn by most Indian women and girls. Read More
Typically, tests for diseases must be done one disease at a time, and can take days to be processed through a lab. A new device developed in an EU project, however, can test for several diseases at the same time and provide results within an hour. The LabDisk is designed for use in Africa. Read More
Researchers from MIT claim to have developed an easy-to-use blood test that can be applied in the field, allowing for the screening of multiple diseases at once. The test is said to provide results in around 10 minutes, and could be instrumental in stopping the epidemic spread of fatal diseases such as Ebola. Read More
Each year, hundreds of millions of people in developing countries are affected by parasitic diseases. One of the most common is malaria, which kills more than a million people annually, mostly children under five years of age. Scientists are using satellite data combined with local health information uploaded into geographical information systems (GIS) to help developing countries better manage limited resources and target interventions in the fight against malaria and other deadly parasitic diseases. Read More
A team of researchers at Trinity College Dublin has unearthed what they are calling a "marvel molecule." Said to be capable of suppressing a key activator of various inflammatory diseases, it is hoped the molecule will lead to more effective treatments for conditions ranging from Alzheimer’s disease, to rheumatoid arthritis and motor neuron disease. Read More
That smartphones have evolved to be capable of much more than making and receiving calls won't be news to many, but work being done to refashion them as medical diagnostics tools is proving to be a very promising area of mobile innovation. The latest big-picture idea to emerge in this area is a smartphone dongle capable of detecting three infectious disease markers within 15 minutes, requiring only a finger prick of blood. Read More
For doctors, nurses, soldiers, and other responders fighting the Ebola outbreak in West Africa, currently available protective suits are both too hot to wear in the tropics and often a source of contagion when they're being taken off. To make moving and treating patients safer, Johns Hopkins University, along with international health affiliate Jhpiego and other partners, is developing a new anti-contamination suit for health care workers that is both cooler to wear and easier to remove. Read More
Lasers have been used to analyze the bones of sailors who drowned when the Royal Navy warship the Mary Rose sank in 1545. The new non-destructive technique carried out by the Royal National Orthopaedic Hospital in Stanmore, North London, shows that the men suffered from rickets, shedding new light on nutrition in Tudor England. Read More
Though recent research has given hope to the anti-malaria cause, the deadly disease still claims more than half a million lives each year. A study led by researchers at St Jude Children's Research Hospital in Memphis suggests that a certain compound results in the body's immune system treating malaria-infected cells the same way it does aging red blood cells, leading to the parasite becoming undetectable in mice within 48 hours. Read More