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Brain signals could act as remote controls

In their first human studies of the feasibility of using brain signals to operate external devices, researchers at Duke University Medical Center report that arrays of electrodes can provide useable signals for controlling such devices. The research team is now working to develop prototype devices that may enable paralyzed people to operate "neuroprosthetic" and other external devices using only their brain signals.

25 Mar 2004

New Treatment for Chronic Head Pain

Dr. Levy pioneered a procedure known as supraorbital nerve stimulation or SOS, in which neurotransmitters are implanted into the forehead to block head pain. Tiny wires are burrowed under the skin until the precise location of pain is marked by a tingling response to electrical charge. The wires are kept in place for a week, and if pain is lessened and the patient is comfortable with the technology, neurotransmitters are surgically implanted under local anesthesia. The patient is able to control pain relief by manually adjusting the level of electrical stimulation through a hand held device.

22 Mar 2004

New pill for post-traumatic stress disorder

Every day, people suffer traumatic experiences that scar their minds. Combat, rape, bombings, burns, beatings, and horrific car accidents haunt them with memories impossible to suppress. Such day- and nightmares are part of a problem known as post-traumatic stress disorder, or PTSD.

22 Mar 2004

New microchip manipulates DNA and protein molecules

A Johns Hopkins undergraduate has constructed a new type of microchip that can move and isolate DNA and protein molecules. He believes that by linking the chip with analysis equipment, a user could identify medical ailments, monitor a patient's health or detect viruses and other biohazards before they spread.

22 Mar 2004