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Device makers laud unanimous FCC vote for “mobile body area networks”
The Federal Communications Commission today voted unanimously to allow medical devices to communicate on a key radio frequency that enables "mobile body area networking," a move highly praised by big device makers for its potential to make hospital care simpler and cheaper.
Senate to vote today on FDA user fee bill | MassDevice.com On Call
MASSDEVICE ON CALL — The U.S. Senate will today move to vote on the FDA user fee bill, having come to terms on a bevy of amendments added to the measure.
The Senate will consider 17 amendments to the original bill, which was drafted in negotiations between the FDA and industry stakeholders and then passed to the White House, where it received a stamp of approval before heading to Congress.
FCC to vote this week on med-tech “body area networks” | MassDevice.com On Call
MASSDEVICE ON CALL — Federal officials this week will vote on a measure that aims to set aside a key radio spectrum for use by medical devices.
If approved, the radio spectrum will be designated for devices employing "mobile body area networks," using wireless communication to allow multiple devices to communicate within and around the body.
Med-tech for paralysis patients wins key radio spectrum
Medical devices that help paralyzed patients regain functionality and sensation got a push forward with government approval of a key radio frequency tuned to transmitting signals through the body.
Medical Micropower Networks transmit radio signals among multiple devices implanted in the body to activate and monitor nerves and muscles.
Early versions of the technology have allowed paraplegics to stand and the devices hold promise for patients with spinal cord injuries, traumatic brain injuries, stokes and other conditions by taking the place of damaged nerves.
UPDATE: Med-tech for paralysis patients wins key radio spectrum
Medical devices that help patients regain functionality and sensation in paralyzed limbs landed a win with government approval of a key radio frequency tuned to transmitting signals through the body.
Medical Micropower Networks transmit radio signals among multiple microstimulators implanted in the body to activate and monitor nerves and muscles with electrical signals.
Early versions of the technology have allowed paraplegics to stand and the devices hold promise for patients with spinal cord injuries, traumatic brain injuries, strokes and other conditions by taking the place of damaged nerves.
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