Monday, May 26, 2008
Use Your Cellphones To Get X-Ray & MRI Scans
If you are residing in a metro, having an X-Ray or an MRI scan done is a cinch. But what if you reside in a remote location or in a village which does not the sophisticated imaging systems?
A team from the Hebrew University in Israel seems to have an answer.

MRI Scanner - not to worry anymore that your village doesn't have these!
Pic credit: Blanchard Valley Health System
Using a process developed by the Jerusalem-based University, cellphones can be used to get your X-Ray, Ultrasound imaging etc., processed from a centralised location and these can be transmitted back to your remote location using the same cellular phones.
The new technology is expected to be a boon for patients in developed counties, those in rural areas with reduced access to medical services, and to millions of patients in the Third World. This idea has the potential to replace current systems that are based on conventional, stand-alone medical imaging devices.
Prof. Boris Rubinsky's new medical imaging system consists of two independent components connected through cellular phone technology, with a relatively simple data collection device on-site connected via cell phone to an off-site computer that processes the data and produces an image.
Under this new technology developed by Rubinsky, a simple and independent data acquisition device (DAD) at a remote patient site could be connected via cellular phone technology with an advanced image reconstruction and hardware control multiserver unit at a central site, which could even be thousands of miles away from the remote site. The cellular phone technology transmits unprocessed, raw data from the patient site DAD to the central facility. This data is then returned from the central facility to the cellular phone at the remote site in the form of an image.
Using commercially available parts, the research team built a simple data acquisition device for the experiment. The device had 32 stainless steel electrodes - half to inject the electrical current and the other half to measure the voltage - connected to a gel-filled container that simulated breast tissue with a tumor.
Over 200 voltage measurements were taken and uploaded to a cell phone, which was hooked up to the device with a USB cable. The cell phone was then used to dial into a powerful central computer that contained software to process the packet of raw data that was transmitted. An image - that was verified to be precise - was then reconstructed and sent back to the cell phone for viewing.
This is one idea that is as useful as it is cool!
Source: Jerusalem Post
A team from the Hebrew University in Israel seems to have an answer.
MRI Scanner - not to worry anymore that your village doesn't have these!
Pic credit: Blanchard Valley Health System
Using a process developed by the Jerusalem-based University, cellphones can be used to get your X-Ray, Ultrasound imaging etc., processed from a centralised location and these can be transmitted back to your remote location using the same cellular phones.
The new technology is expected to be a boon for patients in developed counties, those in rural areas with reduced access to medical services, and to millions of patients in the Third World. This idea has the potential to replace current systems that are based on conventional, stand-alone medical imaging devices.
Prof. Boris Rubinsky's new medical imaging system consists of two independent components connected through cellular phone technology, with a relatively simple data collection device on-site connected via cell phone to an off-site computer that processes the data and produces an image.
Under this new technology developed by Rubinsky, a simple and independent data acquisition device (DAD) at a remote patient site could be connected via cellular phone technology with an advanced image reconstruction and hardware control multiserver unit at a central site, which could even be thousands of miles away from the remote site. The cellular phone technology transmits unprocessed, raw data from the patient site DAD to the central facility. This data is then returned from the central facility to the cellular phone at the remote site in the form of an image.
Using commercially available parts, the research team built a simple data acquisition device for the experiment. The device had 32 stainless steel electrodes - half to inject the electrical current and the other half to measure the voltage - connected to a gel-filled container that simulated breast tissue with a tumor.
Over 200 voltage measurements were taken and uploaded to a cell phone, which was hooked up to the device with a USB cable. The cell phone was then used to dial into a powerful central computer that contained software to process the packet of raw data that was transmitted. An image - that was verified to be precise - was then reconstructed and sent back to the cell phone for viewing.
This is one idea that is as useful as it is cool!
Source: Jerusalem Post
Labels: Bio-engineering, Electronics-Communications-Engineering
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