Innovation Tiny pinhead-size Light Emitting Diodes (LEDs) developed for
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Solid State Photon Emission Probe for Application with Photodynamic Therapy Quantum Devices, Inc. Barneveld, WI Innovation Tiny pinhead-size Light Emitting Diodes (LEDs) developed for NASA Space Shuttle plant growth experiments. Accomplishments Obtained Food and Drug Administration approval to use the LED probe in the removal of children’s brain tumors on a trial basis. Further research combining LEDs and new promising drugs is showing the possibilities of deeper tumor penetration with the probe, faster reaction times, and shortened patient sensitivities to sunlight. Received letter of thanks from both the parents and 11- year old patient for which Photodynamic Therapy (PDT) was used to treat a brain tumor. To date, this has been the third child who has gone from a no-hope scenario, to back to school, thanks to the LED project. Commercialization Potential commercial applications would include PDT for primary brain tumors, as well as for other cancer oncologies, such as cancer of the liver, rectum, and esophagus. NASA News Release 97-260. Released as part of campaign including live shots, video file mailings, mass faxing, and individual mailings which resulted in a total of 1,169 contacts being made. Quantum Devices, Inc. is convinced from the results of their preliminary market research that an LED-based light Government/Science Applications Developed the LEDs as a light source for a chamber used by NASA to conduct plant research in space. LEDs as a low-energy light source were used on NASA’s second United States Microgravity Laboratory Spacelab mission in October 1995, as part of the Astroculture Plant Growth Facility. After the FDA clinical trials, anticipating full approval of what soon could be the operating technique of the future. Neurosurgeons and nurses conduct a simulation of surgical implantation of the Light Emitting Diodes (LEDs) probe. Points of Contact: - NASA (Denise Swain; 205/544-0968) - Quantum Devices (Ron Ignatius; 608/924-3000) 1995 SBIR Phase 2; NAS8-97277 Marshall Space Flight Center Date of Update: 3/10/98
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Solid State Photon Emission Probe for Application with Photodynamic Therapy Quantum Devices, Inc. Barneveld, WI. Innovation Tiny pinhead-size Light Emitting Diodes (LEDs) developed for NASA Space Shuttle plant growth experiments. Accomplishments - PowerPoint PPT Presentation
Transcript of Innovation Tiny pinhead-size Light Emitting Diodes (LEDs) developed for
Solid State Photon Emission Probe for Application with Photodynamic Therapy
Quantum Devices, Inc.Barneveld, WI
InnovationTiny pinhead-size Light Emitting Diodes (LEDs) developed for
NASA Space Shuttle plant growth experiments.
Accomplishments Obtained Food and Drug Administration approval to use the LED probe in the
removal of children’s brain tumors on a trial basis. Further research combining LEDs and new promising drugs is showing the
possibilities of deeper tumor penetration with the probe, faster reaction times, and shortened patient sensitivities to sunlight.
Received letter of thanks from both the parents and 11-year old patient for which Photodynamic Therapy (PDT) was used to treat a brain tumor. To date, this has been the third child who has gone from a no-hope scenario, to back to school, thanks to the LED project.
Commercialization Potential commercial applications would include PDT for primary brain tumors,
as well as for other cancer oncologies, such as cancer of the liver, rectum, and esophagus.
NASA News Release 97-260. Released as part of campaign including live shots, video file mailings, mass faxing, and individual mailings which resulted in a total of 1,169 contacts being made.
Quantum Devices, Inc. is convinced from the results of their preliminary market research that an LED-based light source would have a great marketing advantage over the cost intensive, less reliable laser sources.
Government/Science Applications Developed the LEDs as a light source for a chamber
used by NASA to conduct plant research in space. LEDs as a low-energy light source were used on
NASA’s second United States Microgravity Laboratory Spacelab mission in October 1995, as part of the Astroculture Plant Growth Facility.
After the FDA clinical trials, anticipating full approval of what soon could be the operating technique of the future.
Neurosurgeons and nurses conduct a simulation of surgical implantation of the
Light Emitting Diodes (LEDs) probe.
Points of Contact: - NASA (Denise Swain; 205/544-0968) - Quantum Devices (Ron Ignatius; 608/924-3000)1995 SBIR Phase 2; NAS8-97277
Marshall Space Flight Center Date of Update: 3/10/98Success Story #: 8-003
