Portable Photodynamic Therapy Makes Treatment Easier
Katie Cordrey — May 11, 2009 — Tech
References: dailymail
British scientists have unveiled a glowing bandage that not only treats wounds but destroys skin cancer cells with light.
A flexible strip of plastic embedded with light-emitting diodes focuses a high-powered red light beam on tumors. When the light is absorbed by a special skin cream, cancer cells are killed.
The laser bandage allows patients to receive treatment without having to submit to hours of inactivity under lights in a clinic or hospital.
Polymertronics and Lumicure are two companies currently pursuing this general technology.
The video above gives basic information about photodynamic therapy in cosmetic applications: The principle is the same for cancer treatment.
A flexible strip of plastic embedded with light-emitting diodes focuses a high-powered red light beam on tumors. When the light is absorbed by a special skin cream, cancer cells are killed.
The laser bandage allows patients to receive treatment without having to submit to hours of inactivity under lights in a clinic or hospital.
Polymertronics and Lumicure are two companies currently pursuing this general technology.
The video above gives basic information about photodynamic therapy in cosmetic applications: The principle is the same for cancer treatment.
Trend Themes
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Wearable Photodynamic Therapy — Developing lightweight and portable light-emitting-diode devices to treat cancers and wounds.
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Personalized Medicine — Using new technologies that enable cancer treatment outside of hospitals and clinics.
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Nano-scale Technology in Medical Science — Incorporating nanotechnology in the development of light-activated cancer treatments.
Industry Implications
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Healthcare — Innovations in wearable medical devices and light-based cancer treatments provide disruptive opportunities.
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Pharmaceutical — Collaborating with research institutions to develop personalized photodynamic therapy-based cancer treatment and wound healing products.
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Nanotechnology — Nanotech researchers can collaborate with medical institutions to create products that use the technology in light-activated cancer treatments.
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