The New CRWU Lung Works Like the Real Thing
Omar Yusuf — July 27, 2011 — Tech
References: blogse.edu & gizmodo
The researchers at Case Western Reserve University were fully aware of the failings of modern artificial lungs, which is why they developed a futuristic replacement: the CWRU lung.
If you're one of the 200 million people worldwide living with lung disease, I don't have to tell you how inadequate contemporary solutions are. Whereas today's replacement lungs are expensive, external and temporary, the CRWU lung is a remarkable facsimile of the actual organ. Instead of forcing patients to carry around heavy oxygen tanks, Case Western's lung is efficient enough to use plain and simple air.
For now, prototypes of the CRWU lung are externally attached, but their genius design promises an implantable version in the near future. Don't procrastinate quitting cigarettes just yet, however, because clinical trials for the artificial lung aren't set to begin for another decade!
If you're one of the 200 million people worldwide living with lung disease, I don't have to tell you how inadequate contemporary solutions are. Whereas today's replacement lungs are expensive, external and temporary, the CRWU lung is a remarkable facsimile of the actual organ. Instead of forcing patients to carry around heavy oxygen tanks, Case Western's lung is efficient enough to use plain and simple air.
For now, prototypes of the CRWU lung are externally attached, but their genius design promises an implantable version in the near future. Don't procrastinate quitting cigarettes just yet, however, because clinical trials for the artificial lung aren't set to begin for another decade!
Trend Themes
1. Advanced Artificial Lungs - The development of advanced artificial lungs like the CWRU lung offers disruptive innovation opportunities in the field of medical technology.
2. Implantable Organ Replacements - The future possibility of implantable versions of the CWRU lung opens up disruptive innovation opportunities in the organ replacement industry.
3. Air-based Oxygen Solutions - The innovation of using plain air instead of oxygen tanks in artificial lungs presents disruptive opportunities for the respiratory care industry.
Industry Implications
1. Medical Technology - The advancement of artificial lungs like the CWRU lung offers disruptive innovation opportunities in the medical technology industry.
2. Organ Replacement - The development of implantable versions of the CWRU lung creates disruptive innovation opportunities in the organ replacement industry.
3. Respiratory Care - The introduction of air-based oxygen solutions in artificial lungs presents disruptive innovation opportunities in the respiratory care industry.
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