The promise of bioengineered replacements for diseased or damagedtissues has become a reality, notably for skin and cartilage.The article by Tsai et al. in this issue of the Journal1 demonstratesthe promise of a nascent form of technology that may providea new tool for reconstructing damaged ocular surfaces that previouslywould have been unrepairable.
Conditions such as the StevensJohnson syndrome, cicatricialpemphigoid, and chemical burns, among others, can severely compromiseocular surfaces and cause catastrophic visual loss in otherwisehealthy eyes; such problems afflict thousands of patients inNorth America every year.2 The global burden of blindness . . . [Full Text of this Article]
References
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