Archives of Ophthalmology · 1977 · 14 citations · 19 references
MedicineOphthalmologyAnterior SegmentOcular MicrobiologyTissue EngineeringCorneal AnatomyCorneal PathologyCorneal PhysiologyOrgan PreservationAmbient Temperature EffectsCorneal HistologyCorneal MetabolismMicrobial Contamination ControlPh Buffering CapacityPh Buffering EffectsScanning Transmission Electron MicroscopySterility Maintenance
• A simple Inexpensive method of organ culture corneal storage at ambient room temperature in which the media is never changed (closed system) has been developed. Human and cat corneas preserved in sealed heat-resistant culture tubes containing 50 ml of a modified Eagles minimum essential medium at ambient room temperature (22 to 24 C) retained active metabolism with adequate medium substrate and pH buffering for 7 to 12 days. Scanning and transmission electron microscopy revealed maintenance of an ultrastructurally intact endothelial layer for 6 to 7 days in human corneas and up to 14 days in cat corneas. Human endothelial function as measured by in vitro physiologic deturgescence capability was retained after up to 13 days storage. Good control of tissue sterility was achieved and observation of media clarity and pH (phenol red indicator) provided a check for microbial contamination. Closed system organ culture corneal storage at ambient room temperature provides several advantages as a method of corneal preservation. (<i>Arch Ophthalmol</i>95:869-878, 1977)
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The location of the fluid pump in the cornea
D.M. Maurice · The Journal of Physiology · 1972 · 427 citations
Medicine, Anatomy, Physiology +12
Bernard E. McCarey, Herbert E. Kaufman · PubMed · 1974 · 269 citations
Critical Oxygen Tension at the Corneal Surface
Kenneth A. Polse, Robert B. Mandell · Archives of Ophthalmology · 1970 · 130 citations
Medicine, Ophthalmology, Physiology +15