Safety and efficacy of 2% methylcellulose in cat and monkey cataract-implant surgery
GS Smith, RL Lindstrom, RA Miller… - Journal of Cataract & …, 1984 - journals.lww.com
We evaluated the safety and efficacy of 2% methylcellulose as an adjunct for cataract
extraction with implantation in cat and monkey models. When used intraoperatively,
methylcellulose reduced the iridovitreal bulge during surgery. No significant increase in
clinical inflammation occurred nor was there statistically significant intraocular pressure
elevation at 24 hours, 7 days, or 90 days. In the cat model, the central corneal thickness
increased at day seven in both control and methylcellulose eyes; this thickness persisted to …
extraction with implantation in cat and monkey models. When used intraoperatively,
methylcellulose reduced the iridovitreal bulge during surgery. No significant increase in
clinical inflammation occurred nor was there statistically significant intraocular pressure
elevation at 24 hours, 7 days, or 90 days. In the cat model, the central corneal thickness
increased at day seven in both control and methylcellulose eyes; this thickness persisted to …
[PDF][PDF] Safety and efficacy of 2% methylcellulose in cat and monkey cataract-implant surgery
RL Lindstrom - academia.edu
We evaluated the safety and efficacy of 2% methylcellulose as an adjunct for cataract
extraction with implantation in cat and monkey models. When used intraoperatively,
methylcellulose reduced the iridovitreal bulge during surgery. No significant increase in
clinical inflammation occurred nor was there statistically significant intraocular pressure
elevation at 24 hours, 7 days, or 90 days. In the cat model, the central corneal thickness
increased at day seven in both control and methylcellulose eyes; this thickness persisted to …
extraction with implantation in cat and monkey models. When used intraoperatively,
methylcellulose reduced the iridovitreal bulge during surgery. No significant increase in
clinical inflammation occurred nor was there statistically significant intraocular pressure
elevation at 24 hours, 7 days, or 90 days. In the cat model, the central corneal thickness
increased at day seven in both control and methylcellulose eyes; this thickness persisted to …
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