2001
DOI: 10.1016/s0021-5155(00)00292-6
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Emulsification Tendency of Silicone-Phenylsilicone Copolymer

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Cited by 3 publications
(1 citation statement)
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“…11 12 Ikeda broadens the definition of emulsification to include large non-dispersed droplets, and suggests surface-active agent interactions are responsible for microscopic suspended oil, while mechanical energy results in large, non-dispersed emulsification. 15 However, we show that mechanical energy in vitro can give a microsuspension, which is comparable to the equivalent mechanical energy giving large non-dispersed droplets ex vivo. The architectural environment present intraocularly in vivo may permit large droplets to form, as we saw ex vivo, or the full-fill effect, 4 ex vivo may result in a lower level of emulsification in the form of larger bubbles.…”
Section: Discussionmentioning
confidence: 69%
“…11 12 Ikeda broadens the definition of emulsification to include large non-dispersed droplets, and suggests surface-active agent interactions are responsible for microscopic suspended oil, while mechanical energy results in large, non-dispersed emulsification. 15 However, we show that mechanical energy in vitro can give a microsuspension, which is comparable to the equivalent mechanical energy giving large non-dispersed droplets ex vivo. The architectural environment present intraocularly in vivo may permit large droplets to form, as we saw ex vivo, or the full-fill effect, 4 ex vivo may result in a lower level of emulsification in the form of larger bubbles.…”
Section: Discussionmentioning
confidence: 69%