Overby, Darryl R. 
; Zhou, Enhua H. ; Vargas-Pinto, Rocio ; Pedrigi, Ryan M. ; Fuchshofer, Rudolf ; Braakman, Sietse T. ; Gupta, Ritika ; Perkumas, Kristin M. ; Sherwood, Joseph M. ; Vahabikashi, Amir ; Dang, Quynh ; Kim, Jae Hun ; Ethier, C. Ross ; Stamer, W. Daniel ; Fredberg, Jeffrey J. ; Johnson, Mark
; Zhou, Enhua H. ; Vargas-Pinto, Rocio ; Pedrigi, Ryan M. ; Fuchshofer, Rudolf ; Braakman, Sietse T. ; Gupta, Ritika ; Perkumas, Kristin M. ; Sherwood, Joseph M. ; Vahabikashi, Amir ; Dang, Quynh ; Kim, Jae Hun ; Ethier, C. Ross ; Stamer, W. Daniel ; Fredberg, Jeffrey J. ; Johnson, Mark 
Zusammenfassung
Increased flow resistance is responsible for the elevated intraocular pressure characteristic of glaucoma, but the cause of this resistance increase is not known. We tested the hypothesis that altered biomechanical behavior of Schlemm's canal (SC) cells contributes to this dysfunction. We used atomic force microscopy, optical magnetic twisting cytometry, and a unique cell perfusion apparatus to ...
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