https://www.selleckchem.com/products/amg-900.html
66). Moreover, a shorter dilator tip (r = 0.52), lower flexibility ratio (r = 0.52), and lower frictional force (r = 0.5 were correlated with a lower insertion force at the proximal ureter. A UAS with a rigid base and flexible tip parts, a smoother surface, and a shorter dilator tip would be preferable for reducing the insertion force. These findings may be crucial for selecting or developing an ideal UAS that can decrease the risk of ureteral injury. A UAS with a rigid base and flexible tip parts, a smoother surface, and a shorter di
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