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1 iorly placed ureteral hiatus distally to the trigone.
2 tion of bladder smooth muscle in forming the trigone.
3 insertion site in the Wolffian ducts to the trigone, a muscular structure comprising the bladder flo
4 "grade 1" if it just reached the sphenoidal trigone and "grade 2" if it was a complete triangle reac
5 sibly tightened was anchored to each fibrous trigone and externalized through the mid-lateral mitral
6 nterior PM to the anterior MA near the right trigone and from the posterior PM to the opposite side o
7 cise connections between the ureters and the trigone are crucial for proper function of the ureteral
8 nephric duct does not differentiate into the trigone but instead undergoes apoptosis, a crucial step
9 mitral valve annulus, near the left fibrous trigone; catheter ablation at that site was successful i
10 ropelvic junction formation, and bladder and trigone development are regulated by complex epithelial-
14 minor contribution from the ureter, and that trigone formation depends at least in part on intercalat
15 his transposition is thought to occur as the trigone forms from the common nephric duct and incorpora
16 ies in mice, we find, unexpectedly, that the trigone is formed mostly from bladder smooth muscle with
17 (S1 and S2), papillary muscle tips, fibrous trigones, mitral annulus, and the tip of the anterior le
18 A suture was anchored at the right fibrous trigone, passed through the PPM tip and LV wall, and ext
20 DRG neurons innervating the urinary bladder trigone (UBT) were evaluated by coupling retrograde trac
21 PM tip, junction, and base toward the right trigone, while posterior PM motion was oriented toward t
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