The patient, who presented with obstructive and irritative lower urinary tract symptoms, needed an indwelling catheter. Non-enhanced CT scan of abdomen confirmed an intraluminal calcific density in the anterior wall of urinary bladder just left of midline. On cystoscopy, a blue-colored polypropylene mesh of the TVT

was visible at the ends of this calculus, holding it to the anterior vesical wall. Holmium laser was used to disintegrate the ends of the mesh deep in the submucosa of the urinary bladder. To our knowledge, this is a unique case of calculus forming near the dome of bladder over a TVT mesh presenting 3 years post-operatively and C188-9 JAK/STAT inhibitor treated with holmium laser.”
“Case Description-6 horses were determined to have torsion of a liver lobe at 4 referral institutions over a 21-year period.

Clinical Findings-Clinical findings were nonspecific but GW4869 often included signs of marked inflammation. Two of the 6 horses were examined because of colic, and 2 were assessed because of peritonitis that failed to respond to treatment; the remaining 2 horses were

examined because of nonspecific clinical signs that included inappetence, lethargy, and weight loss. The results of laboratory tests were widely variable, and values for liver enzyme activities were typically within reference limits or only mildly increased. Most affected horses had markedly increased peritoneal nucleated cell counts.

Treatment and Outcome-Exploratory laparotomy and resection of the affected liver lobe was performed in 5 horses. Three of those patients survived to discharge.

Clinical Relevance-Results suggested that diagnosis of liver lobe torsion in horses may be difficult because clinical signs

and results of laboratory testing are nonspecific and variable. Most affected horses had markedly abnormal peritoneal fluid. The prognosis for hepatic lobe torsion can be good, and early surgical correction is expected to improve outcome. (J Am Vet Med Assoc 2012;241:615-620)”
“A magnetic loading technique was used to study the strength Caspase inhibitor of pure, annealed, and cold-rolled polycrystalline tantalum under planar ramp loading at strain rates of similar to 10(6)/s. Both the initial yield strength and the flow strength after compression to peak loading stresses of 18 GPa were determined. For sample thicknesses ranging from 0.5-6.0 mm, it was found that the elastic limit of similar to 3.2 GPa, corresponding to a yield strength of 1.6 GPa, for annealed Ta was sharply defined and essentially independent of sample thickness. After elastic yielding, relaxation of the longitudinal stress occurred for sample thicknesses greater than similar to 0.5 mm, approaching an asymptotic value of similar to 1.6 GPa. Two different purities of annealed Ta showed no difference in initial yield strength.