(C) 2011 American Institute
of Physics. [doi:10.1063/1.3610419]“
“Introduction and hypothesis We report our experience with surgical excision for treatment of Skene’s gland abscess/infection after conservative measures have failed.
Methods A retrospective review of patients that underwent surgical excision of Skene’s gland abscess/infection by a single surgeon from 06/1995 to 09/2008 was performed. Patients were separated into groups based on indication for procedure. Recurrence rate and success rate were calculated.
Results The final study group included 34 patients. After initial see more excision, 88.2% (30/34) of patients had resolution of symptoms. Recurrence GSK1838705A cell line of signs and symptoms that prompted further treatment occurred in 30% (9/30). In those that recurred, 88.8% (8/9) of patients had resolution of symptoms after further therapy. Overall success rate in complete resolution of symptoms after all treatment was 85.3%. Only patients to fail were in the urethral pain and recurrent UTI groups.
Conclusion Surgical excision is a safe and effective therapy for the treatment
of Skene’s gland abscess/infection after conservative measures have failed.”
“Prehypertension is associated with significant damage to the coronary vasculature and increased rates of adverse cardiovascular events. Circulating endothelial progenitor cells (EPCs) are critical to vascular repair and the formation of new blood vessels. We tested the hypothesis that prehypertension Combretastatin A4 is associated with EPC dysfunction. Peripheral blood samples were collected from 83 middle-aged and older adults (51 male and 32 female): 40 normotensive subjects (age 53 +/- 2 years; BP 111/74 +/- 1/1 mm Hg) and 43 prehypertensive subjects (age 54 +/- 2 years; 128/77 +/- 1/1 mm Hg). EPCs were isolated from peripheral blood, and EPC colony-forming capacity (colony-forming unit (CFU) assay), migratory activity (Boyden
chamber) and apoptotic susceptibility (active caspase-3 concentrations) were determined. There were no significant differences in the number of EPC CFUs (10 +/- 2 vs 9 +/- 1), EPC migration (1165 +/- 82 vs 1120 +/- 84 fluorescent units) or active intracellular caspase-3 concentrations (2.7 +/- 0.3 vs 2.3 +/- 0.2 ng ml(-1)) between the normotensive and prehypertensive groups. When groups were stratified into low prehypertension (n=27; systolic blood pressure: 120-129 mm Hg) and high prehypertension (n=16; 130-139 mm Hg), it was found that EPCs from the high prehypertensive group produced fewer (similar to 65%, P < 0.05) CFUs compared with the low prehypertensive (4 +/- 1 vs 12 +/- 2) and normotensive adults. In conclusion, EPC colony-forming capacity is impaired only in prehypertensive adults with systolic BP greater than 130 mm Hg.