The microbiological and clinical efficacy of oral LVFX 500 mg once daily for 7 days for the patients with NGU was the same for the azithromycin (AZM) 1,000 mg single dose that we previously reported. The eradication rates of C. trachomatis and U. urealyticum in the treatment regimen with LVFX 500 mg were high enough in the clinical setting; however, for M. genitalium, the rate was relatively inferior to that with AZM.”
“The aim of this work is to evaluate the catalytic properties of lipases from castor bean (Ricinus communis), corn (Zea mays), sunflower (Helianthus annuus) and passion fruit (Passiflora Selleckchem 3-MA edulis) seeds for their application in oil hydrolysis to produce concentrated fatty
acids. The influence of seeds germination time, pH and temperature in the catalytic activity of the lipases has been studied, together with the activity toward different oils. Among the biocatalysts
tested, crude lipase extract from dormant castor bean seeds was the most active in the hydrolysis of oils in the absence of emulsifier agents. This lipase was then selected for the optimization of the hydrolysis reactions using factorial design. Under optimized conditions, complete hydrolysis of babassu, palm and soybean oils was reached after 60, 70 and 80 min of reaction, respectively, at pH 4.5. These results suggest that the use of lipase from dormant castor bean seeds has potential interest for the hydrolysis of different vegetable oils. (C) 2013 Elsevier B.V. All rights reserved.”
“Aim: Postoperative vertigo is a well-known complication after cochlear implantation. The aim of LY2606368 price the study was this website to investigate whether the electrical stimulation of the auditory structures via cochlear implant electrodes can affect the vestibular system and induce vertigo.
Materials and Methods: In the first group, 114 patients were surveyed retrospectively via questionnaires to evaluate the occurrence and frequency of sound-induced vertigo after cochlear implantation. In the second group
of 26 patients, the effects of electrical stimulation on the vestibular system were studied prospectively.
Results: In the first group of patients without any preoperative sound-induced vertigo (n = 104), 20 patients (18%) reported sound-induced vertigo, which occurred after cochlear implantation. In the second group, an acoustic stimulus delivered via the speech processor of the cochlear implant elicited a vestibular evoked myogenic potential response in 4 of the 26 patients as a sign of vestibular costimulation (of the macula sacculi as part of the otolith organs). Horizontal and vertical nystagmus was triggered, whereas utricular function and postural stability remained unchanged. No correlation was found between C/M levels and the vestibular evoked myogenic potentials and nystagmus responses.
Conclusion: Sound-induced vertigo can occur in cochlear implantees.