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This finding suggested that a benzodiazepine receptor antagonist, such as flumazenil, would have a potential role in the management of OSAS. Therefore, to examine possible pathophysiological and therapeutic implications, we performed a placebo-controlled, single-blind, cross-over polysomnographic study with flumazenil in patients with severe OSAS. Material and methods Subjects Ten consecutive male patients aged 558 yrs mean body mass index 42.45.3 kgm-2 ; were recruited. All patients who were enrolled in the study had OSAS with an apnoea index AI ; of more than 40, diagnosed using a polygraphic screening method Poly G; CNS, Minneapolis, USA ; . None of the patients had been treated for their OSAS prior to the present study. Pulmonary function tests and arterial blood gas measurements were normal in all patients. Patients with a history of seizure, arrhythmia, impaired renal or hepatic function, and patients taking medication with effects on the central nervous system were excluded from the study. Written and oral consent to the study protocol was obtained from all patients.
Levorphanol produces a degree of respiratory depression similar to that produced by morphine at equianalgesic doses, and like many mu-opioid drugs, levorphanol produces euphoria or has a positive effect on mood in many individuals.
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We observed a high degree of month-to-month variability in the rate of macrolide-resistant GAS in many of our participating centres. Five of the nine centres had a rate of macrolide resistance in excess of 10% for at least 1 month during the surveillance period. This temporal variability is consistent with previous reports4, 10 and may account for the differences in reported rates of macrolide resistance. Results reported by Tanz et al.12 were obtained during 2 week intervals from each site on three separate occasions. The narrow timeframe studied may have missed periods of increased prevalence, leading to an underestimation of the prevalence of macrolide resistance. A fairly wide variation in rates of macrolide resistance between participating centres was observed during the current study 3.08.7% ; and in reports by Barrozo et al.10 129% ; , Richter et al.11 2.711% ; and Tanz et al.12 09.0% ; . In contrast to these observations, Critchley et al.9 found that the rate of resistance was fairly constant throughout the nine Census Regions of the US. The presence of geographical variability implies that overall rates of macrolide resistance in GAS cannot be extrapolated to individual geographical locations within the US. Accordingly, while national surveillance is necessary, results of regional analyses are needed to guide specific antibiotic choices for penicillin-allergic patients requiring treatment for GAS pharyngitis. Twelve different emm types accounted for all macrolideresistant GAS recovered during the study period; emm75 accounted for nearly half and emm12 accounted for one-quarter. These two emm types were recovered from the majority of the participating sites in our study and were also the most frequently recovered macrolide-resistant GAS types during the surveillance carried out by others.11, 12 While emm12 and emm75 accounted for the majority of resistant isolates, macrolide resistance was found in numerous other emm types in all three studies. Of interest, we identified emm75 GAS among isolates expressing either the M or MLSi resistance phenotypes; emm12 GAS isolates were found to express M, MLSi or MLSc resistance phenotypes. Taken together, these results suggest that macrolide resistance in GAS in the US is being spread both by dissemination of specific clones and by spread of macrolide resistance genes [mef A ; , erm A ; or erm B ; ] from resistant isolates into previously susceptible strains of GAS. This latter phenomenon probably occurs by way of a transposon, as has been reported for both mef A ; and erm B ; .13, 14 In conclusion, these data suggest an increasing prevalence and broad geographical distribution of macrolide resistance in GAS in the US. Ongoing surveillance is needed to confirm these observations.
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Continued from page 1 Spinal Manipulation Coverage To increase the value of the coverage offered, spinal manipulation and manual medical therapy services will become a standard benefit for all Anthem HealthKeepers plans, except Essential and Standard plans, for all new and renewing groups.As a result, riders for chiropractic care services will no longer be offered.The new benefit includes 30 visits per member per calendar year and, like most other outpatient services, a specialty care review referral ; from a primary care physician will be required except for Anthem HealthKeepers Open Access members ; .Additionally, a copayment will apply for spinal manipulation and manual medical therapy services. Anthem will continue our business relationship with the vendor American Specialty Health Networks ASHN ; to provide access to health care professionals who perform chiropractic care services.Going forward, ASHN will continue to provide utilization review, claims payment and customer service as the organization currently does today. Quality Improvements Advanced Diagnostic Imaging To help improve the quality, safety and appropriateness of advanced imaging services, Anthem implemented a radiology utilization management program for all group and individual products in August 2005.As a follow-up to this program implementation, we have expanded the list of advanced diagnostic imaging services that require a higher copayment. This impacts all Anthem HealthKeepers plans except our Essential and Standard plans ; .The list of services requiring a higher level copayment will now include and lexiva.
1. Weinbroum AA, Gorodezky A, Niv D, et al. Dextromethorphan attenuation of postoperative pain and primary and secondary thermal hyperalgesia. Can J Anaesth 2001; 48: 16774. Chia YY, Liu K, Chow LH, Lee TY. The preemptive administration of intravenous dextromethorphan reduces postoperative morphine consumption. Anesth Analg 1999; 89: 748 Grace RF, Power I, Umedaly H, et al. Preoperative dextromethorphan reduces intraoperative but not postoperative morphine requirements after laparotomy. Anesth Analg 1998; 87: 1135 Rose JB, Cuy R, Cohen DE, Schreiner MS. Preoperative oral dextromethorphan does not reduce pain or analgesic consumption in children after adenotonsillectomy. Anesth Analg 1999; 88: 749 Weinbroum AA, Rudick V, Paret G, Ben-Abraham R. The role of dextromethorphan in pain control. Can J Anaesth 2000; 47: 58596. Klepstad P, Maurset A, Moberg ER, Oye I. Evidence of a role for NMDA receptors in pain perception. Eur J Pharmacol 1990; 187: 513 Woolf CJ, Thompson SWN. The induction and maintenance of central sensitization is dependent on N-methyl-D-aspartic acid receptor activation: implications for the treatment of post-injury pain hypersensitivity states. Pain 1991; 44: 2939. Woodworth JR, Denis SRK, Moore L, Rotenberg KS. The polymorphic metabolism of dextromethorphan. J Clin Pharmacol 1987; 27: 139 Church J, Lodge D, Berry SC. Differential effects of dextromethorphan and levorphanol on the excitation of rat spinal neurons by amino acids. Eur J Pharmacol 1985; 111: 18590.
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14: 00-14: 15 On experimental testing methods for characterizing the mechanical properties of soft biological materials such as arterial tissues #6745 Gerhard A. Holzapfel a, b, Ray W. Ogden c; a Royal Institute of Technology KTH ; , School of Engineering Sciences, Stockholm, Sweden; b Graz Univ. of Technology, Computational Biomechanics, Graz, Austria; c Univ. of Glasgow, Dept. of Mathematics, Univ. Gardens, Glasgow, UK Computational modelling of fibre reorientation and growth in orthotropic biological tissues #4343 Andreas Menzel; Chair of Applied Mechanics, Univ. of Kaiserslautern, Kaiserslautern, Germany Micromechanical motivated analysis of the behavior of arterial wall #5339 Gal deBotton, Ilia Hariton and Esteban A. Socolsky; Dept. of Mechanical Engineering, BenGurion Univ., Beer-Sheva, Israel and librium.
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Contrast, the 8g9 K79-38o receptor bound only the K-selective agonist [3H]U-69, 593, although at low levels 46 fmol mg of protein ; compared with wild-type K receptor. Furthermore, little specific radioligand binding to NH2-terminally truncated forms of K and 8, K79-380 and 870-372, was detected. Therefore, minimal binding data could be reported for the 1-9 K79-380 chimera and the truncated receptors due to poor labeling by all compounds tested. The low labeling may have been due to low expression or diminished affinites of the receptors for the radioligands. However, as indicated in Fig. 3, these receptors were functionally active and could be stimulated by high concentrations of agonists, indicating that they were expressed. The initial binding results indicate that agonist- and antagonist-binding domains of the K receptor are separable and located in different regions of the protein. The antagonistbinding domain of the K receptor is localized to the region of amino acids 1-78, which includes the NH2-terminal extracellular domain. In contrast, the antagonist-binding domain of the 8 receptor is not located in the NH2 terminus. To further examine the binding properties of the K1-78 67o372 chimera, inhibition studies were conducted Fig. 2B ; . [3H]Naloxone binding to the K1 78 &70.372 chimera was not inhibited by the K-selective agonist U-50, 488, but U-50, 488 could inhibit [3H]naloxone to wild-type K receptor with a K1 of 0.1 nM. [3H]Naloxone binding was dose-dependently and potently inhibited by the antagonist naloxone with a Kj value of 6 nM Fig. 2B ; and by the K-selective antagonist norbinaltorphimine with a Kj value of 0.10 nM data not shown ; , which are the same potencies for binding to the wild-type K receptor 6 ; . Levorphanol and ethylketocyclazocine, which are nonselective agonists, bound to the K1-78 870-372 chimera and wild-type K receptor in identical manners. The Kj values calculated for inhibition of [3H]naloxone by levorphanol were 0.6 and 0.4 nM for Kl78 670-372 and wild-type K, respectively. Ethylketocyclazocine inhibited [3H]naloxone binding to Kj 78 870-372 and wild-type K with Kj values of 3.0 and 1.4 nM, respectively. The calculated Ki values for inhibition of [3H]naltrindole by DSLET and naltrindole were identical between wild-type 8 and the K1 78 870 372 chimera 4.8 and 1.7 nM, respectively, for DSLET and 0.85 and 0.86 nM, respectively, for naltrindole ; . This result implies that both agonistand antagonist-binding sites in the 8 receptor are in residues 70-372. In addition, we further characterized the interaction of the K-selective antagonist-binding site with the 8-selective agonist- and antagonist-binding sites within the K1-78 &70-372 chimera and found that these sites were in close proximity to each other because naltrindole and deltorphin II were both able to potently inhibit [3H]naloxone binding to the K178 &70372 chimera with Ki values 0.1 nM. Deltorphin does not bind to the wild-type K receptor, and naltrindole is very impotent. Furthermore, norbinaltorphimine could inhibit binding of [3H]naltrindole to the K178 870 372 chimera. Fig. 3 shows that both chimeras were functionally active and could mediate selective agonist inhibition of forskolinstimulated cAMP accumulation 5, 6 ; . The inhibition of cAMP accumulation by the K-selective agonist U-50, 488 via the 8169 K79-380 chimera was not blocked by naloxone Fig. 3 ; , consistent with the naloxone-binding site residing in the NH2 terminus of the K receptor. The potency of U-50, 488 to inhibit cAMP formation was -1 nM, which is similar to its potency at interacting with wild-type K receptor. Furthermore, dynorphin A was able to inhibit cAMP formation via the SI9 K79-380 chimera, and its effect was not blocked by naloxone. We also expressed a truncated version of the K receptor, K79-380, in.
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