Fascinating Oxygenase Tricks You're Not Employing

0 for a variable time (4.4��4.4 minutes) before crossing >2.0. But, once it did, ORP decreased rapidly to stable sleep (ORP 2.0 with the exception that in 17 naps, there were brief dips (3.9��1.9 dips; selleck chemicals =20), while an SO was identified in one of the brief dips in ORP in six naps (SOL =14.4��3.5 minutes). In the remaining 81 naps (54%), ORP decreased 5 minutes (5.5�C19.5; 11.7��4.1 minutes). SO was identified in 76 naps with this pattern (94%), and onset ranged from 3 minutes before (during a brief dip >2.0) to 16.5 minutes after ORP crossed NU7441 supplier 28 patients, respectively. Ten patients demonstrated all three patterns, 14 patients had two patterns (seven A and C, six B and C, one A and B), and six patients had only one pattern (five with pattern C and one with pattern A in all naps). There was no tendency for any pattern to occur in any particular nap. The frequency of occurrence of any of the three patterns in the different naps (1�C5) was not different from expected (0.29, 0.46, and 0.99 for patterns A, B, and C, respectively; Chi-squared test). As may be expected, pattern B was not seen in any patient with average SOL 10 minutes (9 vs 16, POxygenase Figure 2A shows the ORP values in individual naps at the point where SO was manually identified (n=121). ORPSO averaged 1.63��0.34 (Figure 2). The large scatter of ORPSOL values is largely of a technical nature and results from the large step changes in ORP around SO. This precludes precise resolution of this value in single naps. As seen in Figures 1 (patterns A and C) and ?and3,3, ORP in a given nap can change by a large amount within one or two epochs. Since ORPSOL is assigned the average ORP of the epoch where SO was scored, ORPSOL could be at any value below the true ORPSOL. Likewise, an epoch with 12 seconds at an ORP >2.0 and 18 seconds at an ORP