Improving neuromuscular monitoring and reducing residual neuromuscular blockade via e-learning: A multicentre interrupted time-series study (INVERT study).

A significant trend was found for department 2 increasing 6.7% per year ( p = .001), department 3 decreasing 10.5%, department ( p = .002), department 4 increasing 8.6% ( p = .004), department 5 increasing 3.6% ( p = .010) and department 6 increasing 3.5% ( p = .010).

also in 9,775 other papers

After the intervention, there was a significant sudden change in departments 2 and 4, and in department 4 this change was followed by a highly significant increase in the trend to estimated 109.4% per year (p = .005). 3.1.2 Neuromuscular monitoring after non‐depolarising NMBAs A positive pre‐intervention trend in use of acceleromyography in cases involving a non‐depolarising NMBA was found in the analysis of all departments as a whole, with a calculated estimate of 4.8% per year ( p < .001) (Figure 4 ).

also in 132,142 other papers

There was a sudden further negative change after the intervention ( p = .007), but it was followed by a positive trend post‐intervention ( p = .006).

also in 11,005 other papers

The monitoring rate increased significantly for succinylcholine in two departments post‐intervention ( p = .045 and .010), and for non‐depolarising relaxants in one department ( p = .041), but followed by a negative trend of −37.0% per year ( p = .041).

also in 4,201 other papers