Increasing Compliance of Deep Vein Thrombosis Medical Prophylaxis in Acute Inpatient Rehabilitation Setting.

To improve medication reconciliation and decrease the rate of deep vein thrombosis (DVT) after the transfer of brain-injured neurologically impaired patients from an acute hospital setting to an inpatient rehabilitation facility, a performance improvement strategy was put in place. Such a strategy consisted of adding the proper DVT prophylaxis medication and dosage in the preadmission screen to prevent a delay in receiving the appropriate medication. This resulted in a dramatic reduction of inappropriately discontinued medications from 14.2% of patients to 5.78% over six months (p-value: 0.03). However, after the intervention, we surprisingly observed an increased rate of DVT from 6.2% to 10.11% (p-value: 0.03). This increase may be attributable to a larger number of venous duplex studies performed because of increased awareness of venous thromboembolism (VTE).

Correction: Increasing Compliance of Deep Vein Thrombosis Medical Prophylaxis in Acute Inpatient Rehabilitation Setting.

[This corrects the article DOI: 10.7759/cureus.23134.].

The differential effect of background music on memory for verbal and visuospatial information.

Background music is a part of our everyday activities. Considerable evidence suggests that listening to music while performing cognitive tasks may negatively influence performance. However, other studies have shown that it can benefit memory when the music played during the encoding of information is also provided during the retrieval of that information, in the so-called context dependent memory effect. Since controversial results may be attributed to the nature of the material to be memorized, the aim of the present study is to compare the potential effect of consistent background music on the immediate and long-term recall of verbal and visuospatial information. Experiment 1 showed that instrumental background music does not benefit nor decrease recall of a list of unrelated words, both at the immediate and the 48-hours-delayed tests. By contrast, Experiment 2 revealed that the same background music can impair immediate and therefore long-term memory for visuospatial information. Results are interpreted in terms of competition for neurocognitive resources, with tasks mostly relying on the same brain hemisphere competing for a limited set of resources. Hence, background music might impair visuospatial memory to a greater extent than verbal memory, in the context of limited capacity cognitive system. In conclusion, the nature of the material to be learnt must be considered to fully understand the effect of background music on memory.