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Selective improvements in balancing associated with offline periods of spaced training.

ABSTRACT: Benefits from post-training memory processing have been observed in learning many procedural skills. Here, we show that appropriate offline periods produce a performance gain during learning to stand on a multiaxial balance board. The tilt angle and the area of sway motion of the board were much more reduced in participants performing a training spaced by an interval of one day with respect to participants executing the same amount of practice over a concentrated period. In particular, offline memory encoding was specifically associated with the motion along the anterior-posterior direction, the spatio-temporal dynamics, and the frequency contents of the board sway. Overall, quantification of spaced learning in a whole-body postural task reveals that offline memory processes enhance the performance by encoding single movement components. From a practical perspective, we believe that the amount of practice and the length of inter-session interval, adopted in this study, may provide objective insights to develop appropriate programs of postural training.

SUBMITTER: Casabona A

PROVIDER: S-EPMC5959909 | biostudies-other | 2018 May

REPOSITORIES: biostudies-other

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Selective improvements in balancing associated with offline periods of spaced training.

Casabona Antonino A Valle Maria Stella MS Cavallaro Carlo C Castorina Gabriele G Cioni Matteo M

Scientific reports 20180518 1

Benefits from post-training memory processing have been observed in learning many procedural skills. Here, we show that appropriate offline periods produce a performance gain during learning to stand on a multiaxial balance board. The tilt angle and the area of sway motion of the board were much more reduced in participants performing a training spaced by an interval of one day with respect to participants executing the same amount of practice over a concentrated period. In particular, offline m ...[more]

PMID: 29777133

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Project description:ContextProstate cancer screening with prostate-specific antigen (PSA) is frequently performed, counter to clinical practice guidelines.BackgroundIt was hypothesized that an e-mail-based intervention termed "spaced education" could reduce clinicians' inappropriate screening for prostate cancer.DesignThe study was conducted as an RCT.Setting/participantsThe study involved 95 primary care clinicians in eight Veterans Affairs medical centers from January 2007 to February 2009.InterventionParticipants were randomized into two cohorts: spaced education clinicians received four isomorphic cycles of nine e-mails over 36 weeks (zero to two e-mails per week), whereas control clinicians received no intervention. Each e-mail presented a clinical scenario and asked whether it was appropriate to obtain a PSA test. Participants received immediate feedback after submitting their answers.Main outcome measuresThe primary outcome was the number and percentage of inappropriate PSA screening tests ordered. Inappropriate testing was defined as use of PSA for prostate cancer screening in patients aged >76 or <40 years. Appropriateness of screening was dichotomized based on patient age at time of screening. Patients with PSA testing for non-screening reasons were excluded using a validated protocol. Logistic regression with adjustment for patient clustering by clinician was performed. Analyses were conducted in 2009.ResultsDuring the intervention period (Weeks 1-36), clinicians receiving spaced education e-mails ordered significantly fewer inappropriate PSA screening tests than control clinicians (10.5% vs 14.2%, p=0.041). Over the 72-week period following the intervention (Weeks 37-108), spaced education clinicians continued to order fewer inappropriate tests compared to controls (7.8% vs 13.1%, respectively, p=0.011), representing a 40% relative reduction in inappropriate screening.ConclusionsSpaced education durably improves the prostate cancer screening behaviors of clinicians and represents a promising new methodology to improve patient care across healthcare systems.

Dataset Information

Selective improvements in balancing associated with offline periods of spaced training.

Publications

Selective improvements in balancing associated with offline periods of spaced training.

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