Data_Sheet_1_Functional Recovery and Serum Angiogenin Changes According to Intensity of Rehabilitation Therapy After Stroke.pdf (140.3 kB)
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Data_Sheet_1_Functional Recovery and Serum Angiogenin Changes According to Intensity of Rehabilitation Therapy After Stroke.pdf

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posted on 25.11.2021, 04:20 authored by Nicolás Garcia-Rodriguez, Susana Rodriguez, Pedro Ignacio Tejada, Zuberoa Maite Miranda-Artieda, Natalia Ridao, Xavi Buxó, María Engracia Pérez-Mesquida, Maria Rosario Beseler, Juan B. Salom, Laura M. Pérez, Marco Inzitari, Sergio Otero-Villaverde, Rosa Martin-Mourelle, Mercedes Molleda, Manuel Quintana, Marta Olivé-Gadea, Anna Penalba, Anna Rosell

Background: Rehabilitation is still the only treatment available to improve functional status after the acute phase of stroke. Most clinical guidelines highlight the need to design rehabilitation treatments considering starting time, intensity, and frequency, according to the tolerance of the patient. However, there are no homogeneous protocols and the biological effects are under investigation.

Objective: To investigate the impact of rehabilitation intensity (hours) after stroke on functional improvement and serum angiogenin (ANG) in a 6-month follow-up study.

Methods: A prospective, observational, longitudinal, and multicenter study with three cohorts: strokes in intensive rehabilitation therapy (IRT, minimum 15 h/week) vs. conventional therapy (NO-IRT, <15 h/week), and controls subjects (without known neurological, malignant, or inflammatory diseases). A total of seven centers participated, with functional evaluations and blood sampling during follow-up. The final cohort includes 62 strokes and 43 controls with demographic, clinical, blood samples, and exhaustive functional monitoring.

Results: The median (IQR) number of weekly hours of therapy was different: IRT 15 (15–16) vs. NO-IRT 7.5 (5–9), p < 0.01, with progressive and significant improvements in both groups. However, IRT patients showed earlier improvements (within 1 month) on several scales (CAHAI, FMA, and FAC; p < 0.001) and the earliest community ambulation achievements (0.89 m/s at 3 months). There was a significant difference in ANG temporal profile between the IRT and NO-IRT groups (p < 0.01). Additionally, ANG was elevated at 1 month only in the IRT group (p < 0.05) whereas it decreased in the NO-IRT group (p < 0.05).

Conclusions: Our results suggest an association of rehabilitation intensity with early functional improvements, and connect the rehabilitation process with blood biomarkers.

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