IEEE Open Journal of Engineering in Medicine and Biology (Jan 2023)

A Quantitative, Digital Method to Analyze Human Figure Drawings as a Tool to Assess Body Representations Distortions in Stroke Patients

  • Isabella Martinelli,
  • Stephanie Konik,
  • Eleonora Guanziroli,
  • Joseph Tharayil,
  • Carolina Foglia,
  • Makeda Minelik Alemu,
  • Maria Colombo,
  • Alessandro Specchia,
  • Andrea Serino,
  • Franco Molteni,
  • Michela Bassolino

DOI
https://doi.org/10.1109/OJEMB.2023.3277711
Journal volume & issue
Vol. 4
pp. 278 – 283

Abstract

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Objective: Human figure drawings are widely used in clinical practice as a qualitative indication of Body Representations (BRs) alterations in stroke patients. The objective of this study is to present and validate the use of a new app called QDraw for the quantitative analysis of drawings and to investigate whether this analysis can reveal distortions of BRs in chronic stroke patients. Results: QDraw has proven to generate reliable data as compared to manual scoring and in terms of inter-rater reliability, as shown by the high correlation coefficients. Moreover, human figure drawings from chronic stroke patients demonstrated a distortion of upper limb perception, as shown by a significantly higher arm length asymmetry compared to legs, whereas no difference was found in healthy controls. Conclusions: The present study supports the use of quantitative, digital methods (the QDraw app) to analyze human figure drawings as a tool to evaluate BRs distortions in stroke patients.

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