Judith Gentle

Dr Judith Gentle

Director of Undergraduate Programme for Psychology
PhD; MRes; BSc (Hons); FHEA
+44 (0)1483 686933
05 AC 05
Student consultation Tuesdays 12-2pm; Personal tutor hour Tuesdays 3-4pm (Teams)


Areas of specialism

Developmental Coordination Disorder/Dyspraxia

University roles and responsibilities

  • Director of Undergraduate Studies for Psychology BSc
  • Director of Motor Development and Impact (MoDI) Lab


    Research interests

    Research collaborations


    Postgraduate research supervision

    Postgraduate research supervision

    My teaching

    Courses I teach on


    Postgraduate taught

    My publications


    Gentle, J., Shaheen, A., Tunstall, D., Hegarty, P. (2020). Perceptions of Coordinated Movement
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    Humans are highly social creatures who use others’ movements to evaluate their social competencies. Smooth movement specifically signals an attractive, trustworthy or competent person. Those with Developmental Coordination Disorder (DCD), have peer relationship difficulties and lower sociometric preference scores. However, the relationship of perception of poor movement coordination to stereotyping has not been directly demonstrated. We aimed to describe typically developing individuals’ social stereotyping of individuals with and without DCD from minimal visual cues. 3D motion capture tracked the movement of four ‘targets’ (two adult males with DCD and two male controls) in a variety of everyday scenarios. Kinematic footage of the target’s movements was presented as a point-light-display to 319 typically developing adults who used The Rating Scale of Social Competence to report perceptions of the target’s social competencies. Targets with DCD were rated as having significantly lower social competence (M=3.37, SD=0.93) than controls (M=3.46, SD=0.89) (269) =-5.656; < 0.001, Cohen’s = .34. Humans incorporate minimal information on movement fluency to evaluate others’ social competencies, including individuals with DCD. Such stereotyping may be automatic and may be an ill-understood mechanism sustaining persistent rejection by peers for individuals with DCD and higher rates of loneliness, isolation and mental disorders. In addition, our study expands research on competence-based stereotyping to a new applied domain, confirming the minimal cues needed to initiate stereotyping of the competencies of others. : social competence, perception, coordinated movement, stereotyping, DCD
    AbstractBackground:Aim:Method:Results: tpdDiscussion:Keywords
    Gentle, J, Barnett, A, Wilmut, K (2016). Adaptations to walking on an uneven terrain for individuals with and without Developmental Coordination Disorder
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    Given the importance of walking in everyday life, understanding why this is challenging for some populations is particularly important. Studies focusing on gait patterns of individuals with Developmental Coordination Disorder (DCD) have shown that whilst increased variability is characteristic of walking patterns for this group, differences in spatio-temporal gait variables seem only to arise when task demands increase. However, these differences occur under rather artificial conditions, for example using a treadmill. The aim of this study, therefore was to examine the step characteristics of individuals with and without DCD whilst walking along an irregular terrain. Thirty-five individuals with DCD aged 8–32 years and 35 age and gender-matched controls participated in this study. Participants were divided into 3 age groups; 8–12 years (n = 12), 13–17 years (n = 12) and 18–32 years (n = 11). Participants walked up and down a 6 m walkway for two minutes on two terrains: level and irregular. VICON 3D motion analysis was used to extract measures of foot placement, velocity and angle of the head and trunk. Results showed that both groups adapted their gait to negotiate the irregular terrain, but the DCD group was more affected than their TD peers; walking significantly slower with shorter, wider steps and inclining their head more towards the ground. This suggests an adaptive approach used by individuals with DCD to preserve stability and increase visual sampling whilst negotiating an irregular terrain.
    Wilmut, K., Gentle, J., Barnett, A. (2017). Gait symmetry in individuals with and without Developmental Coordination Disorder
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    Background: Symmetry between the left and right side of the body during locomotion is key in a coordinated gait cycle and is also thought to be important in terms of efficiency. Although previous studies have identified aspects of the gait cycle which are atypical in children and adults with Developmental Coordination Disorder (DCD), studies have not considered whether this could be explained by asymmetrical gait. Method and procedure: The current study included 62 participants with and 62 without DCD (aged 7-34 years). Participants were asked to walk continuously for 1 minute up and down a walkway while movement was captured using an optical tracking system. Measures of step length and step time were taken for both the right and the left leg and symmetry ratios were calculated. Results: The DCD group showed significantly higher symmetry ratios for both measures compared to the typically developing (TD) group, with approximately a third of DCD participants falling outside the normative range for symmetry. Furthermore, a relationship was found between movement variability and degree of asymmetry. Conclusions: These findings demonstrate an asymmetry in the gait of individuals with DCD which, despite improving with age, does not reach the same level as that shown by TD individuals.
    Gentle, J., Brady, D., Woodger, N., Croston, S., Leonard, H. (2021). Driving Skills of Individuals with and without Developmental Coordination Disorder (DCD/Dyspraxia). Frontiers of Human Neuroscience
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