Michele Lobo

Associate Professor, Physical Therapy University of Delaware

  • Newark DE

Prof. Lobo's research focuses on interventions and devices for young children that maximize early learning and development.

Contact

University of Delaware

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Biography

Michele Lobo's research focuses on young children — designing and testing assessments, interventions and rehabilitation devices that maximize early learning and development. She examines interventions based in play that caregivers can provide. Her laboratory develops exoskeletons to improve function for infants and children with impaired arm movements. Related work creates wearable technology with support structures embedded into clothing for children.

Industry Expertise

Medical Devices

Areas of Expertise

Wearable Technology
Rehabilitation Devices
Exoskeletons
Pediatrics

Media Appearances

Enabling artistic expression | UDaily

University of Delaware  online

2023-02-09

The grant was awarded to an interdisciplinary research team led by Pigford, who is co-director of UD's Interaction Design Lab. The team includes Adam Wickenheiser, co-principal investigator and associate professor of mechanical engineering from the College of Engineering, and Michele Lobo, co-principal investigator and associate professor of physical therapy from the College of Health Sciences.

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Developmental Delay Treatment Breakthrough: 'Super Suits' To Combat Kids Developmental Delays

Parent Herald  online

2016-05-18

Seeing the degree of "shame" and discomfort that the usual exoskeletons bring to developmentally-delayed children, one professor from the University of Delaware, Michele Lobo, decided to create a nice twist with these exoskeletons to better help children. She made them more special by making them light and comfortable, yet providing the same degree of efficacy as with bulky exoskeletons.

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Building functional, fashionable exoskeletons for babies

WHYY  online

2016-01-27

But on these trips, they also swing by the University of Delaware. When Sarah Grace was about eight months old, Valarie signed her up to be a test subject for a pediatric exoskeleton called the Playskin Lift. Physical therapy researcher Michele Lobo leads its development.

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Articles

Development and Initial Evaluation of a Soft Ankle Support for Children With Ankle Impairments

Pediatric Physical Therapy

2023

Purpose:
Develop and initially evaluate a soft ankle support (SAS) garment for children with ankle impairments.
Description of Cases:
Two participants were evaluated at baseline and interviews with their parent(s) to identify wants and needs for the SAS. The SAS was developed and evaluated via participant report and functional measures in barefoot, ankle-foot orthosis (AFO), and SAS conditions.

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START-Play Physical Therapy Intervention Indirectly Impacts Cognition Through Changes in Early Motor-Based Problem-Solving Skills

Pediatric Physical Therapy

2023

Purpose:
This study tested whether the Sitting Together and Reaching to Play (START-Play) physical therapy intervention indirectly impacts cognition through changes in perceptual-motor skills in infants with motor delays.
Methods:
Participants were 50 infants with motor delays randomly assigned to START-Play plus Usual Care Early Intervention (UC-EI) or UC-EI only. Infants' perceptual-motor and cognitive skills were assessed at baseline and 1.5, 3, 6, and 12 months post-baseline.

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Opportunities for learning and social interaction in infant sitting: Effects of sitting support, sitting skill, and gross motor delay

Developmental Science

2023

The development of independent sitting changes everyday opportunities for learning and has cascading effects on cognitive and language development. Prior to independent sitting, infants experience the sitting position with physical support from caregivers. Why does supported sitting not provide the same input for learning that is experienced in independent sitting? This question is especially relevant for infants with gross motor delay, who require support in sitting for many months after typically developing infants sit independently. We observed infants with typical development (n = 34, ages 4–7 months) and infants with gross motor delay (n = 128, ages 7–16 months) in early stages of sitting development, and their caregivers, in a dyadic play observation.

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Education

Trenton State College

BS

Biology & Psychology

1994

Hahnemann University

MPT

Physical Therapy/Therapist

1997

University of Delaware

PhD

Biomechanics & Movement Science

2006

Languages

  • English