Screening DNA Methylation Signatures in Early Bovine In Vitro Embryos for Developmental Fitness

The success of assisted reproductive techniques (ART) in overcoming infertility or improving livestock genetic traits is undeniable. However, the use of ART in livestock has also been associated with an increased likelihood of certain anomalies (e.g., large offspring syndrome, musculoskeletal anomalies) and neonatal mortality because of suboptimal culture conditions. Our partner, L’Alliance Boviteq (Semex) has […]

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Adaptive video game with neuro inspired social agents: from accessibility to therapy

Making video games accessible to all is an important societal issue that video game studios take very seriously. The brains of people with autism develop differently than those of neurotypical people, resulting in motor and sensory characteristics that prevent them from enjoying video games. Because autism is expressed differently in each individual, the needs of […]

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Neuro-inspired cognitive architectures for artificial metacognition and social learning

Since artificial intelligence will play a crucial role in our daily lives, it is important that, along with increased task performance, socially intelligent agents will be able to cooperate efficiently with humans. However, human social cognition is a recent evolutionary event that relies on an advanced cognitive architecture. While the unconscious brain, also referred to […]

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An active video game for rehabilitation therapy of children with musculoskeletal disorders

Children with musculoskeletal disorders, such as Cerebral Palsy (CP), must follow regular, intensive rehabilitation to improve their movement patterns and walking ability. Often, these protocols are perceived negatively by children, who would rather play and have fun. The use of active video game based training programs could help reduce participant attrition while improving engagement and […]

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Stress-Activated MicroRNAs by Biomechanical Assay for Diagnosing and Prognosing Adolescent Idiopathic Scoliosis

Cette étude vise à développer et valider un panel de petites molécules circulantes d’acide ribonucléique (ARN) non codantes appelées microARN (miRNAs) qui peuvent être utilisées pour prédire le risque de développer une scoliose sévère chez les enfants symptomatiques le plus tôt possible. Cela permettrait, une fois commercialisé, d’identifier les enfants à risque de développer une […]

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