“Sensorimotor Accuracy and Multisensory Integration: Understanding Hits and Misses through Thalamocortical and Motor System Processing”

Radha Navnit Jajal; Badri Nirav Patel; Krithika Hirdesh Agarwal

doi:10.36948/ijfmr.2025.v07i05.57727

“Sensorimotor Accuracy and Multisensory Integration: Understanding Hits and Misses through Thalamocortical and Motor System Processing”

Author(s)	Ms. Radha Navnit Jajal, Ms. Badri Nirav Patel, Ms. Krithika Hirdesh Agarwal
Country	India
Abstract	The current neuropsychological case study examined how sensory-motor structured activities and special interventions can be used to improve the cognitive and motor functioning of a child process of a 6 year-old male subject diagnosed with intellectual disability disorder .It explores structured sensory-motor tasks on a child with mild intellectual disability and the results revealed that there were improvements in motor planning, balance, attention, and cognitive sequencing. Neuroplasticity Multisensory rehearsal and repetition of multimodality activity would probably consolidate thalamocortical and sensorimotor circuits, making them adaptive to learning. The results indicate the efficiency of non-pharmacological multisensory interventions to enhance cognitive and motor growth. Three main experimental tasks were used in the study and they included the following, the psychometric weights task, which involved sequencing and cognitive processing, the velcro board task, which involved visual-motor coordination and attention, and the set-up/set-down trials, which involved motor balance and postural control. During seven days, the participant performed organized tests that included auditory, verbal, touch, and vestibular stimulus. Toy play and barefoot running were combined to enhance the proprioceptive, vestibular and attentional networks. The trial-to-trial data concerning the accuracy and error was systematically stored and analyzed. Outcomes of the post-intervention showed that there was a significant enhancement of motor planning, balance regulation, attention, and cognitive sequencing. The neuropsychological interpretation revealed that the patient had intact afferent sensory pathways, efficient thalamic relay, and functional inter-hemispheric integration through the corpus callosum because the test scores were predominantly correct and few errors.Within sensori-motor integration, the sensory information are transmitted as the afferent pathways to the brain from the body that help perceive touch, sound, vision, balance, and body position by the thalamus and sensory cortices. The research paper has analyzed the structured sensory motor activities of a child with mild intellectual disability demonstrating that he has had improvement on his attention skills, motor planning skills, and cognitive sequencing skills. Neuroplasticity, which happened in the prefrontal cortex, was likely to promote adaptive learning in that the child was able to change behavior and increase task performance as a result of repeated multisensory experiences. Conversely, the motor commands are relayed to the body via the different pathways which control movement, posture and responses. The ongoing communication between the two lines of action enhances neuroplasticity enabling the brain to adjust, learn and enhance the coordination and mental processes. These results demonstrate the relevance of a multisensory rehabilitation model in facilitating neurocognitive adjustment, sensorimotor, and cognitive flexibility in children with neurodevelopmental deficiencies, making it possible to suggest its use as a practicable therapeutic approach.
Keywords	Sensory–Motor Integration, Visual-Motor Coordination, Motor Balance, Adaptive learning,Neuroplasticity,Attention, Multisensensory Learning, Neuropsychological Assessment
Field	Sociology > Philosophy / Psychology / Religion
Published In	Volume 7, Issue 5, September-October 2025
Published On	2025-10-12
DOI	https://doi.org/10.36948/ijfmr.2025.v07i05.57727

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“Sensorimotor Accuracy and Multisensory Integration: Understanding Hits and Misses through Thalamocortical and Motor System Processing”

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