CRISTINA MARIA DELOU,DIANA NEGRÃO CAVALCANTI,GISELE SOARES RODRIGUES DO NASCIMENTO,SÉRGIO CRESPO COELHO DA SILVA PINTO
申请号：
BR102017021293
公开号：
BR102017021293A2
申请日:
2017.10.04
申请国别(地区):
BR
年份:
2019
代理人:
摘要：
The present invention demonstrates a product characterized by a diagnostic kit to aid as an instrument in the early identification of autism in infants 5 to 18 months of age. The field of the present invention is located in the technological processes in human health, industry, physics, information technology, knowledge and communication and biology for the early identification of autistic individuals. Current eye tracking technology does not use vision-sensitive biological systems as well as extracellular response stimuli from a human health perspective to analyze and track specific eye movements, providing feedback on the social interaction deficit in autistic infants. The present invention develops a diagnostic kit to aid as an instrument in the early identification of autism in infants aged 5 to 18 months, tracking and analyzing the deficit of social interaction through abnormal, diminished or non-existent eye movements during the test. with the software. It also promotes progress in the area of human health through the development of the diagnostic kit and analyzes the infants' social interaction deficit in the vision-sensitive biological system process (saccadic eye movements, slow fixation, and rotational nystagmus), as well as responses to extracellular stimuli using the present inventiona presente invenção demonstra um produto caracterizado por um kit diagnóstico para auxiliar, enquanto instrumento, na identificação precoce de autismo em lactentes entre 5 a 18 meses de idade. o campo da presente invenção localiza-se nos processos tecnológicos em saúde humana, indústria, física, tecnologia informação, conhecimento e comunicação e biologia para a identificação precoce de indivíduos autistas. a tecnologia de rastreamento ocular, atual, não utiliza sistemas biológicos sensitivos da visão, bem como estímulos- resposta extracelulares sob a óptica da saúde humana para analisar e rastrear movimentos oculares específicos, fornecendo feedback do déficit na interação
