Recently, Wang Jing Research Group of the Institute of Psychology of the Chinese Academy of Sciences and the Wang Yufeng Research Group of the Sixth Hospital of Peking University and the Liu Dong Research Group of Peking University have conducted cooperation in patients with Attention deficit hyperactivity disorder (ADHD) in Chinese Han children. The first international genome-wide association study of ADHD to perform inhibitory functions and the discovery of new susceptibility genes associated with inhibition of ADHD implementation. ADHD is a common behavioral disorder in children/adolescents with a prevalence of about 5%. It is mainly characterized by inattention, hyperactivity and impulsivity that are not commensurate with development. The pathogenesis of ADHD is still unclear and is generally considered to be a syndrome caused by a variety of biological, psychological and social factors. Currently, candidate gene association studies have found genes associated with disease, but these genes have only a 3.3% impact on disease phenotypic variation and can only account for 4.3% of heritability. At the same time, the disease has a complex phenotype and high heterogeneity, so no significant disease susceptibility genes have been found in the current genome-wide association studies. Studies have shown that impaired executive function is a core defect in patients with ADHD. To gain a deeper understanding of the causes of ADHD, the researchers conducted the first two-stage GWAS study on the implementation of ADHD in the world, using the Stroop color-interference test to assess the inhibitory function of 1,702 cases, which was finally found on 7p22.3. A new susceptible site (rs11514810) that is significantly associated with the word interference time of the Stroop test. At the same time, network analysis showed that most of the genes that interact with MICALL2 are associated with psychiatric disorders, while regulatory feature analysis and expression of quantitative trait locus (eQTL) data suggest that this site contributes to the expression of MICALL2 in the human brain. In addition, the study found that by inhibiting the expression of zebrafish genes homologous to MICALL2, hyperactivity-impulsive behavior can be induced, which can be alleviated by the clinical drug of ADHD, atomoxetine, which further validates the gene. The pathogenic effect on ADHD. We may hear of the Face Recognition, so what does this Face Recognition mean? Face Identification, AI Face Recognition, Face Recognition Identification, Face Recognition Thermometer, AI Face Recognition Camera, Face Recognition Infrared Thermometer SHENZHEN SANAN TECHNOLOGY CO.,LTD , https://www.sanan-cctv.com
The Face Recognition(or the Facial Recognition) is a kind of biometric recognition technology based on the human facial feature information. The Face Recognition(AI Face Recognition) also refers to a series of related technologies that use a camera to collect images or video streams containing human faces, and automatically detect and track human faces in the images, and then recognize the detected faces.
The Face Recognition System(Face Recognition Identification) integrates various professional technologies such as the artificial intelligence, machine recognition, machine learning, model theory, expert system, video image processing, etc. It also needs to combine the theory and implementation of the intermediate value processing, and is the latest application of the biometric recognition. The realization of the core technology shows the transformation from the weak artificial intelligence to the strong artificial intelligence.
As time goes by, the Face Recogniton Technology(Face Recognition Thermometer) is becoming mature and mature and some mutifunctional Face Recognition Devices have been "born", and one of the most popular mutifunctional Face Recognition Devices is the Face Recognition with the Body Temperature Detection function(AI Face Recognition Camera). This kind of Face Recognition Devices perfectly solved many problems. For example, the touching with people who need to be detected the body temperature can be avoided; a lot of detection time, energy, procedures, and labor can be saved; the detection difficulty can be decreased. So convenient! And this kind of Face Recogniton has helped a lot since the COVID-19 occurred, and it may help more in the future.
