2018
DOI: 10.24862/cco.v13i3.756
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Genetics of autistic spectrum disorders

Abstract: Introdução: Transtornos do Espectro Autista (TEA) são desordens no desenvolvimento desde a infância precoce, com etiologia genética heterogênea, multifatorial e complexa de alta herdabilidade. Objetivo: A finalidade deste estudo foi reunir estudos que comprovem fatores genéticos determinantes e delimitar genes que possuam alterações específicas que diretamente favorecem a manifestação da sintomatologia dos TEA. Metodologia: A metodologia utilizada foi uma revisão de literatura. Resultados: Nossos resultados ap… Show more

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Cited by 3 publications
(2 citation statements)
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“…A study by Santos et al [11] found significant involvement of genes SHANK3, NLGN3, NLGN4, NRXN1, MDGA2, FHIT, HTR2A, SHANK2, GRIA3, ZNF778, PRKCα, CDH15, DIAPH3, GCH1, GRM5, MARK1, SLC17A6, IMMP2L, BZRAP1, SYNGAP1, ANK3, MAP1A, GABRR2, LAMC3, LRRC7, LRRIQ3, CADPS1, NUFIP, SEMA3A, SNAP29, MBD2, GAD2, DGKH, PARD3, PIK3CG, RELN, NRCAM, LAMB1, WNT2, FOXP2, GRM8, UBE2H, A2BP1, ATP10A, CADPS2, CNTN4, CNTNAP2, DLGAP2, EGR2, EN2, GABRB3, MET, SLC4A10, DISC1, NPTX2, PCDH9, AUTS2 and RBFOX1 in patients with ASD. Attention should be paid to genetic mapping and accurate diagnosis of patients for better customized follow-up, both therapeutic and using drugs.…”
Section: Discussionmentioning
confidence: 99%
See 1 more Smart Citation
“…A study by Santos et al [11] found significant involvement of genes SHANK3, NLGN3, NLGN4, NRXN1, MDGA2, FHIT, HTR2A, SHANK2, GRIA3, ZNF778, PRKCα, CDH15, DIAPH3, GCH1, GRM5, MARK1, SLC17A6, IMMP2L, BZRAP1, SYNGAP1, ANK3, MAP1A, GABRR2, LAMC3, LRRC7, LRRIQ3, CADPS1, NUFIP, SEMA3A, SNAP29, MBD2, GAD2, DGKH, PARD3, PIK3CG, RELN, NRCAM, LAMB1, WNT2, FOXP2, GRM8, UBE2H, A2BP1, ATP10A, CADPS2, CNTN4, CNTNAP2, DLGAP2, EGR2, EN2, GABRB3, MET, SLC4A10, DISC1, NPTX2, PCDH9, AUTS2 and RBFOX1 in patients with ASD. Attention should be paid to genetic mapping and accurate diagnosis of patients for better customized follow-up, both therapeutic and using drugs.…”
Section: Discussionmentioning
confidence: 99%
“…Even though ASD is apparently highly heritable, the transmission does not conform to Mendelian laws, thus it is unlikely that the condition is simply linked to the X chromosome, dominant or recessive. Thus, the condition presumably involves several genes in different chromosomes interacting with moderate effect and composing the ASD [11].…”
Section: Introductionmentioning
confidence: 99%