Matches in SemOpenAlex for { <https://semopenalex.org/work/W4292858528> ?p ?o ?g. }
- W4292858528 endingPage "1093" @default.
- W4292858528 startingPage "1083" @default.
- W4292858528 abstract "Schizophrenia is widely recognized as a neurodevelopmental disorder. Abnormal cortical development in otherwise typically developing children and adolescents may be revealed using polygenic risk scoring for schizophrenia (PRS-SCZ). We assessed PRS-SCZ and cortical morphometry in typically developing children and adolescents (3–21 years, 46.8% female) using whole genome genotyping and T1-weighted MRI (n=390) from the Pediatric Imaging, Neurocognition and Genetics (PING) cohort. We contextualised the findings using (i) age-matched transcriptomics, (ii) histologically-defined cytoarchitectural types and functionally-defined networks, (iii) case-control differences of schizophrenia and other major psychiatric disorders derived from meta-analytic data of six ENIGMA working groups including a total of 12,876 patients and 15,670 controls. Higher PRS-SCZ was associated with greater cortical thickness, which was most prominent in areas with heightened gene expression of dendrites and synapses. PRS-SCZ related increases in vertex-wise cortical thickness were mainly distributed in association cortical areas, particularly the ventral attention network, while relatively sparing koniocortical type cortex (i.e. primary sensory areas).The large-scale pattern of cortical thickness increases related to PRS-SCZ mirrored the pattern of cortical thinning in schizophrenia and mood-related psychiatric disorders derived from the ENIGMA consortium. Age group models illustrate a possible trajectory from PRS-SCZ associated cortical thickness increases in early childhood towards thinning in late adolescence, the latter resembling the adult brain phenotype of schizophrenia. Collectively, combining imaging-genetics with multi-scale mapping, our work provides novel insight into how genetic risk for schizophrenia impacts the cortex early in life." @default.
- W4292858528 created "2022-08-24" @default.
- W4292858528 creator A5005096130 @default.
- W4292858528 creator A5011305571 @default.
- W4292858528 creator A5016131521 @default.
- W4292858528 creator A5023366901 @default.
- W4292858528 creator A5026900966 @default.
- W4292858528 creator A5029787846 @default.
- W4292858528 creator A5039737028 @default.
- W4292858528 creator A5045122604 @default.
- W4292858528 creator A5054222172 @default.
- W4292858528 creator A5054295358 @default.
- W4292858528 creator A5070269101 @default.
- W4292858528 creator A5089583295 @default.
- W4292858528 date "2023-10-01" @default.
- W4292858528 modified "2023-10-17" @default.
- W4292858528 title "Schizophrenia Polygenic Risk During Typical Development Reflects Multiscale Cortical Organization" @default.
- W4292858528 cites W1894823067 @default.
- W4292858528 cites W1966359789 @default.
- W4292858528 cites W1988193785 @default.
- W4292858528 cites W1988903920 @default.
- W4292858528 cites W2002205771 @default.
- W4292858528 cites W2004469093 @default.
- W4292858528 cites W2017806092 @default.
- W4292858528 cites W2022689242 @default.
- W4292858528 cites W2025011978 @default.
- W4292858528 cites W2029287634 @default.
- W4292858528 cites W2040052684 @default.
- W4292858528 cites W2054156563 @default.
- W4292858528 cites W2099726665 @default.
- W4292858528 cites W2101135654 @default.
- W4292858528 cites W2101357408 @default.
- W4292858528 cites W2103017472 @default.
- W4292858528 cites W2115716215 @default.
- W4292858528 cites W2117787632 @default.
- W4292858528 cites W2120731293 @default.
- W4292858528 cites W2122739133 @default.
- W4292858528 cites W2130454733 @default.
- W4292858528 cites W2142446997 @default.
- W4292858528 cites W2143463042 @default.
- W4292858528 cites W2143834603 @default.
- W4292858528 cites W2145714441 @default.
- W4292858528 cites W2152292563 @default.
- W4292858528 cites W2166663076 @default.
- W4292858528 cites W2346576232 @default.
- W4292858528 cites W2561204729 @default.
- W4292858528 cites W2567586580 @default.
- W4292858528 cites W2587830812 @default.
- W4292858528 cites W2590910803 @default.
- W4292858528 cites W2593448428 @default.
- W4292858528 cites W2594949498 @default.
- W4292858528 cites W2595398544 @default.
- W4292858528 cites W2596902563 @default.
- W4292858528 cites W2608867270 @default.
- W4292858528 cites W2745116209 @default.
- W4292858528 cites W2765389138 @default.
- W4292858528 cites W2768745187 @default.
- W4292858528 cites W2784244485 @default.
- W4292858528 cites W2804287612 @default.
- W4292858528 cites W2805058741 @default.
- W4292858528 cites W2897880503 @default.
- W4292858528 cites W2903689387 @default.
- W4292858528 cites W2904647285 @default.
- W4292858528 cites W2911701742 @default.
- W4292858528 cites W2936793067 @default.
- W4292858528 cites W2941212129 @default.
- W4292858528 cites W2942374094 @default.
- W4292858528 cites W2948155912 @default.
- W4292858528 cites W2950595506 @default.
- W4292858528 cites W2952495065 @default.
- W4292858528 cites W2957532058 @default.
- W4292858528 cites W2958615822 @default.
- W4292858528 cites W2982101958 @default.
- W4292858528 cites W2985453840 @default.
- W4292858528 cites W3009085602 @default.
- W4292858528 cites W3023747541 @default.
- W4292858528 cites W3036199858 @default.
- W4292858528 cites W3036999708 @default.
- W4292858528 cites W3039992887 @default.
- W4292858528 cites W3041707696 @default.
- W4292858528 cites W3047459636 @default.
- W4292858528 cites W3107981383 @default.
- W4292858528 cites W3112065487 @default.
- W4292858528 cites W3124193890 @default.
- W4292858528 cites W3145632266 @default.
- W4292858528 cites W3155846106 @default.
- W4292858528 cites W3158986043 @default.
- W4292858528 cites W3173485414 @default.
- W4292858528 cites W3180887856 @default.
- W4292858528 cites W4211063728 @default.
- W4292858528 cites W4295750005 @default.
- W4292858528 cites W4297327203 @default.
- W4292858528 doi "https://doi.org/10.1016/j.bpsgos.2022.08.003" @default.
- W4292858528 hasPublicationYear "2023" @default.
- W4292858528 type Work @default.
- W4292858528 citedByCount "4" @default.
- W4292858528 countsByYear W42928585282023 @default.
- W4292858528 crossrefType "journal-article" @default.