Search by property

Jump to: navigation, search

This page provides a simple browsing interface for finding entities described by a property and a named value. Other available search interfaces include the page property search, and the ask query builder.

Search by property

A list of all pages that have property "HasBriefDescription (E)" with value "diagnosed less than 18 years". Since there have been only a few results, also nearby values are displayed.

Showing below up to 26 results starting with #1.

View (previous 50 | next 50) (20 | 50 | 100 | 250 | 500)

    

List of results

  • Proj Shape Machine Learning QC  + (This project aims to develop a tool to aut …
    This project aims to develop a tool to automatically detect defective/biologically implausible subcortical geometry models. The project is unrelated to any biological or clinical questions. We simply want to make life easier for participants in future ENIGMA shape projects. All that is required is permission from ENIGMA sites that have already shared their individual shape and QC data with the IGC to use this data in QC model training.
    IGC to use this data in QC model training.)
  • Proj ThalamoCortical SCZ  + (This project is under discussion with Neda with regard to feasibility.)
  • Test CohortProject2  + (This_is_only_a_Test.)
  • Test CohortProject  + (This_is_only_a_Test.)
  • Proj DTI Symptoms SCZ  + (Will conduct a PCA/factor analysis on DTI data at each site and examine relationships between DTI factor scores and symptom severity.)
  • 3D T1w  + (3D_T1_weighted_sequence._TR=1500_msec)
  • T1-weighted SPGR sagittal 3D volume  + (T1-weighted_SPGR_sagittal_3D_volume._TR=1030_msec)
  • DTI WG  + (a methods development group to identify heritable and reproducible measures from diffusion images and ways to model or account for inter-site differences in these phenotypes)
  • OCD WG  + (aims at bringing OCD research groups together to share neuroimaging and genetic databases.)
  • ADHD WG  + (aims to carry out mega- and meta-analysis of existing MRI data of children and adults with ADHD and controls.)
  • Ataxia WG  + (aims to carry out meta-analysis of existing structural MRI and DTI data from individuals with degenerative ataxia disorders and healthy controls.)
  • Proj Early Onset Psychosis SCZ BD  + (reports effect sizes for subcortical and hipppocampal volume abnormalities in early onset psychosis)
  • Addiction WG  + (analyze data relevant to addiction phenotypes including case-control comparisons across a variety of substances.)
  • Autism WG  + (analyze data relevant to autism from people of all ages including case-control comparisons.)
  • Proj ENIGMA COINSTAC-SANSFactors-DTI  + (automated meta-anslysis of DTI against SANS factors)
  • FDT WG  + (brings together researchers from multiple centres with an interest in the frontotemporal dementia spectrum disorders including behavioural variant FT)
  • Epigenetics WG  + (carries out meta-analyses of existing MRI data to relate DNA methylation patterns to brain phenotypes)
  • CNV WG  + (carry out mega-analysis or meta-analysis on existing structural MRI and DTI data coupled with CNVs.)
  • 22q WG  + (carry out meta-analysis of existing structural MRI and DTI data of children and adults with the 22q11.2 deletion and healthy controls.)
  • Relatives WG  + (collect MRI scans of first-degree relatives of patients with severe mental illness and compare those with controls (and their probands))
  • Proj ENIGMA3 Cortical GWAS  + (GWAS)
  • Proj Deficit SCZ  + (reports effect sizes for subcoritical volume and hippocampus)
  • StorageDisease WG  + (define relations between genetics brain morphometry cognitive status and clinical signs in lysosomal storage diseases)
  • ORIGINs WG  + (determine how genetic and environmental factors influence the development of brain morphometry anatomical and functional connectivity and cognitive and emotional function from birth to age 6.)
  • BD WG  + (determine the best endophenotypes for distinguishing cases from controls.)
  • Proj GRS SCZ  + (examines association between genetic risk scores for multiple disorders (e.g. SZ BD MDD and brain imaging data). First protocol will require GWAS and structural imaging data.)
  • Proj Cross Disorder SCZ BD MDD  + (examines differences in subcortical volumes hippocampal volumes cortical thickness and surface area between schizophrenia mdd and bp and performs an initial supervised classification analysis)
  • Proj Hippocampal Subregion SCZ  + (examines effect sizes of hippocampal subfield volumes using FreeSurfer 6.0 (or 6.0dev))
  • Proj Childhood Trauma SCZ  + (examines effects of childhood trauma as well as possible interaction with sex on cortical thickness and surface area and symptom profile)
  • Proj Laterality Cortical  + (examines laterality of cortical thickness and surface area in healhty volunteers)
  • Proj Laterality Subcortical  + (examines laterality of subcortical and hippocampal volumes in healthy volunteers)
  • Proj Aggression SCZ  + (examines relationship between brain structure and agression with an interest in conducting a future GWAS (perhaps bivariate GWAS?))
  • Proj Negative Symptoms SCZ  + (examines relationship between left orbitofrontal thickness and negative symptoms)
  • Proj Positive Symptoms SCZ  + (examines relationship between superior temporal gyrus thickness and positive symptoms)
  • Proj Cannabis SCZ  + (examines the effect of cannabis use on structural abnormalities in schizophrenia)
  • HippoSub WG  + (examining the test-retest and trans-platform reliability of the most recent FREESURFER algorithm (version 6.0) with an aim to circulate standardized subregion segmentation protocols based on this algorithm in the coming months.)
  • Transgender WG  + (explore by virtue of imaging-based mega-analysis the underlying neurobiology of transgenderism.)
  • Sleep WG  + (explore meta-analyses of a wide range of neuroimaging modalities in physiology of sleep and its disorders)
  • Schizophrenia WG  + (explore meta-analyses of cortical and subcortical structures across many different studies and datasets)
  • Plasticity WG  + (focusses on individual differences in longitudinal brain changes.)
  • Proj GWAS DTI  + (gwas of regional dti measures)
  • Proj Schizotypy  + (http://enigma.ini.usc.edu/ongoing/enigma-schizotypy/)
  • Tourettes WG  + (identify brain regions and brain circuits that are involved in the neurobiology of TS and investigate how these relate to genomic background.)
  • Laterality WG  + (identify common genetic variants that influence left-right asymmetrical aspects of brain structure and function)
  • MDD WG  + (identify imaging markers that robustly discriminate MDD patients from healthy controls across many different samples using carefully a priori planned standardized image processing and statistical analysis protocols.)
  • EOP WG  + (identify markers that robustly discriminat …
    identify markers that robustly discriminate adolescents with EOP from healthy controls differentiate among the different EOP syndromes (including early-onset schizophrenia (EOS) and early-onset bipolar (EOBP) spectrum disorders) by studying the genetic and brain neuroanatomical and functional characteristics across ages and different studies and datasets.
    s ages and different studies and datasets.)
  • STB WG  + (identify neurobiological variations associated with suicidal ideations and behaviors to ultimately leverage information from brain structure function along with clinical and demographic factors to predict the likelihood of a future suicidal attempt.)
  • Anxiety WG  + (improve our understand of anxiety disorders via large-scale collaborative neuroimaging)
  • Irritability WG  + (improving our understanding of how a broadly based psychiatric symptom irritability may relate to brain and genomic changes.)
  • Stroke WG  + (improving our understanding of how changes in post-stroke neuroanatomy may relate to motor recovery after stroke.)
Retrieved from "https://organicdatacuration.org/enigma_dev/Special:SearchByProperty/:HasBriefDescription-20(E)/diagnosed-20less-20than-2018-20years"