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 "focusses on inspanidual differences in longitudinal brain changes.". 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

  • 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 Early Onset Psychosis SCZ BD  + (reports effect sizes for subcortical and hipppocampal volume abnormalities in early onset psychosis)
  • 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.)
  • Epilepsy WG  + (improving our understanding of in vivo neuroanatomical disruptions in people with epilepsy compared to healthy individuals in the general population.)
  • EatingDisorders WG  + (improving our understanding of structural brain changes in patients with anorexia nervosa and Bulimia nervosa and how those changes normalize during or after recovery)
  • CancerChemo WG  + (investigate the impacts of cancer and chemotherapy on the brain.)
  • EEG WG  + (performing a meta-analysis of functional brain activity as measured by scalp recorded electrical brain activity also known as Electroencephalography)
  • Shape WG  + (provides a streamlined tool to perform fine-grained analysis of deep gray matter morphometry using standard brain MRI)
  • Proj Deficit SCZ  + (reports effect sizes for subcoritical volume and hippocampus)
  • Proj Cerebellum SCZ  + (reports effect sizes for structural cerebellar abnormalities in schizophrenia)
  • Proj Relatives SCZ BD  + (reports effect sizes for subcortical and global brain measures in schizophrenia and bipolar disorder relatives)
  • Proj Subcortical Shapes SCZ  + (reports effect sizes for subcortical and hippocampal shape)
  • Proj Subcortical SCZ  + (reports effect sizes for subcortical and hippocampal volume abnormalities in schizophrenia)
  • Proj Early Onset Psychosis SCZ BD  + (reports effect sizes for subcortical and hipppocampal volume abnormalities in early onset psychosis)
  • Proj Longitudinal SCZ  + (reports effect sizes for subcortical and hipppocampal volume abnormalities in first-episode schizophrenia)
  • Proj Sulci SCZ  + (reports effect sizes for sulcal abnormalties in schizophrenia)
  • Proj Cortical SCZ  + (reports effects sizes for cortical thickness and surface area abnormalities in schizophrenia)
  • Proj DTI SCZ  + (reports effects sizes for regional DTI measures)
Retrieved from "https://organicdatacuration.org/enigma_dev/Special:SearchByProperty/:HasBriefDescription-20(E)/focusses-20on-20individual-20differences-20in-20longitudinal-20brain-20changes."