Property:HasBriefDescription (E)

Property: HasBriefDescription (E) [1]

Imported from: core:hasBriefDescription (core | Enigma Core)

Provides a brief description of the working group or project or cohort or image acquisition protocol

Property Semantics

• Property has type Text
• Can have multiple values ? true
• Sub-Property of
  • Property:Dcterms:Description (E)

Pages using the property "HasBriefDescription (E)"

Showing 25 pages using this property.

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D
Dublin grp HC +	Control_group_within_the_CLiNG_cohort  +
Dublin grp HC proj Cortical SCZ +	Control_group_within_the_CLiNG_cohort_for_the_Cortical_project  +
Dublin grp HC proj Subcortical SCZ +	Control_group_within_the_CLiNG_cohort_for_the_Subcortical_project  +
Dublin grp SCZ +	Schizophrenia_diagnostic_group_within_the_Dublin_cohort  +
Dublin grp SCZ proj Cortical SCZ +	Schizophrenia_diagnostic_group_within_the_Dublin_cohort_for_the_Cortical_project  +
Dublin grp SCZ proj Subcortical SCZ +	Schizophrenia_diagnostic_group_within_the_Dublin_cohort_for_the_Subcortical_project  +
Dublin proj Cortical SCZ +	Dublin_cohort_dataset_for_the_Cortical_project  +
Dublin proj Subcortical SCZ +	Dublin_cohort_dataset_for_the_Subcortical_project  +
E
EEG WG +	performing a meta-analysis of functional brain activity as measured by scalp recorded electrical brain activity also known as Electroencephalography  +
EOP WG +	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.  +
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  +
Epigenetics WG +	carries out meta-analyses of existing MRI data to relate DNA methylation patterns to brain phenotypes  +
Epilepsy WG +	improving our understanding of in vivo neuroanatomical disruptions in people with epilepsy compared to healthy individuals in the general population.  +
Evolution WG +	seeks to integrate the latest findings from molecular anthropology and evolutionary genomics with data from large-scale studies of human neuroimaging genetics.  +
F
FDT WG +	brings together researchers from multiple centres with an interest in the frontotemporal dementia spectrum disorders including behavioural variant FT  +
H
HIV WG +	scanned people with HIV/AIDS to determine the best endophenotypes (both MRI and DTI) for distinguishing cases from controls.  +
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.  +
I
Irritability WG +	improving our understanding of how a broadly based psychiatric symptom irritability may relate to brain and genomic changes.  +
L
Laterality WG +	identify common genetic variants that influence left-right asymmetrical aspects of brain structure and function  +
M
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.  +
O
OCD WG +	aims at bringing OCD research groups together to share neuroimaging and genetic databases.  +
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.  +
P
Parkinsons WG +	A meta-analysis of volumetric changes in Parkinsonian versus healthy brains using previously developed FreeSurfer protocols. A shape meta-analysis of deep gray matter structures (led by Dr. Boris Gutman) NEW: A meta-analysis of white matter differences based on the ENIGMA-DTI protocol (led by Dr. Neda Jahanshad with support from MJFF)  +
Plasticity WG +	focusses on individual differences in longitudinal brain changes.  +
Proj Aggression SCZ +	examines relationship between brain structure and agression with an interest in conducting a future GWAS (perhaps bivariate GWAS?)  +, requires at least sMRI data and the PANSS or SAPS  +