GRETNA

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GRETNA is a graph theoretical network analysis toolbox which allows researchers to perform comprehensive analysis on the topology of brain connectome by integrating the most of network measures studied in current neuroscience field.

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Specifications

Diagnosis:

Aphasia, Autistic Disorder, Bipolar Disorder, Brain Injuries, Alzheimer Disease, Dyslexia, Epilepsy, Multiple Sclerosis, Parkinson Disease, Schizophrenia, Stroke

Associations

works well with:

BrainNet Viewer
PANDA: a pipeline tool for diffusion MRI

Recent Activity - Documents

PubMed Mentions documentation

Different Modular Organization Between Early Onset and Late Onset Depression: A Study Base on Granger Causality Analysis. posted by NITRC Moderator on Apr 10

PubMed Mentions documentation

Brain Structural Network Compensation Is Associated With Cognitive Impairment and Alzheimer's Disease Pathology. posted by NITRC Moderator on Apr 10

PubMed Mentions documentation

Dynamic functional connectome predicts individual working memory performance across diagnostic categories. posted by NITRC Moderator on Apr 10

PubMed Mentions documentation

Treatment Response Prediction and Individualized Identification of Short-Term Abstinence Methamphetamine Dependence Using Brain Graph Metrics. posted by NITRC Moderator on Apr 10

PubMed Mentions documentation

Characteristics of White Matter Structural Networks in Chronic Schizophrenia Treated With Clozapine or Risperidone and Those Never Treated. posted by NITRC Moderator on Mar 20

PubMed Mentions documentation

Disruption of gray matter morphological networks in patients with paroxysmal kinesigenic dyskinesia. posted by NITRC Moderator on Mar 20

PubMed Mentions documentation

Individualized Prediction of PTSD Symptom Severity in Trauma Survivors From Whole-Brain Resting-State Functional Connectivity. posted by NITRC Moderator on Mar 20

PubMed Mentions documentation

Disrupted Subcortical-Cortical Connections in a Phonological but Not Semantic Task in Chinese Children With Dyslexia. posted by NITRC Moderator on Mar 20

PubMed Mentions documentation

Altered Weibull Degree Distribution in Resting-State Functional Brain Networks Is Associated With Cognitive Decline in Mild Cognitive Impairment. posted by NITRC Moderator on Mar 20

PubMed Mentions documentation

The development of brain functional connectome during text reading. posted by NITRC Moderator on Mar 20

Recent Activity - Forums

help forum

small-world calculate error posted by he zhengyu on Apr 11

help forum

RE: errror while launching GRETNA posted by gucy121 on Apr 8

help forum

Questions on modularity posted by Simone Cauzzo on Jan 15

help forum

questions about network analysis using gretna posted by Yongqin Xiong on May 22, 2020

help forum

error in setting directory posted by joshua0705 on Dec 24, 2019

help forum

error while preprocessing the data posted by sid siddharth on Dec 5, 2019

help forum

errror while launching GRETNA posted by sid siddharth on Dec 5, 2019

help forum

Welcome to help posted by Mingrui Xia on Nov 13, 2019

Recent Activity - Files

gretna: gretna_2.0_release release

Github Address (Continuously Released Update) posted by Xin-di Wang on Nov 21, 2017

gretna: gretna_2.0_release release

GRETNA_2.0.0_release_20171121.zip posted by Xin-di Wang on Nov 21, 2017

gretna: gretna_1.2_release release

GRETNA_1.2.1_release.zip posted by Xin-di Wang on Mar 8, 2016

gretna: gretna_1.2_release release

GRETNA Develop Version posted by Xin-di Wang on Oct 17, 2015

gretna: gretna_1.2_release release

GRETNA_1.2.0_release.zip posted by Xin-di Wang on Oct 17, 2015

gretna: gretna_1.1_release release

GRETNA_1.1.1_release.zip posted by Xin-di Wang on Dec 21, 2014

gretna: gretna_1.1_release release

GRETNA_1.1_release.zip posted by Xin-di Wang on Dec 5, 2014

gretna: gretna_1.1_release release

gretna_1.0_release.zip posted by Xin-di Wang on Sep 5, 2014

gretna: gretna_1.1_release release

Develop posted by Xin-di Wang on Mar 26, 2013

Statistics more information

Home Page

NeuroLex ID: nlx_155634

RRID: SCR_009487

Funding: the National Science Fund for Distinguished Young Scholars (Grant No. 81225012), the Natural Science Foundation (Grant Nos. 81030028, 31221003 and 30870667), and Beijing Natural Science Foundation (Grant No. Z111107067311036 and 7102090).

Documents: 175

Forums: 8 messages in 1 forum

Mailing Lists: 1

News Items: 0

Task Manager: 0 open / 0 total

Tracker: 0 open / 0 total

Total Downloads: 11126

Registered: Dec 12, 2012

Organization: Beijing Normal University

Center: National Key Laboratory of Cognitive Neuroscience and Learning