DB_11.Publication.author = {
                            'Timo D. Vloet M.D.'
                            'Susanne Gilsbach M.D.'
                            'Susanne Neufang Ph.D.'
                            'Gereon R. Fink M.D'
                            'Beate Herpertz-Dahlmann M.D.'
                            'Kerstin Konrad'
                            }';
DB_11.Publication.page = [356 367];
DB_11.Publication.title = {'Neural Mechanisms of Interference Control and Time Discrimination in Attention-Deficit/Hyperactivity Disorder'};
DB_11.Publication.year = 2010;
DB_11.Publication.volume = [49];
DB_11.Publication.keyword = {
                             'ADHD'
                             'fMRI'
                             'PPI'
                             'executive functions'
                             'time discrimination'
                             'functional connectivity'
                             };
DB_11.Publication.country = {'USA'};
DB_11.Publication.journal = {'Journal of the American Academy of Child & Adolescent Psychiatry'};
DB_11.Population.group{1}.id = {'ADHD'};
DB_11.Population.group{1}.age.range = [8 15];
DB_11.Population.group{1}.age.stat = [11.3 2.0];
DB_11.Population.group{1}.n = [14 14 0];
DB_11.Population.group{1}.med = {'previously treated psychostimulants, medication free 2+ days'};
DB_11.Population.group{2}.id = {'control'};
DB_11.Population.group{2}.age.range = [8 15];
DB_11.Population.group{2}.age.stat = [11.9 1.4];
DB_11.Population.group{2}.n = [14 14 0];
DB_11.Population.group{2}.med = {'none'};
DB_11.Population.comparison{1}.ids = [1 2];
DB_11.Population.comparison{1}.name = {'age'};
DB_11.Population.comparison{1}.stat.t = [];
DB_11.Population.comparison{1}.stat.z = [];
DB_11.Population.comparison{1}.p = [];
DB_11.Behavioral{1}.measure{1}.name = {'working memory'};
DB_11.Behavioral{1}.measure{1}.version = {''};
DB_11.Behavioral{1}.measure{1}.cogpo = [];
DB_11.Behavioral{1}.measure{1}.results{1}.subscale = {'digit-span test'};
DB_11.Behavioral{1}.measure{1}.results{1}.group{1}.name = 1;
DB_11.Behavioral{1}.measure{1}.results{1}.group{1}.mean = 9.8;
DB_11.Behavioral{1}.measure{1}.results{1}.group{1}.SD = 2.3;
DB_11.Behavioral{1}.measure{1}.results{1}.group{2}.name = 2;
DB_11.Behavioral{1}.measure{1}.results{1}.group{2}.mean = 7.9;
DB_11.Behavioral{1}.measure{1}.results{1}.group{2}.SD = 1.9;
DB_11.Behavioral{1}.measure{1}.results{1}.comparison{1}.name = {'vs'};
DB_11.Behavioral{1}.measure{1}.results{1}.comparison{1}.stat.t = [];
DB_11.Behavioral{1}.measure{1}.results{1}.comparison{1}.stat.z = [];
DB_11.Behavioral{1}.measure{1}.results{1}.comparison{1}.p.comparison = {'='};
DB_11.Behavioral{1}.measure{1}.results{1}.comparison{1}.p.val = 0.04;
DB_11.Behavioral{1}.measure{2}.name = {'ADHD'};
DB_11.Behavioral{1}.measure{2}.version = {'FBB-HKS'};
DB_11.Behavioral{1}.measure{2}.cogpo = [];
DB_11.Behavioral{1}.measure{2}.results{1}.subscale = {'total'};
DB_11.Behavioral{1}.measure{2}.results{1}.group{1}.name = 1;
DB_11.Behavioral{1}.measure{2}.results{1}.group{1}.mean = 36.5;
DB_11.Behavioral{1}.measure{2}.results{1}.group{1}.SD = 9;
DB_11.Behavioral{1}.measure{2}.results{1}.group{2}.name = 2;
DB_11.Behavioral{1}.measure{2}.results{1}.group{2}.mean = 5.8;
DB_11.Behavioral{1}.measure{2}.results{1}.group{2}.SD = 1.9;
DB_11.Behavioral{1}.measure{2}.results{1}.comparison{1}.name = {'vs'};
DB_11.Behavioral{1}.measure{2}.results{1}.comparison{1}.stat.t = [];
DB_11.Behavioral{1}.measure{2}.results{1}.comparison{1}.stat.z = [];
DB_11.Behavioral{1}.measure{2}.results{1}.comparison{1}.p.comparison = {'<'};
DB_11.Behavioral{1}.measure{2}.results{1}.comparison{1}.p.val = 0.001;
DB_11.Behavioral{1}.measure{3}.name = {'Accuracy'};
DB_11.Behavioral{1}.measure{3}.version = {'SRC/TD Task'};
DB_11.Behavioral{1}.measure{3}.cogpo = [];
DB_11.Behavioral{1}.measure{3}.results{1}.subscale = {'SRC low'};
DB_11.Behavioral{1}.measure{3}.results{1}.group{1}.name = 1;
DB_11.Behavioral{1}.measure{3}.results{1}.group{1}.mean = 0.72;
DB_11.Behavioral{1}.measure{3}.results{1}.group{1}.SD = 0.2209;
DB_11.Behavioral{1}.measure{3}.results{1}.group{2}.name = 2;
DB_11.Behavioral{1}.measure{3}.results{1}.group{2}.mean = 0.82;
DB_11.Behavioral{1}.measure{3}.results{1}.group{2}.SD = 0.1156;
DB_11.Behavioral{1}.measure{3}.results{1}.comparison{1}.name = {''};
DB_11.Behavioral{1}.measure{3}.results{1}.comparison{1}.stat.t = [];
DB_11.Behavioral{1}.measure{3}.results{1}.comparison{1}.stat.z = [];
DB_11.Behavioral{1}.measure{3}.results{1}.comparison{1}.p.comparison = {'<'};
DB_11.Behavioral{1}.measure{3}.results{1}.comparison{1}.p.val = 0.05;
DB_11.Behavioral{1}.measure{3}.results{2}.subscale = {'SRC high'};
DB_11.Behavioral{1}.measure{3}.results{2}.group{1}.name = 1;
DB_11.Behavioral{1}.measure{3}.results{2}.group{1}.mean = 0.65;
DB_11.Behavioral{1}.measure{3}.results{2}.group{1}.SD = 0.1521;
DB_11.Behavioral{1}.measure{3}.results{2}.group{2}.name = 2;
DB_11.Behavioral{1}.measure{3}.results{2}.group{2}.mean = 0.8;
DB_11.Behavioral{1}.measure{3}.results{2}.group{2}.SD = 0.1089;
DB_11.Behavioral{1}.measure{3}.results{2}.comparison{1}.name = {''};
DB_11.Behavioral{1}.measure{3}.results{2}.comparison{1}.stat.t = [];
DB_11.Behavioral{1}.measure{3}.results{2}.comparison{1}.stat.z = [];
DB_11.Behavioral{1}.measure{3}.results{2}.comparison{1}.p.comparison = {'<'};
DB_11.Behavioral{1}.measure{3}.results{2}.comparison{1}.p.val = 0.02;
DB_11.Behavioral{1}.measure{4}.name = {'Conners'' Parent Rating Scale'};
DB_11.Behavioral{1}.measure{4}.version = {''};
DB_11.Behavioral{1}.measure{4}.cogpo = [];
DB_11.Behavioral{1}.measure{4}.results{1}.subscale = {'total'};
DB_11.Behavioral{1}.measure{4}.results{1}.group{1}.name = 1;
DB_11.Behavioral{1}.measure{4}.results{1}.group{1}.mean = 70.2;
DB_11.Behavioral{1}.measure{4}.results{1}.group{1}.SD = 14.6;
DB_11.Behavioral{1}.measure{4}.results{1}.group{1}.med = {'off'};
DB_11.Behavioral{1}.measure{4}.results{1}.group{2}.name = 1;
DB_11.Behavioral{1}.measure{4}.results{1}.group{2}.mean = 51.6;
DB_11.Behavioral{1}.measure{4}.results{1}.group{2}.SD = 11.9;
DB_11.Behavioral{1}.measure{4}.results{1}.group{2}.med = {'on'};
DB_11.Behavioral{1}.measure{4}.results{1}.group{3}.name = 2;
DB_11.Behavioral{1}.measure{4}.results{1}.group{3}.mean = 43.4;
DB_11.Behavioral{1}.measure{4}.results{1}.group{3}.SD = 6.8;
DB_11.Behavioral{1}.measure{4}.results{1}.comparison{1}.name = {''};
DB_11.Behavioral{1}.measure{4}.results{1}.comparison{1}.stat.t = [];
DB_11.Behavioral{1}.measure{4}.results{1}.comparison{1}.stat.z = [];
DB_11.Behavioral{1}.measure{4}.results{1}.comparison{1}.p.comparison = {'='};
DB_11.Behavioral{1}.measure{4}.results{1}.comparison{1}.p.val = [];
DB_11.Behavioral{1}.measure{4}.results{2}.subscale = {'Hyperactivity'};
DB_11.Behavioral{1}.measure{4}.results{2}.group{1}.name = 1;
DB_11.Behavioral{1}.measure{4}.results{2}.group{1}.mean = 14;
DB_11.Behavioral{1}.measure{4}.results{2}.group{1}.med = {'off'};
DB_11.Behavioral{1}.measure{4}.results{2}.group{1}.SD = 5.5;
DB_11.Behavioral{1}.measure{4}.results{2}.group{2}.name = 1;
DB_11.Behavioral{1}.measure{4}.results{2}.group{2}.mean = 6.3;
DB_11.Behavioral{1}.measure{4}.results{2}.group{2}.SD = 4.9;
DB_11.Behavioral{1}.measure{4}.results{2}.group{2}.med = {'on'};
DB_11.Behavioral{1}.measure{4}.results{2}.group{3}.name = 2;
DB_11.Behavioral{1}.measure{4}.results{2}.group{3}.mean = 2.6;
DB_11.Behavioral{1}.measure{4}.results{2}.group{3}.SD = 2.7;
DB_11.Behavioral{1}.measure{4}.results{2}.comparison{1}.name = {''};
DB_11.Behavioral{1}.measure{4}.results{2}.comparison{1}.stat.t = [];
DB_11.Behavioral{1}.measure{4}.results{2}.comparison{1}.stat.z = [];
DB_11.Behavioral{1}.measure{4}.results{2}.comparison{1}.p.comparison = {'='};
DB_11.Behavioral{1}.measure{4}.results{2}.comparison{1}.p.val = [];
DB_11.Imaging{1}.task = {'Stimulus Response Compatibility and Time Duration Discrimination'};
DB_11.Imaging{1}.scanner.make = {'Siemens'};
DB_11.Imaging{1}.scanner.model = {'SONATA'};
DB_11.Imaging{1}.scanner.telsa = 1.5;
DB_11.Imaging{1}.results.software.preprocess = {'SPM2'};
DB_11.Imaging{1}.results.software.analysis = {'SPM2'};
DB_11.Imaging{1}.results.software.statistics = {'SPM2'};
DB_11.Imaging{1}.results.roi{1}.name = {'medial-frontal gyrus'};
DB_11.Imaging{1}.results.roi{1}.hemisphere = {'left'};
DB_11.Imaging{1}.results.roi{1}.atlas = {''};
DB_11.Imaging{1}.results.roi{1}.group.primary = 1;
DB_11.Imaging{1}.results.roi{1}.group.comparison = {''};
DB_11.Imaging{1}.results.roi{1}.group.secondary = 2;
DB_11.Imaging{1}.results.roi{1}.regressor.analysis = {'motion parameters'};
DB_11.Imaging{1}.results.roi{1}.regressor.statistics = {
                                                        'order effects'
                                                        'task difficulty'
                                                        }';
DB_11.Imaging{1}.results.roi{1}.volume.mm = [];
DB_11.Imaging{1}.results.roi{1}.volume.vox = 22;
DB_11.Imaging{1}.results.roi{1}.peak.coord = [-12 36 26];
DB_11.Imaging{1}.results.roi{1}.peak.space = {''};
DB_11.Imaging{1}.results.roi{1}.direction = {'random-effects'};
DB_11.Imaging{1}.results.roi{1}.p.comparison = {'<'};
DB_11.Imaging{1}.results.roi{1}.p.val = 0.02;
DB_11.Imaging{1}.results.roi{1}.p.corr = {'fwe'};
DB_11.Imaging{1}.results.roi{1}.stat.t = [];
DB_11.Imaging{1}.results.roi{1}.stat.z = 3.72;
DB_11.Imaging{1}.results.roi{1}.condition = {'SRC > TD'};
DB_11.Imaging{1}.results.roi{2}.name = {'middle-frontal gyrus'};
DB_11.Imaging{1}.results.roi{2}.hemisphere = {'left'};
DB_11.Imaging{1}.results.roi{2}.atlas = {''};
DB_11.Imaging{1}.results.roi{2}.group.primary = 1;
DB_11.Imaging{1}.results.roi{2}.group.comparison = {''};
DB_11.Imaging{1}.results.roi{2}.group.secondary = 2;
DB_11.Imaging{1}.results.roi{2}.regressor.analysis = {'motion parameters'};
DB_11.Imaging{1}.results.roi{2}.regressor.statistics = {
                                                        'order effects'
                                                        'task difficulty'
                                                        }';
DB_11.Imaging{1}.results.roi{2}.volume.mm = [];
DB_11.Imaging{1}.results.roi{2}.volume.vox = 39;
DB_11.Imaging{1}.results.roi{2}.peak.coord = [-33 40 -7];
DB_11.Imaging{1}.results.roi{2}.peak.space = {''};
DB_11.Imaging{1}.results.roi{2}.direction = {'random-effects'};
DB_11.Imaging{1}.results.roi{2}.p.comparison = {'<'};
DB_11.Imaging{1}.results.roi{2}.p.val = 0.02;
DB_11.Imaging{1}.results.roi{2}.p.corr = {'fwe'};
DB_11.Imaging{1}.results.roi{2}.stat.t = [];
DB_11.Imaging{1}.results.roi{2}.stat.z = 3.7;
DB_11.Imaging{1}.results.roi{2}.condition = {'SRC > TD'};
DB_11.Imaging{1}.results.roi{3}.name = {'cerebellum, posterior lobe'};
DB_11.Imaging{1}.results.roi{3}.hemisphere = {'right'};
DB_11.Imaging{1}.results.roi{3}.atlas = {''};
DB_11.Imaging{1}.results.roi{3}.group.primary = 1;
DB_11.Imaging{1}.results.roi{3}.group.comparison = {''};
DB_11.Imaging{1}.results.roi{3}.group.secondary = 2;
DB_11.Imaging{1}.results.roi{3}.regressor.analysis = {'motion parameters'};
DB_11.Imaging{1}.results.roi{3}.regressor.statistics = {
                                                        'order effects'
                                                        'task difficulty'
                                                        }';
DB_11.Imaging{1}.results.roi{3}.volume.mm = [];
DB_11.Imaging{1}.results.roi{3}.volume.vox = 30;
DB_11.Imaging{1}.results.roi{3}.peak.coord = [39 -78 -30];
DB_11.Imaging{1}.results.roi{3}.peak.space = {''};
DB_11.Imaging{1}.results.roi{3}.direction = {'random-effects'};
DB_11.Imaging{1}.results.roi{3}.p.comparison = {'<'};
DB_11.Imaging{1}.results.roi{3}.p.val = 0.02;
DB_11.Imaging{1}.results.roi{3}.p.corr = {'fwe'};
DB_11.Imaging{1}.results.roi{3}.stat.t = [];
DB_11.Imaging{1}.results.roi{3}.stat.z = 3.19;
DB_11.Imaging{1}.results.roi{3}.condition = {'TD > SRC'};
DB_11.Imaging{1}.results.roi{4}.name = {'middle-frontal gyrus'};
DB_11.Imaging{1}.results.roi{4}.hemisphere = {'left'};
DB_11.Imaging{1}.results.roi{4}.atlas = {''};
DB_11.Imaging{1}.results.roi{4}.group.primary = 1;
DB_11.Imaging{1}.results.roi{4}.group.comparison = {''};
DB_11.Imaging{1}.results.roi{4}.group.secondary = 2;
DB_11.Imaging{1}.results.roi{4}.regressor.analysis = {'motion parameters'};
DB_11.Imaging{1}.results.roi{4}.regressor.statistics = {
                                                        'order effects'
                                                        'task difficulty'
                                                        }';
DB_11.Imaging{1}.results.roi{4}.volume.mm = [];
DB_11.Imaging{1}.results.roi{4}.volume.vox = 22;
DB_11.Imaging{1}.results.roi{4}.peak.coord = [-27 3 63];
DB_11.Imaging{1}.results.roi{4}.peak.space = {''};
DB_11.Imaging{1}.results.roi{4}.direction = {'random-effects'};
DB_11.Imaging{1}.results.roi{4}.p.comparison = {'<'};
DB_11.Imaging{1}.results.roi{4}.p.val = 0.02;
DB_11.Imaging{1}.results.roi{4}.p.corr = {'fwe'};
DB_11.Imaging{1}.results.roi{4}.stat.t = 4.2;
DB_11.Imaging{1}.results.roi{4}.stat.z = 3.19;
DB_11.Imaging{1}.results.roi{4}.condition = {'SRC high > SRC low'};
DB_11.Imaging{1}.results.roi{5}.name = {'putamen'};
DB_11.Imaging{1}.results.roi{5}.hemisphere = {'left'};
DB_11.Imaging{1}.results.roi{5}.atlas = {''};
DB_11.Imaging{1}.results.roi{5}.group.primary = 1;
DB_11.Imaging{1}.results.roi{5}.group.comparison = {'>'};
DB_11.Imaging{1}.results.roi{5}.group.secondary = 2;
DB_11.Imaging{1}.results.roi{5}.regressor.analysis = {'motion parameters'};
DB_11.Imaging{1}.results.roi{5}.regressor.statistics = {
                                                        'order effects'
                                                        'task difficulty'
                                                        }';
DB_11.Imaging{1}.results.roi{5}.volume.mm = [];
DB_11.Imaging{1}.results.roi{5}.volume.vox = 37;
DB_11.Imaging{1}.results.roi{5}.peak.coord = [-15 -6 -6];
DB_11.Imaging{1}.results.roi{5}.peak.space = {''};
DB_11.Imaging{1}.results.roi{5}.direction = {'-'};
DB_11.Imaging{1}.results.roi{5}.p.comparison = {'<'};
DB_11.Imaging{1}.results.roi{5}.p.val = 0.02;
DB_11.Imaging{1}.results.roi{5}.p.corr = {'fwe'};
DB_11.Imaging{1}.results.roi{5}.stat.t = 3.02;
DB_11.Imaging{1}.results.roi{5}.stat.z = [];
DB_11.Imaging{1}.results.roi{5}.condition = {'SRC > Baseline'};
DB_11.Imaging{1}.results.roi{6}.name = {'ACC'};
DB_11.Imaging{1}.results.roi{6}.hemisphere = {'left'};
DB_11.Imaging{1}.results.roi{6}.atlas = {''};
DB_11.Imaging{1}.results.roi{6}.group.primary = 1;
DB_11.Imaging{1}.results.roi{6}.group.comparison = {'<'};
DB_11.Imaging{1}.results.roi{6}.group.secondary = 2;
DB_11.Imaging{1}.results.roi{6}.regressor.analysis = {'motion parameters'};
DB_11.Imaging{1}.results.roi{6}.regressor.statistics = {
                                                        'order effects'
                                                        'task difficulty'
                                                        }';
DB_11.Imaging{1}.results.roi{6}.volume.mm = [];
DB_11.Imaging{1}.results.roi{6}.volume.vox = 17;
DB_11.Imaging{1}.results.roi{6}.peak.coord = [-21 39 -6];
DB_11.Imaging{1}.results.roi{6}.peak.space = {''};
DB_11.Imaging{1}.results.roi{6}.direction = {'+'};
DB_11.Imaging{1}.results.roi{6}.p.comparison = {'<'};
DB_11.Imaging{1}.results.roi{6}.p.val = 0.02;
DB_11.Imaging{1}.results.roi{6}.p.corr = {'fwe'};
DB_11.Imaging{1}.results.roi{6}.stat.t = 3.1;
DB_11.Imaging{1}.results.roi{6}.stat.z = [];
DB_11.Imaging{1}.results.roi{6}.condition = {'TD > Baseline'};
DB_11.Imaging{1}.results.roi{7}.name = {'posterior lobe cerebellum'};
DB_11.Imaging{1}.results.roi{7}.hemisphere = {'left'};
DB_11.Imaging{1}.results.roi{7}.atlas = {''};
DB_11.Imaging{1}.results.roi{7}.group.primary = 1;
DB_11.Imaging{1}.results.roi{7}.group.comparison = {'<'};
DB_11.Imaging{1}.results.roi{7}.group.secondary = 2;
DB_11.Imaging{1}.results.roi{7}.regressor.analysis = {'motion parameters'};
DB_11.Imaging{1}.results.roi{7}.regressor.statistics = {
                                                        'order effects'
                                                        'task difficulty'
                                                        }';
DB_11.Imaging{1}.results.roi{7}.volume.mm = [];
DB_11.Imaging{1}.results.roi{7}.volume.vox = 21;
DB_11.Imaging{1}.results.roi{7}.peak.coord = [-39 -63 -33];
DB_11.Imaging{1}.results.roi{7}.peak.space = {''};
DB_11.Imaging{1}.results.roi{7}.direction = {'+'};
DB_11.Imaging{1}.results.roi{7}.p.comparison = {'<'};
DB_11.Imaging{1}.results.roi{7}.p.val = 0.02;
DB_11.Imaging{1}.results.roi{7}.p.corr = {'fwe'};
DB_11.Imaging{1}.results.roi{7}.stat.t = 3.1;
DB_11.Imaging{1}.results.roi{7}.stat.z = [];
DB_11.Imaging{1}.results.roi{7}.condition = {'TD > Baseline'};
DB_11.Imaging{1}.results.anova{1}.roi = {'cerebellum'};
DB_11.Imaging{1}.results.anova{1}.hemisphere = {'bilateral'};
DB_11.Imaging{1}.results.anova{1}.atlas = {''};
DB_11.Imaging{1}.results.anova{1}.condition{1}.name = {'group'};
DB_11.Imaging{1}.results.anova{1}.condition{1}.types = {
                                                        'ADHD'
                                                        'control'
                                                        }';
DB_11.Imaging{1}.results.anova{1}.condition{2}.name = {'difficulty'};
DB_11.Imaging{1}.results.anova{1}.condition{2}.types = {
                                                        'low'
                                                        'high'
                                                        }';
DB_11.Imaging{1}.results.anova{1}.regressor.analysis = {};
DB_11.Imaging{1}.results.anova{1}.regressor.statistics = {};
DB_11.Imaging{1}.results.anova{1}.volume.mm = [];
DB_11.Imaging{1}.results.anova{1}.volume.vox = [];
DB_11.Imaging{1}.results.anova{1}.peak.coord = [];
DB_11.Imaging{1}.results.anova{1}.peak.space = {''};
DB_11.Imaging{1}.results.anova{1}.direction = {'+'};
DB_11.Imaging{1}.results.anova{1}.p.comparison = {'<'};
DB_11.Imaging{1}.results.anova{1}.p.val = 0.03;
DB_11.Imaging{1}.results.anova{1}.p.corr = {'fwe'};
DB_11.Imaging{1}.results.anova{1}.stat.f = 4.6;
DB_11.Imaging{1}.results.anova{1}.stat.dof = [1 26];
DB_11.Imaging{1}.results.anova{1}.contrast = {''};
DB_11.Imaging{1}.results.anova{1}.space = {''};
DB_11.Imaging{1}.summary = {''};
DB_11.Imaging{1}.method = {'fMRI'};
DB_11.Topic = {'ADHD'};
