function export_to_excel_noGA(filename,Measure,SheetName)

if strcmp(SheetName,'Volume_Seg')
    Sbj_ID=Measure(:,1);
    Scan_ID=Measure(:,2);
    
    CSF_R=Measure(:,3);
    CGM_R=Measure(:,4);
    WM_R=Measure(:,5);
    Background_R=Measure(:,6);
    Ventricle_R=Measure(:,7);
    Cerebellum_R=Measure(:,8);
    DGM_R=Measure(:,9);
    Brainstem_R=Measure(:,10);
    Hippocampus_R=Measure(:,11);
    Amygdala_R=Measure(:,12);
    Brain_R=Measure(:,13);
    
    CSF_L=Measure(:,14);
    CGM_L=Measure(:,15);
    WM_L=Measure(:,16);
    Background_L=Measure(:,17);
    Ventricle_L=Measure(:,18);
    Cerebellum_L=Measure(:,19);
    DGM_L=Measure(:,20);
    Brainstem_L=Measure(:,21);
    Hippocampus_L=Measure(:,22);
    Amygdala_L=Measure(:,23);
    Brain_L=Measure(:,24);
    
    CSF=Measure(:,25);
    CGM=Measure(:,26);
    WM=Measure(:,27);
    Background=Measure(:,28);
    Ventricle=Measure(:,29);
    Cerebellum=Measure(:,30);
    DGM=Measure(:,31);
    Brainstem=Measure(:,32);
    Hippocampus=Measure(:,33);
    Amygdala=Measure(:,34);
    Brain_Whole=Measure(:,35);

    T=table(Sbj_ID,Scan_ID,...
        CSF_R,CGM_R,WM_R,Background_R,Ventricle_R,Cerebellum_R,DGM_R,Brainstem_R,Hippocampus_R,Amygdala_R,Brain_R,...
        CSF_L,CGM_L,WM_L,Background_L,Ventricle_L,Cerebellum_L,DGM_L,Brainstem_L,Hippocampus_L,Amygdala_L,Brain_L,...
        CSF,CGM,WM,Background,Ventricle,Cerebellum,DGM,Brainstem,Hippocampus,Amygdala,Brain_Whole);

else
    Sbj_ID=Measure(:,1);
    Scan_ID=Measure(:,2);
    
    Frontal_R=Measure(:,3);
    Parietal_R=Measure(:,4);
    Temporal_R=Measure(:,5);
    Occipital_R=Measure(:,6);
    Insula_R=Measure(:,7);
    Cingulate_Pos_R=Measure(:,8);
    Cingulate_Ant_R=Measure(:,9);
    DGM_R=Measure(:,10);
    Ventricle_R=Measure(:,11);
    Corpus_Callosum_R=Measure(:,12);
    Brain_R=Measure(:,13);
    
    Frontal_L=Measure(:,14);
    Parietal_L=Measure(:,15);
    Temporal_L=Measure(:,16);
    Occipital_L=Measure(:,17);
    Insula_L=Measure(:,18);
    Cingulate_Pos_L=Measure(:,19);
    Cingulate_Ant_L=Measure(:,20);
    DGM_L=Measure(:,21);
    Ventricle_L=Measure(:,22);
    Corpus_Callosum_L=Measure(:,23);
    Brain_L=Measure(:,24);
    
    Frontal=Measure(:,25);
    Parietal=Measure(:,26);
    Temporal=Measure(:,27);
    Occipital=Measure(:,28);
    Insula=Measure(:,29);
    Cingulate_Pos=Measure(:,30);
    Cingulate_Ant=Measure(:,31);
    DGM=Measure(:,32);
    Ventricle=Measure(:,33);
    Corpus_Callosum=Measure(:,34);
    Brain_Whole=Measure(:,35);

    T=table(Sbj_ID,Scan_ID,...
        Frontal_R,Parietal_R,Temporal_R,Occipital_R,Insula_R,Cingulate_Pos_R,Cingulate_Ant_R,DGM_R,Ventricle_R,Corpus_Callosum_R,Brain_R,...
        Frontal_L,Parietal_L,Temporal_L,Occipital_L,Insula_L,Cingulate_Pos_L,Cingulate_Ant_L,DGM_L,Ventricle_L,Corpus_Callosum_L,Brain_L,...
        Frontal,Parietal,Temporal,Occipital,Insula,Cingulate_Pos,Cingulate_Ant,DGM,Ventricle,Corpus_Callosum,Brain_Whole);
end

writetable(T,filename,'Sheet',SheetName,'Range','A1')


end