Alzheimer＇s　disease　(AD)　is　one　of　the　most　common　forms　of　dementia　that　has　slowly　negative　impacts　on　memory　and　cognition.　With　the　assistance　of　multimodal　brain　networks　and　graph-based　analysis　approaches,　AD-related　network　disruptions　support　the　hypothesis　that　AD　can　be　identified　as　a　dysconnectivity　syndrome.　However,　as　the　recent　emerging　of　individual-based　morphological　network　research　of　AD,　the　utilization　of　multiple　morphometric　features　may　provide　a　broader　horizon　for　locating　the　lesions.　Therefore,　the　present　study　applied　the　newly　proposed　individual　morphological　brain　network　with　five　commonly　used　morphometric　features　(cortical　thickness,　regional　volume,　surface　area,　mean　curvature,　and　fold　index)　to　explore　the　topological　aberrations　and　their　relationship　with　cognitive　functioning　alterations　in　the　early　stage　of　AD.　A　total　of　40　right-handed　participants　were　selected　from　Open　Access　Series　of　Imaging　Studies　Database　with　20　AD　patients　(age　ranged　from　70　to　79,　CDR　=　0.5)　and　20　age/gender-matched　healthy　controls.　The　significantly　affected　connections　(p　＜　0.05　with　FDR　correction)　were　observed　across　multiple　regions,　both　enhanced　and　attenuated　correlations,　primarily　related　to　the　left　entorhinal　cortex　(ENT).　In　addition,　profoundly　changed　Mini　Mental　State　Examination　(MMSE)　score　and　global　efficiency　(p　＜　0.05)　were　noted　in　the　AD　patients,　as　well　as　the　pronounced　inter-group　distinctions　of　betweenness　centrality,　global　and　local　efficiency　(p　＜　0.05)　in　the　higher　MMSE　score　zone　(28-30),　which　indicating　the　potential　role　of　graphic　properties　in　determination　of　early-stage　AD　patients.　Moreover,　the　reservations　(regions　in　the　occipital　and　frontal　lobes)　and　alterations　(regions　in　the　right　temporal　lobe　and　cingulate　cortex)　of　hubs　were　also　detected　in　the　AD　patients.　Overall,　the　findings　further　confirm　the　selective　AD-related　disruptions　in　morphological　brain　networks　and　also　suggest　the　feasibility　of　applying　the　morphological　graphic　properties　in　the　discrimination　of　early-stage　AD　patients.