颅面
医学
血管生成
生物信息学
电池类型
病理
牙槽
叙述性评论
粘蛋白
治疗方法
牙周炎
癌症研究
骨髓
广谱
转化研究
新生血管
转化医学
二、侵袭性牙周炎
祖细胞
生物
间充质干细胞
评论文章
骨重建
内皮干细胞
基础研究
血管内皮生长因子
作者
Hengyuan Liu,Zuping Wu,Ruifeng Song,Siyu Chen,Guzhe Guan,Qian Chen,Ting Kang,X H Feng
摘要
OBJECTIVE: This review aims to elucidate the biological significance of Type H vessels, a specialized bone marrow vascular subtype characterized by high expression of endothelial mucin (Emcn) and PECAM-1/CD31, and their critical role in coupling angiogenesis with osteogenesis. We also discuss their therapeutic potential in craniomaxillofacial trauma and alveolar bone loss. METHODS: This is a narrative review. we identified relevant studies by searching PubMed (MEDLINE) and Web of Science using combinations of keywords related to CD31/Endomucin (Type H Vessels), angiogenic-osteogenic coupling, and oral/craniofacial conditions, and by screening reference lists of key articles. RESULTS: The central role of Type H Vessels in skeletal biology underscores therapeutic promise for mitigating bone loss in periodontitis and other oral pathologies. CONCLUSIONS: Type H Vessels are emerging regulators of angiogenic-osteogenic coupling in skeletal tissues. Although bone and craniofacial tissues are similar and craniofacial evidence is growing, It remains less extensive than long-bone mechanistic studies; therefore, translational strategies in oral medicine should be interpreted in light of this evidence gap. This review consolidates mechanistic and clinical evidence, proposing novel strategies to harness the angiogenic-osteogenic coupling for oral rehabilitation of bone-destructive diseases. Future research should explore precise modulation of Type H Vessels to optimize therapeutic outcomes.
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