首页> 美国卫生研究院文献>Plastic and Reconstructive Surgery Global Open >Abstract 123: Ccl2-ccr2 Signaling Is Critical To Macrophage Recruitment Angiogenesis And Regeneration Across Nerve Autograft Alternatives
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Abstract 123: Ccl2-ccr2 Signaling Is Critical To Macrophage Recruitment Angiogenesis And Regeneration Across Nerve Autograft Alternatives

机译:摘要123:CCL2-CCR2信号对神经自体移植替代品的巨噬细胞招生血管生成和再生至关重要

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摘要

Purpose: Traumatic nerve injuries often necessitate surgical repair with nerve autografts or alternatives. Concerns when using alternatives to autografts, such as acellular nerve allograft (ANAs), still exist and include the general variability and inconsistency in outcomes achieved, as well as a known nerve gap length limit when alternatives are used to repair longer (>3cm) nerve gaps. Therefore, further knowledge regarding the biology of regeneration across alternatives is critical toward understanding these shortcomings and improving their designs. We explored the contribution of macrophages to angiogenesis and nerve regeneration following repair with ANAs.
机译:目的:创伤神经损伤通常需要用神经自体移植物或替代品进行手术修复。使用替代自体移植物的替代物(例如细胞神经同种异体移植物(ANAS)时仍然存在并且包括所达到的结果的一般变异性和不一致,以及当替代品用于修复更长时间(> 3cm)神经时的已知神经间隙长度限制差距。因此,关于替代品的再生生物学的进一步了解对于了解这些缺点并改善其设计至关重要。我们通过ANAS修复后探讨了巨噬细胞对血管生成和神经再生的贡献。

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