Department of Biomedical and Electronics Engineering, School of Engineering, University of Bradford, Bradford, UK.
Interdisciplinary Research Centre in Polymer Science & Technology (Polymer IRC), University of Bradford, Bradford, UK.
J Tissue Eng Regen Med. 2020 Nov;14(11):1549-1569. doi: 10.1002/term.3121. Epub 2020 Sep 22.
Breast reconstruction is the opportunity that provides the chance of having breast after undergoing surgical removal of the breast tissue due to cancer-related surgery. However, this varies on the stage of the cancer diagnosis and the procedure undertaken. There are many regenerative medicine methods that provide several initiatives and direct solutions to problems such as the development of "bioactive tissue," which can regenerate adipose tissues with similar normal functions and structures. There have been several studies which have previously explored for the improvement of breast reconstruction including different variations of biomaterials, different fabrication and processing techniques, cells as well as growth factors which enable bioengineers and tissue engineers to reconstruct a suitable breast for patients with breast cancer. Many factors such as shape, proper volume, mechanical properties have been studies but very scattered with not adequate solution for existing patients worldwide. This review article aims to cover recent advances in the biomaterials, which can be used for reconstruction of breasts as well as looking at the various factors that might lead to individuals needing reconstruction and the materials that are available. The focus would be to look at the various biomaterials that are available to use for reconstruction, their properties, and their structural integrity.
乳房重建是指在因癌症相关手术而切除乳房组织后,提供拥有乳房的机会。然而,这取决于癌症诊断的阶段和所进行的手术。有许多再生医学方法提供了多项举措和直接解决方案,例如“生物活性组织”的发展,可以再生具有相似正常功能和结构的脂肪组织。此前已经有几项研究探索了包括生物材料的不同变体、不同的制造和加工技术、细胞和生长因子在内的改善乳房重建的方法,这些方法使生物工程师和组织工程师能够为乳腺癌患者重建合适的乳房。许多因素,如形状、适当的体积、机械性能等都已经被研究过,但对于全球现有的患者来说,并没有足够的解决方案。本文综述旨在涵盖生物材料在乳房重建中的最新进展,同时探讨导致个体需要重建的各种因素以及现有的材料。重点将放在可用于重建的各种生物材料上,包括它们的特性和结构完整性。