Hernia repair patch:recent advances in material design and application
10.12307/2025.437
- VernacularTitle:疝修复补片:材料设计与应用的最新进展
- Author:
Jingyu CHEN
1
;
Ge HONG
;
Ning GUO
;
Tianjun LIU
Author Information
1. 天津中医药大学,天津市 301617
- Publication Type:Journal Article
- Keywords:
abdominal wall defect;
hernia repair patch;
polypropylene;
antibacterial patch;
hernia;
non-absorbable patch;
absorbable patch;
composite patch
- From:
Chinese Journal of Tissue Engineering Research
2025;29(16):3494-3502
- CountryChina
- Language:Chinese
-
Abstract:
BACKGROUND:Patch surgery by tension-free repair has become the first choice for treatment of abdominal hernias in recent years because of its effectiveness in reducing postoperative pain and recurrence rates compared to traditional suturing.OBJECTIVE:To summarize the advantages and disadvantages associated with the application of different hernia repair patch materials.METHODS:CNKI,Google Scholar,and PubMed databases were searched using Chinese and English search terms"abdominal wall defect,hernia patches,hernia treatment"for articles published from January 2018 to February 2024.A few classic early-onset articles were used to express the development of hernia repair.After preliminary screening by reading titles and abstracts,those with low relevance to hernia repair materials were excluded.Finally,90 articles were included for summarization.RESULTS AND CONCLUSION:Hernia repair patches can be divided into non-absorbable synthetic patches,absorbable synthetic patches,natural polymer patches,and composite patches based on different materials used.Non-absorbable patches have high mechanical strength and are beneficial for tissue healing in hernia areas,but long-term presence of patches in the body may trigger immune responses,leading to inflammation and pain.Absorbable synthetic patches and natural polymer patches have good tissue compatibility and degradability,but their mechanical strength is unstable.Composite material patches inherit the excellent mechanical properties of traditional non-absorbable patches and reduce the risk of complications through the design of absorbable parts.In subsequent studies of hernia repair patch materials,researchers should focus on how to combine novel technologies with composite patches to form multifunctionalized hernia repair materials.
