Volume 6,Issue 3
Research Progress of Tracheal Stent in Vitro and Animal Experiments
Tracheal stent implantation is a common method in clinical treatment of benign tracheal bronchial stenosis and tracheal bronchial fistula. With the widespread application of tracheal stent implantation, mucosal ulcer, tracheal restenosis, granulation and other complications of tracheal stent implantation are increasing, and relevant tracheal stent implantation in vitro and animal experiments are needed to test the effect of tracheal stent implantation. This paper summarized the status and development of in vitro testing and animal experimental research on tracheal stents in recent years, which laid the foundation for subsequent research and development of related technologies.
[1]Ding J R, 2022, Nursing care of patients with airway stenosis after lung transplantation treated with tracheal stent implantation; proceedings of the 2022 ShangHai International Nursing Conference, Online Meeting, F.
[2]Sun H M, Han, Tian F, 2018, Application of self-made endotracheal intubation in general anesthesia of small tailed Han sheep. Experimental Animal Science, 35 (02): 52-55.
[3] Zhang M, 2023, Multi center long-term follow-up analysis of the clinical efficacy of TTS novel metal airway stent in patients with malignant central airway stenosis.
[4] Chen H W, Xu C, Jin Y D, 2014, Case report of titanium alloy tracheal stent implantation for the treatment of canine tracheal collapse. Chinese Journal of Veterinary Medicine, 50 (12): 66-68.
[5] Zhao C, 2019, The application value of paclitaxel eluting stent in preventing restenosis after tracheal stent placement in dogs.
[6] Xiong Z, Sunshine H, Zheng X C, 2023, Analysis of the effect of bronchoscopy combined with interventional therapy on 75 cases of benign central airway stenosis. Chinese Journal of Pulmonary Disease (Electronic Edition), 16 (05): 645-649.
[7]Li Z N, 2022, Construction and Performance Study of Electrospun Fiber Coated Airway Scaffold with Nano Silver and Cisplatin Elution.
[8]Yang X Y, Ma Y X, Xu C, 2023, Design, Preparation, and Performance Study of Dumbbell shaped Artificial Tracheal Stent. Industrial Textiles, 41 (05): 25-32
[9]Luffy S A, Wu J, Kumta P N, 2019, Evaluation of magnesium alloys for use as an intraluminal tracheal for pediatric applications in a rat tracheal bypass model. J Biomed Mater Res B Appl Biomater, 107(6): 1844-1853.
[10]Li Z M, Zhang Q C, Han X W, 2021, Application of Sirolimus coated tracheal stent in animal models of tracheal stenosis. Radiology Practice, 36 (06): 717-721.
[11]Li S X, 2023, A new modeling method for benign tracheoesophageal fistula and exploration of the role of HIF-1 α in it.
[12]Ha J, Mondal A, Zhao Z, 2020, Pediatric Airway Stent Designed to Facilitate Mucus Transport and Atraumatic Removal. IEEE Trans Biomed Eng, 67(1): 177-184.
[13]Mondal A, Visner G A, Kaza A K, 2023, A novel ex vivo tracheobronchomalacia model for airway stent testing and in vivo model refinement. J Thorac Cardiovasc Surg, 166(3): 679-687.
[14]Ruegemer J L, Perkins J A, Azarow K S, 1999, Effect of the Palmaz balloon-expandable metallic stent in the trachea of pigs. Otolaryngol Head Neck Surg, 121(1): 92-97.
[15]Li Y H, 2021, Design and animal experimental study of electrospun nanofiber coated tracheal stent washed with arsenic trioxide.
[16]Yuan Z C, 2022, Three dimensional printing composite aerogel to construct tracheal stent for tracheal cartilage repair.
[17]Arellano O E, Serrano C, Montes W A, 2017, Stent-induced tracheal stenosis can be predicted by IL-8 expression in rabbits. Eur J Clin Invest, 47(1): 84-92.
[18]Chaure J, Serrano C, Ferná N P, 2016, On Studying the Interaction Between Different Stent Models and Rabbit Tracheal Tissue: Numerical, Endoscopic and Histological Comparison. Ann Biomed Eng, 44(2): 368-381.