{"title":"物理疗法对癌症患者腹部大手术前肺活量的影响:一项系统综述","authors":"Nikolina Šantek, I. Kirac","doi":"10.20471/LO.2021.49.01.05","DOIUrl":null,"url":null,"abstract":"Introduction: Cancer is one of the leading causes of death worldwide. However, if diagnosed in an operable stage, it is treated as a chronic disease. As such, long-term results and quality of life requirements imposed a comprehensive approach. Prehabilitation programs encompassing nutritional, physical, and psychological components improved the recovery and minimized the complication rate after surgery. We will focus on physiotherapy as part of prehabilitation in this review. Methods: For systematic search, we used the MEDLINE/PubMed (National Library of medicine), Cochrane Central Register of Controlled Trials (Wiley), Embase (Elsevier, Web of Science, and Cochrane database of systematic reviews. The last search update was on 15th December 2020. The search included randomized clinical trials or quasi-randomized clinical trials evaluating exercise or other non-pharmacological preoperative interventions in gastrointestinal cancers. Results: The ten trials included 1058 patients, 535 (50,6%) patients were in the experimental group, and 523 (49,4%) patients were in the control group. Bicycle exercise training was the best-ranked intervention with the standard mean difference (SMD) of 1,4077 (95% C.I. is 0,7018 – 2,1135) to improve vital functional capacity (s, VO ̇ 2 at uˆ L). Short-term exercise affected inspiratory muscle strength, and SMD was 1,1819 (95% C.I.,2953 – 2,0684). Shortterm intensity training program SMD was 0,8356 (95% C.I. 0,2042 1,4669), and shortterm intensity program for muscle endurance 0,8156 (95% C.I. 0,2042 – 1,4669). improves respiratory muscle endurance. Small effect was shown on quality of life in high-intensity cycling interval training SMD 0,7439( 95%C.. 0,0856 – 1,4023), WHO performance status in bicycle exercise training SMD 0,7068( 95% C.I. 0,0547 – 1,3589), mean number of complication in high-intensity endurance training SMD 0,3606 (95% C.I. 0,0072 – 0,7141). Conclusion: Although exercise therapy has been shown to improve vital capacity and respiratory muscle strength, there was a lack of comparison between different exercises. Evidence from these indirect-comparisons studies indicated that physical activity should be encouraged during the preoperative period before oncologic surgery.","PeriodicalId":53700,"journal":{"name":"Libri Oncologici","volume":" ","pages":""},"PeriodicalIF":0.0000,"publicationDate":"2021-05-25","publicationTypes":"Journal Article","fieldsOfStudy":null,"isOpenAccess":false,"openAccessPdf":"","citationCount":"1","resultStr":"{\"title\":\"Effect of physiotherapy on vital capacity before major abdominal surgery in cancer patients: a systematic review\",\"authors\":\"Nikolina Šantek, I. Kirac\",\"doi\":\"10.20471/LO.2021.49.01.05\",\"DOIUrl\":null,\"url\":null,\"abstract\":\"Introduction: Cancer is one of the leading causes of death worldwide. However, if diagnosed in an operable stage, it is treated as a chronic disease. As such, long-term results and quality of life requirements imposed a comprehensive approach. Prehabilitation programs encompassing nutritional, physical, and psychological components improved the recovery and minimized the complication rate after surgery. We will focus on physiotherapy as part of prehabilitation in this review. Methods: For systematic search, we used the MEDLINE/PubMed (National Library of medicine), Cochrane Central Register of Controlled Trials (Wiley), Embase (Elsevier, Web of Science, and Cochrane database of systematic reviews. The last search update was on 15th December 2020. The search included randomized clinical trials or quasi-randomized clinical trials evaluating exercise or other non-pharmacological preoperative interventions in gastrointestinal cancers. Results: The ten trials included 1058 patients, 535 (50,6%) patients were in the experimental group, and 523 (49,4%) patients were in the control group. Bicycle exercise training was the best-ranked intervention with the standard mean difference (SMD) of 1,4077 (95% C.I. is 0,7018 – 2,1135) to improve vital functional capacity (s, VO ̇ 2 at uˆ L). Short-term exercise affected inspiratory muscle strength, and SMD was 1,1819 (95% C.I.,2953 – 2,0684). Shortterm intensity training program SMD was 0,8356 (95% C.I. 0,2042 1,4669), and shortterm intensity program for muscle endurance 0,8156 (95% C.I. 0,2042 – 1,4669). improves respiratory muscle endurance. Small effect was shown on quality of life in high-intensity cycling interval training SMD 0,7439( 95%C.. 0,0856 – 1,4023), WHO performance status in bicycle exercise training SMD 0,7068( 95% C.I. 0,0547 – 1,3589), mean number of complication in high-intensity endurance training SMD 0,3606 (95% C.I. 0,0072 – 0,7141). Conclusion: Although exercise therapy has been shown to improve vital capacity and respiratory muscle strength, there was a lack of comparison between different exercises. 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引用次数: 1
摘要
简介:癌症是全球主要的死亡原因之一。然而,如果在可手术阶段被诊断,它将被视为慢性病。因此,长期成果和生活质量要求要求采取综合办法。包括营养、身体和心理组成部分的预适应计划提高了手术后的恢复率,并将并发症率降至最低。在这篇综述中,我们将把重点放在物理治疗作为康复的一部分。方法:为了进行系统检索,我们使用了MEDLINE/PubMed(国家医学图书馆)、Cochrane对照试验中央登记册(Wiley)、Embase(Elsevier,Web of Science)和Cochrane系统综述数据库。最后一次检索更新是在2020年12月15日。搜索包括随机临床试验或准随机临床试验,评估胃肠道癌症的运动或其他非药物术前干预措施。结果:10项试验包括1058例患者,实验组535例(50.6%),对照组523例(49.4%)。自行车运动训练是排名最好的干预措施,标准平均差(SMD)为14077(95%C.I.为07018–21135),以提高生命功能能力(s,在uëL时为VȮ2)。短期运动影响吸气肌力,SMD为11819(95%CI,2953-20684)。短期强度训练项目SMD为08356(95%C.I.02042 14669),肌肉耐力短期强度项目为08156(95%C.I.02042–14669)。提高呼吸肌耐力。高强度自行车间歇训练SMD 07439(95%C..00856–14023)对生活质量、世界卫生组织自行车运动训练SMD 07068(95%C.I.00547–13589)的表现状态、高强度耐力训练SMD 03606(95%C.C.00072–07141)的平均并发症数的影响较小。结论:尽管运动疗法已被证明可以提高肺活量和呼吸肌力量,但不同运动之间缺乏比较。这些间接比较研究的证据表明,在肿瘤手术前的术前阶段,应该鼓励身体活动。
Effect of physiotherapy on vital capacity before major abdominal surgery in cancer patients: a systematic review
Introduction: Cancer is one of the leading causes of death worldwide. However, if diagnosed in an operable stage, it is treated as a chronic disease. As such, long-term results and quality of life requirements imposed a comprehensive approach. Prehabilitation programs encompassing nutritional, physical, and psychological components improved the recovery and minimized the complication rate after surgery. We will focus on physiotherapy as part of prehabilitation in this review. Methods: For systematic search, we used the MEDLINE/PubMed (National Library of medicine), Cochrane Central Register of Controlled Trials (Wiley), Embase (Elsevier, Web of Science, and Cochrane database of systematic reviews. The last search update was on 15th December 2020. The search included randomized clinical trials or quasi-randomized clinical trials evaluating exercise or other non-pharmacological preoperative interventions in gastrointestinal cancers. Results: The ten trials included 1058 patients, 535 (50,6%) patients were in the experimental group, and 523 (49,4%) patients were in the control group. Bicycle exercise training was the best-ranked intervention with the standard mean difference (SMD) of 1,4077 (95% C.I. is 0,7018 – 2,1135) to improve vital functional capacity (s, VO ̇ 2 at uˆ L). Short-term exercise affected inspiratory muscle strength, and SMD was 1,1819 (95% C.I.,2953 – 2,0684). Shortterm intensity training program SMD was 0,8356 (95% C.I. 0,2042 1,4669), and shortterm intensity program for muscle endurance 0,8156 (95% C.I. 0,2042 – 1,4669). improves respiratory muscle endurance. Small effect was shown on quality of life in high-intensity cycling interval training SMD 0,7439( 95%C.. 0,0856 – 1,4023), WHO performance status in bicycle exercise training SMD 0,7068( 95% C.I. 0,0547 – 1,3589), mean number of complication in high-intensity endurance training SMD 0,3606 (95% C.I. 0,0072 – 0,7141). Conclusion: Although exercise therapy has been shown to improve vital capacity and respiratory muscle strength, there was a lack of comparison between different exercises. Evidence from these indirect-comparisons studies indicated that physical activity should be encouraged during the preoperative period before oncologic surgery.
期刊介绍:
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