@article{TLCR34349,
author = {Shugeng Gao and Serena Barello and Liang Chen and Chun Chen and Guowei Che and Kaican Cai and Roberto Crisci and Antonio D’Andrilli and Andrea Droghetti and Xiangning Fu and Paolo Albino Ferrari and Hiran C. Fernando and Di Ge and Guendalina Graffigna and Yunchao Huang and Jian Hu and Wenjie Jiao and Gening Jiang and Xiaofei Li and Hui Li and Shanqing Li and Lunxu Liu and Haitao Ma and Dongchun Ma and Guillermo Martinez and Giulio Maurizi and Kevin Phan and Kun Qiao and Majed Refai and Erino A. Rendina and Guoguang Shao and Jianfei Shen and Hui Tian and Luca Voltolini and Jacopo Vannucci and Camilla Vanni and Qingchen Wu and Shidong Xu and Fenglei Yu and Song Zhao and Peng Zhang and Lanjun Zhang and Xiuyi Zhi and Chengchu Zhu and Calvin Ng and Alan D. L. Sihoe and Anthony M. H. Ho},
title = {Clinical guidelines on perioperative management strategies for enhanced recovery after lung surgery},
journal = {Translational Lung Cancer Research},
volume = {8},
number = {6},
year = {2019},
keywords = {},
abstract = {The concept of enhanced recovery after surgery (ERAS) was first developed in Denmark in 1997 by Dr. Kehlet (1). ERAS is designed to optimize perioperative management, improve patient prognosis, reduce complications, shorten hospital stay, and lower cost (2-5). In recent years, this multi-disciplinary and multi-modal perioperative rehabilitation concept has been widely applied in open and endoscopic procedures including colorectal surgery (6,7), gynecological surgery (8,9), liver surgery (10,11), breast surgery (12,13), urologic surgery (14,15), and spinal surgery (16-18).},
issn = {2226-4477}, url = {https://tlcr.amegroups.org/article/view/34349}
}