Dandabathula Giribabu, Roy Subham, Ghosh Koushik, Chadha Ishani, Rathore Sejal, Kumar Gaurav, Joshi Nitin K, Bhardwaj Pankaj, Bera Apurba Kumar, Srivastav Sushil K, Raikwar Madhu
Regional Remote Sensing Centre - West, National Remote Sensing Centre, Indian Space Research Organisation, Jodhpur, Rajasthan, India.
School of Public Health, All India Institute of Medical Sciences, Jodhpur, Rajasthan, India.
J Family Med Prim Care. 2024 Nov;13(11):5286-5295. doi: 10.4103/jfmpc.jfmpc_1024_24. Epub 2024 Nov 18.
Highways represent the most significant capital asset that any country's public sector holds. A system of national highways with easy access to ambulance and trauma centers is termed emergency rescue ready and helps reduce the mortality due to road accidents. Given the rich impetus for road infrastructure development by the government of India, there is a need to consider emergency rescue readiness on highways. Previous research suggests that on typical Indian highways, an ambulance can reach the accident scene within 30 minutes; the remaining 30 minutes of golden hour is essential for saving the life of the injured by admitting to a healthcare facility with a trauma unit.
To investigate the emergency rescue readiness for a stretch of highway between two cities in India. The main objective is to determine the possibility of transporting the injured due to the accident on the highway to the nearest available trauma center within 30 minutes.
A Geographic Information System (GIS)-based network analysis method has been adopted to find the possibility of transporting the injured anywhere on the circuit of a national highway to the nearest healthcare unit within 30 minutes.
A map representing the status of emergency rescue readiness has been presented for the study area. For a circuit of national highway with a length of 805 km, in a stretch of 89.5% (718.5 km), the injured can be transported to the healthcare unit within 30 minutes. In the remaining 10.5% of the highway, the healthcare units are significantly far from the highways and may hamper the post-crash rescue operations.
There exists a wide disparity in trauma care delivery in the study area. Currently, the healthcare units established to serve the areas with dense populations also serve as emergency rescues during accidents on the national highways. Using GIS techniques for highway stretches with difficulty reaching the trauma centers, a national-level assessment is highly recommended.
公路是任何国家公共部门持有的最重要的资本资产。拥有便捷通往救护车和创伤中心的国家公路系统被称为具备应急救援能力,有助于降低道路交通事故造成的死亡率。鉴于印度政府大力推动道路基础设施发展,有必要考虑公路的应急救援准备情况。先前的研究表明,在典型的印度公路上,救护车能够在30分钟内抵达事故现场;而黄金救援时间的剩余30分钟对于将伤者送往设有创伤科室的医疗机构以挽救生命至关重要。
调查印度两个城市之间一段公路的应急救援准备情况。主要目的是确定在高速公路上因事故受伤的人员在30分钟内被送往最近的可用创伤中心的可能性。
采用基于地理信息系统(GIS)的网络分析方法,以确定在国家公路线路上任何位置受伤的人员在30分钟内被送往最近的医疗单位的可能性。
给出了研究区域应急救援准备情况的地图。对于一条长度为805公里的国家公路线路,在89.5%(718.5公里)的路段上,受伤人员能够在30分钟内被送往医疗单位。在其余10.5%的公路路段,医疗单位离公路距离很远,可能会妨碍事故后的救援行动。
研究区域在创伤护理服务方面存在很大差异。目前,为人口密集地区设立的医疗单位在国家公路事故期间也承担应急救援工作。对于难以到达创伤中心的公路路段,强烈建议使用GIS技术进行国家级评估。