Core Insights - The Shanghai Medical Emergency Center has experienced a significant increase in emergency calls and ambulance dispatches due to the recent heatwave, with a 5.15% rise in call volume to 158,000 and a 10.26% increase in ambulance dispatches to 70,800 compared to the same period last year [1][2] - The center has implemented measures to enhance emergency response capabilities, including increasing standby vehicles and medical supplies to meet the demands of high temperatures [3][6] - The training and development of emergency medical personnel have been prioritized, with a focus on standardized training and the establishment of a talent pipeline for emergency medical professionals [6][8] Emergency Response Operations - The emergency dispatch center operates with a structured schedule, ensuring adequate staffing even during meal breaks, with 22 personnel on duty [2] - Real-time monitoring by secondary doctors enhances the quality of emergency response, allowing for better decision-making during chaotic situations [2][3] - The center has adapted to the rising number of non-emergency calls, urging the public to use emergency resources judiciously [12] Training and Development - The Shanghai Medical Emergency Center has initiated a standardized training program for emergency medical personnel, with 89 doctors selected for training from 2021 to 2024 [6][8] - The center has also launched a free undergraduate training program for emergency medical professionals, attracting significant interest from students [6][8] - Public training initiatives have resulted in over 15,000 individuals receiving emergency response training in the past five years [11] Community Engagement - The center emphasizes the importance of public participation in emergency response, aiming to create a community that is prepared to act in emergencies [9][11] - Successful case studies of public involvement in emergency situations have been highlighted, showcasing the effectiveness of community training [10][11] - The center continues to collaborate with various organizations to enhance the overall emergency response framework in Shanghai [11][12]

Core Viewpoint - The low-altitude economy is increasingly penetrating the medical field, particularly in emergency rescue scenarios, with various regions actively developing "low-altitude + rescue" applications to enhance medical response times for critical patients [1][2]. Group 1: Low-altitude Medical Applications - Regions such as Shanghai, Zhejiang, and Chongqing are creating medical application scenarios for low-altitude logistics, aiming to deliver life-saving medications to critical patients and prepare for rapid patient transfers during emergencies [1]. - Timely administration of thrombolytic drugs is crucial for patients with acute myocardial infarction and stroke, with critical time windows of approximately 2 hours and 4.5 hours, respectively [1]. Group 2: Drone Logistics Development - Chongqing has launched a regular drone delivery route for emergency medical supplies, significantly reducing delivery time by about half compared to ground transport [1]. - The Sichuan government is establishing an emergency low-altitude logistics transport center centered in Ya'an, covering the entire Sichuan region, highlighting the potential for emergency drug transport in mountainous and remote areas [2]. Group 3: AI Integration and Challenges - The integration of AI technology in drones is being explored to enhance safety by predicting micro-weather conditions during flights, addressing challenges such as variable weather [2]. - By 2035, it is projected that approximately 26 million drones will operate commercially below 3,000 meters, necessitating real-time air and weather data to mitigate risks during flights [2]. Group 4: Emergency Medical Network - Successful trial flights of emergency rescue drones mark a significant advancement in the capability to connect on-site rescue operations with backend medical facilities, filling a gap in the country's emergency response capabilities [3]. - A network of hospitals in Shanghai, many equipped with helicopter landing pads, could enhance medical emergency response across the city and the Yangtze River Delta region [3]. - The development of the low-altitude economy requires a four-dimensional model involving AI innovation, supply chain collaboration, capital empowerment, and policy support to establish a global competitive edge [3].