ObjectiveTo analyze the cases of surgical wounded characteristics after Lushan county 7.0 earthquake for government departments to formulate relevant policies to provide references for future decision-making.
MethodsThe data of surgical wounded were collected from various hospitals in Sichuan province. Origin, operation time and the injured area were counted according to gender and operation time was counted according to origin. In the descriptive statistics the frequencies and proportions were used to describe categorical data and x±SD was used to describe quantitative data. SPSS 13.0 software was used to analyze the data.
ResultsA total of 975 cases of surgical wounded included 586 cases of male (accounting for 60.10%) and 389 cases of female (accounting for 39.90%). The average age of the surgical wounded was 40.42±20.06 years. Ya'an city had completed the largest number of surgical cases. Medical institutions completed 53.85 percent of the surgery in the first three days, 41.03 percent of the surgery from four days to seven days after the earthquake. They completed 94.88 percent of surgery in one week after the earthquake. Ya'an city was the largest city in the number of surgical cases within 3 days after the earthquake. Medical institutions directly under the province and the Ministry of Health medical institutions in Sichuan were the largest medical institutions in number of surgical cases from four days to seven days after the earthquake. The largest number of cases was wounded ankle and foot injuries, followed by the abdomen, lower back, lumbar spine and pelvis injuries, once again the knee and calf injuries, and finally the head injury.
ConclusionIn the face of natural disasters like earthquakes, the health care system should establish a reasonable and effective medical emergency response mechanisms and plans, and establish a scientific and rational triage mechanism. Multi-disciplines such as orthopedics and surgery should be ready ahead of first aid equipment and emergency medicine, so as to rationalize the allocation of medical resources, achieve maximum utilization of medical resources, reduce morbidity and mortality, and save surgical treatment time for more wounded.
Objective To evaluate the performance of emergency medical rescue (EMR) within 1 month after Lushan earthquake, and to prove and enrich the experience from Wenchuan earthquake, so as to provide useful references for global earthquake EMR with regard to decreasing death and disability rates. Methods All the following date published within 1 month after 4.20 Lushan earthquake were collected and analyzed, including official information, public documents, news release, relevant information from websites and victims’ medical records in the West China Hospital, then the relevant domestic and foreign literature about EMR (including EMR of Wenchuan earthquake). And then comparative analysis was conducted to evaluate the performance of EMR in Lushan earthquake. Results a) Being 87 km apart from each other, the main seismic zones of Lushan and Wenchuan located in the south west and middle north of Longmenshan fault zone, respectively. Although only 1 earthquake magnitude differed between them, the disaster area, and the number of affected population, deaths, disappearances, injured, severe injured and migration population in Wenchuan earthquake were 40, 23, 353, 853, 27, 14 and 51 times higher than those in Lushan earthquake, respectively. b) Learned from Wenchuan experience, the manpower scheduling in Lushan earthquake was quicker: the assembled medical personnel peak of Lushan vs. Wenchuan was 87.62% vs. 56.06 % in golden 72 hours post-quake. c) Supplies scheduling was more rational: the utilization rate was higher under the guidance of accurate information of demand. d) Medical treatment was more rational and efficient: the critical injured were treated following “Four concentration treatment principles”; saving life and restoring function at the same time; treatment and physical-mental rehabilitation at the same time; treatment and evidence production and implementation at the same time. e) Medical institutions and service returned to normal in time: 96.7% (440/455) of government owned township medical institutions in 21 affected towns returned to normal and provided medical services at their original sites. Conclusion By learning form Wenchuan experience, the following performance is implemented in Lushan earthquake: medical rescue guided by the accurate information; supplies scheduling guided by the accurate demand; both critical injured treatment,and physical-mental rehabilitation guided by the accurate assessment of injuries. So the medical rescue within 1 month after Lushan earthquake is quicker, more rational and efficient. After 20 days post quake zero death of critical injured was achieved. The early physical-mental rehabilitation fastens the functional reconstruction of the injured and helps them return to the society. So it suggests that the Lushan EMR enriches and develops the reference value of EMR experience of Wenchuan earthquake.
Objective To collect and analyze the data of emergency medicine supply for both Wenchuan and Lushan earthquakes victims in the West China Hospital, so as to provide evidence for scientifically and efficiently carrying out the logistical support for emergency rescue medicines supply, and improving the coping capacity for those similar public health emergencies. Methods Both medicine constituent ratios and DDDs were taken as evaluation indexes, and the data were input by Excel software. Then the following items were analyzed: the use and cost of emergency medicine for victims admitted in the hospital from one day to one month after earthquake, as well as, the acceptance, allocation and use of the donation medicines for both Wenchuan and Lusan earthquakes. Results During the first month after Lushan earthquake, the victims used 26 categories of medicines involving 455 drug specifications in the West China Hospital. The dosage and DDDs of therapeutic medicines were higher than those of ancillary medicines. The donation medicines for Lushan earthquake accepted by the hospital were in 8 categories involving 16 drug specifications, and they were all used to rescue the victims in the hospital. Based on the hospital emergency medicine supply system oriented by the information of victim’s medicine use, the drug specification and total drug cost of the donation medicines for Lushan earthquake decreased by 90.91% and 89.73%, respectively, indicating a more accurate and efficient system compared with those for Wenchuan earthquake. Conclusion The implementation of the hospital emergency medicine supply system oriented by the information of victim’s medicine use is helpful to improve the time efficiency and pertinence of earthquake medical rescue.
ObjectiveTo investigate the correlation between rapid emergency medicine score (REMS) and therapeutic intervention scoring system (TISS-28) score and analyze the feasibility of assessing the nursing workload by REMS score for critically wounded earthquake victims, in order to provide reference for rapid and effective resource allocation for earthquake victims.
MethodsA retrospective analysis was carried out on 39 Lushan earthquake victims with their acute plysiology and chronic health evaluationⅡ scores higher than 25, who were directly transferred from the earthquake site to the Emergency Department of West China Hospital between April 20 and 27, 2013. Among them, there were 24 males and 15 females aged between 5 and 90 years old averaging (57.1±19.8) years. REMS score and TISS-28 score were calculated for each victim. The relationship between REMS score and TISS-28 score was analyzed by correlation analysis and curve estimation including linear model, quadratic model, composite model, growth model, logarithm model, cubic model and exponential model. Then, we tried to find out the most suitable description for the relationship between REMS score and TISS-28 score.
ResultsThe Spearman correlation coefficient between the two score systems was 0.710 and the most suitable description for the relationship between REMS score and TISS-28 score was logarithmic curve model. The formula was TISS=-5.946+4.467lnREMS.
ConclusionREMS score can be applied as a nursing workload predicting tool for critically wounded victims in Lushan earthquake and it provides a guidance for rational allocation of health resources.
Objective To assess the impact of earthquake magnitude scale on injury characteristics of patients admitted to an earthquake rescue hospital，and provide references for rescue strategy formulation and medical resourceallocation. Methods We retrospectively analyzed clinical data of patients injured in 2008 “5 ? 12” Wenchuan earthquakeand 2013 “4 ? 20” Lushan earthquake who were admitted to West China Hospital of Sichuan University. Patient gender，age，time of admission，mechanisms，types and severity of injury and their prognosis were compared between the 2 groups.Results A total of 1 856 patients who were injured in Wenchuan earthquake，including 974 male and 882 female patients with their age of 45.8±22.7 years，and 316 patients who were injured in Lushan earthquake，including 174 male and 142 female patients with their age of 43.0±23.1 years，were enrolled in our study. No significant difference was found in genderor age between these 2 groups （P＞0.05）. Peak time of admission of Wenchuan earthquake patients was significantlylater than that of Lushan earthquake patients，and transfer duration of Wenchuan earthquake patients was significantly longerthan that of Lushan earthquake patients. The percentage of patients with crash injury of heavy objects or buried trauma ofWenchuan earthquake patients was significantly higher than that of Lushan earthquake patients. Injury severity and in-hospitalmortality of Wenchuan earthquake patients were significantly higher than those of Lushan earthquake patients. The proportionof patients with chest or cerebral injury of Lushan earthquake patients was significantly higher than that of Wenchuanearthquake patients. Conclusions Earthquake magnitude scale has a significant influence on mechanisms，types andseverity of injury of patients injured in earthquakes，as well as their timely transfer，management and prognosis. In earthquakeswith a comparatively lower magnitude scale，more thoracic surgeons and neurosurgeons are needed to ensure timelymanagement for patients with chest or cerebral injury.
Objective To analyze the rationality of emergency medication in the West China Hospital after Lushan earthquake based on the actual drug use of earthquake victims. Methods We applied DDDs and DUI as evaluation index, input data using Excel software, and analyzed if the emergency medication was required for the injury/illness and the rationality of emergency medication. Results Earthquake victims mainly had trauma and wound infection and they were given antibiotics as main treatment one week after the earthquake. Drugs for the respiratory system and digestive system were mainly used in patients who mainly manifested as non-traumatic diseases and internal diseases four weeks after the earthquake. Among 49 kinds of drugs which could be calculated for the value of DUI, injection accounted for a larger proportion than non-injection (59.18% vs. 40.82%). The results showed that, the medication (DUI=1) only accounted for 12.24%; the medication (DUIlt;1, Mean=0.65) accounted for 38.78%, which implied insufficient drug use; the medication (DUIgt;1, Mean=1.77) accounted for 46.94%, which implied drug overuse. Conclusion Medication for every system is basically timely and rational when treating symptoms and causes in the West China Hospital within one month after Lushan earthquake. However, the rationality of emergency medications using DUI=1 under normal conditions still needs to be further verified.
Objective To report the anti-epidemic work for counterpart-supporting Longmen township, the epicenter of Lushan earthquake, by Mianyang health and epidemic prevention team from the first day to one month after the earthquake. Methods a) The following information was collected: work information and report forms of each counterpart-support small group, government work information, work information statistics and historical epidemic materials of health center, and epidemic prevention materials of Beichuan county. b) The epidemic prevention work of Longmen township from the first day to one month after earthquake were documentarily described, the expert group review was adopted to assess the disaster situation, epidemic situation and health needs, and the visual observation and trace method were used to monitor the vectors. Results a) The first team arrived in Ya’an city at the 19th hour after earthquake. The members of the team put forward the “City in-charge-of Township counterpart-support anti-epidemic mode” and they were approved to counterpart-support Longmen township. b) The second team involving 48 members assigned to the first team within 5 days after earthquake. Totally 224 local people were called up and they carried out a comprehensive work based on the “City in-charge-of Township counterpart-support anti-epidemic mode”: water quality and disease surveillance, disinfection and disinsectization at key sites, epidemic prevention in settlements, large-scale health education, and psychological intervention. c) As of 1 month after the earthquake, Mianyang health and epidemic prevention team had dispatched 20 vehicles and 122 people participated in the post-disaster epidemic prevention in Longmen township. The total disinfection area was 1 725 400 square meters, and disinsectization area was 1 162 500 square meters; 184 water samples were collected, and 7 717 family-times’ drinking water disinfection were guided; nearly 28 000 publicity materials were distributed; 8 636 people were visited and received for diagnosis; 33 cases with watery diarrhea and 16 cases with fever were found; 117 people were trained about mental health service, 3 mental health service stations were set up, and 1 152 people were helped with special population mental health services. Conclusion a) Mianyang health and epidemic prevention team combined the special requirements of epidemic prevention in Lushan earthquake with the proficient experiences and work modes of epidemic prevention in Mianyang as the extremely-severe stricken area in Wenchuan earthquake, and put forward the “City in-charge-of Township counterpart-support mode” which is implemented and verified in the anti-epidemic practice in epicenter of Longmen Township. b) Compared with the epidemic prevention in Qushan township of Beichuan county which is the epicenter of both Lushan and Wenchuan earthquakes: the following 8 aspects (including the “City in-charge-of Township counterpart-support” formed, the first anti-epidemic team entered into the village, full coverage of anti-epidemic team entered into the village, direct reporting network recovered, settlement’s regular administration started, water supply guaranteed, drinking water monitoring initiated, emergency vaccination initiated) were performed earlier in Lushan than Wenchuan, with 42 days, 2 days, 32 days, 4 days, 10 days, 6 days, 7 days, and 19 days in advance, respectively. c) The overall performance is faster, more reasonable, and more efficient. It can provide first-hand information for globally similar earthquake’s epidemic prevention, and also the decision-making and reference for both post-disaster reconstruction and construction of regional state disaster emergency response system.
Lu-shan earthquake occurred at 8:02 am, on April 20th, 2013. The epicenter of earthquake was located in Lu-shan county, Ya’an city, Sichuan province, about 100 km from Chengdu along the Longmenshan fault zone in the same province heavily impacted by the 2008 Wenchuan earthquake. The earthquake has resulted in 196 people dead, 24 missing, at least 11,470 injured as of 14:30, April 24th, 2013. After Lu-shan earthquake, medical rescue teams were dispatched from the West China Hospital, Sichuan University to the stricken area. This article written by a member of the rescue team reported the difficult and dangerous rescue work and the performance of rescue members in the stricken area.
Objective To investigate the injury characteristics of 33 children of Lushan earthquake victims no more than 14 years old treated in the West China Hospital of Sichuan University, and to put forward the early rehabilitation strategy. Methods A total of 33 earthquake children victims were investigated with the modified barthel index score (MBI) and analyzed in following aspects: age, causes, and injury. Results a) The 33 children victims accounted for 10.28% of the total earthquake victims treated in the hospital, they were all no more than 14 years old, and the average age was 7.24 years old. 17 cases were fractures of trunk and limbs, six were traumatic brain injury, and four were soft tissue injury. b) The main traumatic causes were crush by falling objects and heavy stuffs; and some children rarely suffered from hurt, burn and fall injury when running. c) Most children victims were simple open injuries and fractures, especially the limbs fractures accounted for 51.51% of the total cases, and there was only one case suffered from abdominal organ injuries. d) Among 33 children victims, 30 (90.9%) were from the towns and villages. They mainly got injured by the collapse of house or courtyard walls which were not as ber as the house in the cities, so the incidence of severe injury was lower, the degree of injury was milder, and the injury of major organ was rarer. Conclusion Early rehabilitation treatment is helpful to prevent the complications and early recover the functions. It suggests the early rehabilitation treatment should be carried out for the earthquake children victims in order to promote the fracture healing and functional recovery, as well as to prevent the complications. In addition, attention should also be paid to the psychological problems while concerning rehabilitation training.
The West China hospital of Sichuan university has underwent four times emergency medical rescue (EMR) of earthquakes, measuring 5.7 Ms to 8.0 Ms on the Richter scale, happened at Wenchuan, Yushu, Yiliang and Lushan in recent 5 years, which gradually improved and supplemented Wenchuan experience. After Lushan earthquake, a total of 392 patients were received during 2 weeks. Among 321 hospitalized patients, there were 39 (12.15%) patients with critical injury and 14 (4.36%) patients who needed intensive care. 184 operations were performed. Based on the experiences of resource centralization, multidisciplinary cooperation, and hierarchical management, zero death, a new medical record, has been achieved among 43 patients with critical injury after centralized admission and treatment. A total of 12 medical rescue teams involving 88 healthcare workers were sent to the epicenter to join and guide EMR. Besides, rehabilitation and psychological experts came to Lushan on the first day of earthquake, and started clinical intervention of mental and physical health for people needed on the second day.
