Source: Beijing Daily
Original title: The National Gymnasium held the second phase of the “Meet in Beijing” ice hockey domestic test event, escorted by medical services and epidemic prevention teams
The second phase of the “Meet in Beijing” ice hockey domestic test event is being held at the National Stadium. The ice hockey game is fast, powerful, and fierce, so it is very exciting. During the testing event, the venue medical services and epidemic prevention teams are always on standby to ensure the safe and smooth progress of the event.
“Customized” from the team to the equipment
According to Zhi Deyuan, the medical manager of the National Stadium Operation Team, the medical team serving the test event consisted of 96 people, of which 56 were in the closed loop. The proportion of team members is “tailored” according to the characteristics of the ice hockey project.
For example, collisions in ice hockey games often cause facial injuries to players. Therefore, in the medical team, the proportion of maxillofacial and dental doctors accounted for more than 1/4, and the proportion of orthopedic doctors reached 1/4. In each game, at least one expert in the above two fields must be on the sidelines.
In addition, emergency department doctors, such as emergency department, infectious disease department, and intensive care department, also account for a considerable proportion to deal with various emergencies. The rest of the doctors come from internal medicine. The entire team has basically taken care of all common injuries, and from doctors to nurses, they are all young and strong business backbones. “It can be said to have both experience and motivation, and strive to provide the strongest medical protection.” Zhi Deyuan said.
In addition to personnel, some medical equipment, equipment, and medicines in the venue are also set up according to the characteristics of the project. For example, a CT car parked on the side of the stadium can perform CT examinations on the injured at the first time to determine bone fractures and small fractures that are difficult to determine by X-ray, so as to determine the transfer method, the strength of the protective gear, etc., and provide more information for the receiving hospital. More reference and preparation time, so as to tailor the medical plan for the wounded. “Early diagnosis of bone fracture is extremely important for the prognosis. If it is not detected in time, it may affect the athletes’ subsequent sports career.” Zhi Deyuan said.
A strong back-up team can “receive” remotely
Although there are only 96 people in the embassy team, the number of experts who actually provide medical insurance is more than that. “It depends on this remote medical auxiliary recorder.” Zhi Deyuan said, “During the testing activities, Capital Medical University also formed a backup team including 20 chief physicians and above experts, and the Beijing Winter Olympics Organizing Committee selected 200 books. The best doctors in the various departments in the city have formed an expert database. Through the recorder, they can also remotely’advise’.”
According to reports, the medical assistant recorder can not only record diagnosis and treatment activities, but also remotely connect with experts. In case of serious injury, medical staff can turn on the recorder to explain the injury and assistance needed. Through the recorder, experts in the corresponding field appear to be present on the scene to judge the situation of the injured and provide guidance for diagnosis and treatment. “This is the first time I have participated in the guarantee work.” Zhi Deyuan said, “In the hospital, if you encounter a difficult condition, you will seek consultation with a high-level expert through the corresponding platform. With this device, just click Switch, you can find the best experts in the city.”
In addition, the recorder also has a positioning function, which can assist the team in “resuming” the test activities and prepare for the Winter Olympic Games. “Because of the requirements of the epidemic prevention zone, there are complex partitions in the stadium building. The recorder can record the wearer’s movement trajectory, helping the team to judge whether the flow line is reasonable when rescuing and transferring patients, and whether it is necessary to optimize and improve.” Zhi Deyuan Say.
New equipment “online” helps scientific and technological epidemic prevention
In terms of epidemic prevention and control, the National Gymnasium has “newed” a new equipment-aerosol detection equipment this time. The equipment is used in a closed loop, which can greatly shorten the environmental inspection time and ensure the safety of epidemic prevention.
Compared with other events, ice hockey is played in a relatively confined space and is a collective event where physical confrontation occurs frequently. The requirements and challenges for epidemic prevention are also greater. According to Shi Chunlan, deputy public health manager of the venue operation team, aerosol detection equipment can collect aerosols in the air and detect nucleic acids in them, usually within 6 to 8 hours. Compared with the traditional nucleic acid detection method, the detection speed of this equipment is faster, which greatly improves the efficiency of epidemic prevention work.
At present, the equipment is still in the experimental stage, this time it is set up at 3 to 4 places with relatively dense personnel for sample collection. “If the results are good during this test event, it may be put into use during the Winter Olympics and Paralympics.” Shi Chunlan said.
In addition, disinfection robots are installed in the closed loop of the National Stadium to eliminate the environment. Its advantage is that it can be controlled remotely, and the flow line and disinfection area can be set, which can effectively prevent more people from entering the closed loop. The body temperature stickers worn by people in the closed loop also have “high-tech”. It collects relevant data through a chip and sends it back to the system to achieve the purpose of real-time monitoring of body temperature. In the event of an abnormality, the relevant departments can also use the positioning system to understand the wearer’s location and movement trajectory, and make proper handling in time. (Wang Xiaoxiao)
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