What scenarios does the application of smart medical care include?

The application scenarios of smart medical care are very extensive, including telemedicine applications such as remote consultation, remote ultrasound, remote surgery, emergency rescue, remote teaching and remote monitoring, as well as in-hospital application scenarios such as intelligent guidance, mobile medical care, smart campus management and smart campus management. The industrial chain of smart medical care includes hospital medical equipment, medical information base and telemedicine, as well as patients' wearable devices and mobile medical apps. Let's take a look at the application scenarios of smart medical care. 1. What scenarios does the application of smart medical care include?

Smart medical care includes hospital informatization, medical information internetization, pharmacy medical equipment internetization, remote health monitoring and even telemedicine. Smart medical care has many application scenarios, including:

1, remote consultation

Relying on the characteristics of high-speed network, smart medical care can realize remote high-definition consultation and high-speed transmission and sharing of medical image data, allowing experts to consult anytime and anywhere, thus promoting the sinking of high-quality medical resources.

2. Remote ultrasound

Ultrasound examination depends largely on the doctor's scanning method. Grassroots hospitals often lack excellent ultrasound doctors. Through the intelligent medical system, a high-definition, long-distance ultrasound system without delay is established, and the high-quality diagnostic ability of high-quality hospital experts is fully exerted to realize cross-regional and cross-hospital business guidance and quality control.

3. Remote surgery

Using medical robots and high-definition audio-video interactive systems, remote experts can provide timely remote surgical treatment for patients in primary medical institutions. Smart medical care can also establish exclusive communication channels between higher and lower hospitals, effectively ensuring the stability, real-time and safety of remote surgery, and allowing experts to control the surgical process and patient situation anytime and anywhere.

4. Emergency rescue

When there is no specialist or general practitioner at the scene, the patient's vital signs and emergency alarm information can be transmitted to the remote expert through the wireless network, and the remote guidance of the expert can be obtained to realize emergency rescue; Remote monitoring can also make the hospital grasp the patient's condition at the first time, prepare the first aid plan and resources in advance, and realize the seamless connection between pre-hospital first aid and in-hospital treatment.

5. Distance teaching

Through the smart medical system, medical and health technicians can be educated and trained, mainly in the form of conference lectures, case discussions, technical operation teaching, training seminars, papers and achievements publication.

6. Remote monitoring

Using wireless communication technology to assist medical monitoring, real-time, continuous and long-term monitoring of patients' vital signs is realized, and the obtained vital sign data and emergency alarm information are transmitted to medical staff through wireless communication.

7. Wisdom consultation

By deploying intelligent guidance robots combining cloud, network and computer, hospitals can provide artificial intelligence guidance services based on natural semantic analysis, which can improve the service efficiency of hospitals, improve the service environment, reduce the workload of nurses in the hall guidance desk and improve the guidance efficiency.

8. Mobile medical care

On the basis of daily ward round nursing, medical staff can realize mobile collection and high-speed transmission of image data and sign data and mobile high-definition consultation through intelligent medical system, thus improving the quality and efficiency of ward round and nursing service. In special wards such as radiology wards and infectious diseases wards, mobile medical care is very helpful to ensure the safety of medical staff.

9. Management of Smart Campus

Real-time monitoring of patients' signs, safety management of hospital staff and life-cycle management of medical equipment are all requirements for the construction of smart hospitals. The smart medical system constructs the hospital medical Internet of Things through the Internet of Things technology, organically links medical equipment, and improves hospital management efficiency and patient experience.

10, AI assisted diagnosis and treatment

Smart medical solutions are based on PACS image data, and AI-assisted diagnosis and treatment applications are built through big data+artificial intelligence technology solutions, so as to model and analyze image medical data, analyze diseases and lesions, provide decision support for doctors, and improve medical efficiency and quality.

Second, introduce the smart medical industry chain.

1, this side of the hospital

(1) Medical instruments and equipment: Intelligent medical instruments and equipment mainly include medical robots used for transportation of critically ill patients, surgical operation and preoperative simulation, minimally invasive precise positioning exercises, endoscopy, clinical rehabilitation and nursing.

(2) Medical information database: through computer science, modern network communication technology and database technology, it provides the collection, storage, processing, extraction and data exchange of patient information and management information between hospitals and hospital departments to meet the functional needs of all authorized users.

(3) Telemedicine: With the development of new technologies such as mobile communication, Internet of Things, cloud computing and video networking. Many intelligent health care products have gradually emerged, and telemedicine has developed to the third stage, showing the characteristics of entering the community, going to the family, being more personalized, and providing targeted and personalized services.

2. The patient's side

(1) Wearable devices: including smart watches, smart textiles, and digestible microchip drugs. Wearable devices are being used in different scenarios to help patients with Parkinson's disease, diabetes, heart disease, high blood pressure and other diseases manage their diseases and reduce their risks. Hospitalization rate and visit rate

(2) Mobile medical app: medical application software based on mobile terminal, which mainly provides services for patients such as medical consultation, appointment registration, purchase of medical products, and inquiry of professional information.