Regionally integrated emergency stroke unit

A regionally integrated emergency stroke unit, comprising:

• an information interaction area, an imaging examination area, and a thrombolytic therapy area, wherein
• a doctor workstation, a comprehensive information surveillance monitor, and a process support artificial intelligence (AI) assistant are set in the information interaction area;
• the doctor workstation comprises a computer, a file rack, and a folding table;
• the computer is configured for a doctor to enter information;
• the file rack is configured to place a document;
• the folding table is configured to temporarily place and store a medical device and a document;
• the comprehensive information surveillance monitor is configured to display basic information, an arrival time at a hospital, an arrival time at a clinic, and vital signs of a patient;
• and the process support AI assistant is configured to perform, via voice interaction or touchscreen keying interaction, automatic inquiry and auxiliary nervous system scale scoring, and further provide real-time retrieval support for a knowledge base and a clinical guideline;
• an intelligent interaction module is disposed in the process support AI assistant;
• and the intelligent interaction module is configured to perform, based on an emergency structured record, structured questioning on key medical information about the patient comprising a time of onset, an onset symptom, a concomitant symptom, a past medical history, and an allergy history, perform voice recognition on an answer of the patient and/or a family of the patient, and perform structured entry of the key medical information;
• the intelligent interaction module is further configured to score via voice interaction or touchscreen keying interaction with the patient and/or the family of the patient based on the auxiliary nervous system scale comprising a National Institute of Health stroke scale (NIHSS), an age, blood pressure, clinical features, duration, diabetes (ABCD2) scale, and a pre-morbid modified rankin scale (mRS), to obtain a scale score result;
• a large language model is further stored in the intelligent interaction module;
• the large language model comprises a knowledge base related to clinical diagnosis and therapy of a stroke, comprising a clinical scale, a guideline for acute cerebral infarction, a guideline for secondary prevention of cerebral infarction, a guideline for diagnosis and therapy of cerebral hemorrhage, a guideline for clinical diagnosis and therapy of subarachnoid hemorrhage;
• and in a process of diagnosis and therapy, retrieval of the knowledge base and the clinical guideline is implemented via voice interaction or touchscreen keying interaction with the doctor;
• a test device, a first television display, a movable low-field magnetic resonance imager, and an AI-assisted decision-making system are set in the imaging examination area;
• the test device is configured to perform electrocardiogram examination and pharmacogenetic testing, and monitor oxygen saturation, a blood pressure, and peripheral blood glucose of the patient, to obtain a test result;
• the first television display is configured to amplify content on the comprehensive information surveillance monitor for display;
• the movable low-field magnetic resonance imager is configured to perform magnetic resonance imaging (MRI) on a head and neck of the patient;
• the AI-assisted decision-making system is in communication connection with the comprehensive information surveillance monitor, the process support AI assistant, the test device, the first television display, and the movable low-field magnetic resonance imager separately;
• and the AI-assisted decision-making system is configured to assist in decision-making based on an automatic inquiry result, the scale score result, the test result, and MRI results of the head and neck, to generate and display a therapy regimen;
• and
• a small refrigerator, a first aid medicine cabinet, and a storage cabinet are set in the thrombolytic therapy area, and configured to store medicines, reagents, and first aid medicines with different temperature requirements;
• an ambulance and a vital signs monitoring system are further set in the thrombolytic therapy area;
• the ambulance is configured to rescue the patient in medical emergency;
• and the vital signs monitoring system is configured to monitor and display the vital signs of the patient in real time;
• wherein new-generation thrombolytic drugs and necessary medicines are provided in the thrombolytic therapy area, and a medication regimen is determined by pharmacogenetic testing;
• genotyping of genes of CYP2C19, CYP2C9, and VKORC are determined by a non-invasive rapid genotyping tester;
• and results are automatically transmitted to the AI-assisted decision-making system, effectiveness and safety of various types of drugs for the patient are preliminary determined based on genotyping of key genes for drug metabolism, and therapy suggestions are given.