Stroke Assisted Decision System

Abstract

A stroke-assisted decision-making system includes a patient information storage module, a first assessment module, and a second assessment module. The first assessment module is signal-connected to an electronic device and transmits assessment score information to the electronic device based on the first assessment information received from the electronic device. The thrombolysis assessment unit and the thrombectomy assessment unit of the second assessment module are signal-connected to the patient information storage module and the electronic device. The thrombolysis assessment unit generates a thrombolysis assessment result based on the thrombolysis assessment information received from the electronic device and the contraindication data read from the patient information storage module, and transmits the thrombolysis assessment result to the electronic device. The thrombectomy assessment unit generates a thrombectomy assessment result based on the thrombectomy assessment information received from the electronic device, and transmits the thrombectomy assessment result to the electronic device, thereby improving the overall decision-making efficiency and accuracy.

Claims

1. A stroke-assisted decision-making system for a user to connect via a network using an electronic device, the stroke-assisted decision-making system comprising: a patient information storage module for storing medical information of a patient, the medical information including contraindication information; and a first assessment module, signal-connected to the electronic device and receiving first assessment information of the patient from the electronic device, the first assessment module generating an assessment score based on the first assessment information and transmitting the assessment score information to the electronic device via the network; A second assessment module includes a thrombolysis assessment unit and a thrombectomy assessment unit. The thrombolysis assessment unit and the thrombectomy assessment unit are signal-connected to the patient information storage module and the electronic device. The thrombolysis assessment unit receives thrombolysis assessment information from the patient from the electronic device and reads the patient's contraindication information from the patient information storage module. The thrombolysis assessment unit generates a thrombolysis assessment result based on at least one of the thrombolysis assessment information and the contraindication information, and transmits the thrombolysis assessment result to the electronic device through the network. The thrombectomy assessment unit receives thrombectomy assessment information from the patient from the electronic device. The thrombectomy assessment unit generates a thrombectomy assessment result based on the thrombectomy assessment information, and transmits the thrombectomy assessment result to the electronic device through the network.

2. The stroke auxiliary decision-making system as described in claim 1, wherein the thrombolysis assessment unit outputs a thrombolysis assessment page to the electronic device, the thrombolysis assessment page being used for the electronic device to input the thrombolysis assessment information, the thrombectomy assessment unit outputs a thrombectomy assessment page to the electronic device, the thrombectomy assessment page being used for the electronic device to input the thrombectomy assessment information, when the thrombolysis assessment unit determines that the contraindication data matches at least one absolute contraindication name, the thrombolysis assessment unit generates the thrombolysis assessment result based on the contraindication data, the thrombolysis assessment result includes thrombolysis assessment inapplicability information, and the thrombolysis assessment unit transmits a redirect page information to the thrombectomy assessment unit, the thrombectomy assessment unit switching the thrombolysis assessment page to the thrombectomy assessment page based on the redirect page information.

3. The stroke auxiliary decision-making system as described in claim 1, wherein the thrombolysis assessment unit outputs a thrombolysis assessment page to the electronic device, the thrombolysis assessment page is used for the electronic device to input the thrombolysis assessment information, the thrombectomy assessment unit outputs a thrombectomy assessment page to the electronic device, the thrombectomy assessment page is used for the electronic device to input the thrombectomy assessment information, the thrombolysis assessment unit generates absolute contraindication information based on the contraindication data and transmits the absolute contraindication information to the electronic device, after the thrombolysis assessment unit receives a confirmation signal transmitted by the electronic device based on the absolute contraindication information, the thrombolysis assessment unit generates the thrombolysis assessment result based on the contraindication data, the thrombolysis assessment result includes thrombolysis assessment inapplicability information, and the thrombolysis assessment unit transmits a redirect page information to the thrombectomy assessment unit based on the confirmation signal, the thrombectomy assessment unit switches the thrombolysis assessment page to the thrombectomy assessment page based on the redirect page information.

4. The stroke auxiliary decision-making system as described in claim 1, wherein the second assessment module includes an image assessment unit, the image assessment unit is signal-connected to the patient information storage module and the thrombolysis assessment unit, the medical information includes medical image data, when the thrombolysis assessment unit determines that the time difference between the onset time and the emergency room arrival time of the patient meets a second predetermined time, the thrombolysis assessment unit sends a first notification signal to the image assessment unit, the image assessment unit reads the patient's medical image data from the patient information storage module according to the first notification signal, the image assessment unit judges the medical image data according to a first image judgment condition, and sends a first image judgment result to the thrombolysis assessment unit accordingly, the thrombolysis assessment unit generates the thrombolysis assessment result based on the thrombolysis assessment information, the contraindication information and the first image judgment result.

5. The stroke auxiliary decision-making system as described in claim 1, wherein the second assessment module includes an image assessment unit, the image assessment unit is signal-connected to the patient information storage module and the thrombectomy assessment unit, the medical information includes medical image data, when the thrombectomy assessment unit determines that a time difference between an onset time and an emergency arrival time meets a third predetermined time, the thrombectomy assessment unit sends a second notification signal to the image assessment unit, the image assessment unit reads the patient's medical image data from the patient information storage module according to the second notification signal, the image assessment unit judges the medical image data according to a second image judgment condition, and sends a corresponding second image judgment result to the thrombectomy assessment unit, the thrombectomy assessment unit generates the thrombectomy assessment result based on the thrombectomy assessment information and the second image judgment result.

6. The stroke auxiliary decision-making system as described in claim 1, wherein when the thrombolysis assessment unit determines that a time difference between a time of onset and an emergency room arrival time corresponding to the patient is greater than a first predetermined time, the thrombolysis assessment unit generates a thrombolysis assessment result based on the time difference, the thrombolysis assessment result including thrombolysis assessment inapplicability information.

7. The stroke-assisted decision-making system as described in claim 1 includes a timing unit that is signal-connected to the electronic device and the patient information storage module. The timing unit receives a time of onset from the electronic device and obtains an emergency arrival time from the patient information storage module. The timing unit generates a countdown time based on the time of onset. The timing unit continuously calculates a countdown time difference between the emergency arrival time and the countdown time and continuously transmits the countdown time difference to the electronic device via the network.

8. The stroke-assisted decision-making system as described in claim 1, wherein the electronic device transmits thrombolysis decision information to the thrombolysis assessment unit based on the thrombolysis assessment result, the thrombolysis assessment unit transmits the thrombolysis decision information to the patient information storage module, the electronic device transmits thrombectomy decision information to the thrombectomy assessment unit based on the thrombectomy assessment result, the thrombectomy assessment unit transmits the thrombectomy decision information to the patient information storage module, and the patient information storage module stores the thrombolysis decision information and the thrombectomy decision information in the patient's medical information.

9. The stroke auxiliary decision-making system as described in claim 8, wherein the thrombolysis assessment result includes thrombolysis assessment applicable information or thrombolysis assessment inapplicable information; the thrombolysis assessment applicable information includes a thrombolysis treatment consent option and a thrombolysis treatment refusal option; the thrombolysis assessment inapplicable information includes the thrombolysis treatment consent option, the thrombolysis treatment refusal option, and a thrombolysis treatment non-compliance option; the thrombectomy assessment result includes thrombectomy assessment applicable information or thrombectomy assessment inapplicable information; the thrombectomy assessment applicable information includes a thrombectomy treatment consent option and a thrombectomy treatment refusal option; the thrombectomy assessment inapplicable information includes the thrombectomy treatment consent option, the thrombectomy treatment refusal option, and a thrombectomy treatment non-compliance option; the thrombolysis assessment unit and the thrombectomy assessment unit output an assessment decision page to the electronic device; the assessment decision... The decision page displays information indicating whether the thrombolysis assessment is applicable or not, and information indicating whether the thrombectomy assessment is applicable or not. Based on the information displayed on the decision page, the electronic device transmits the thrombolysis decision information to the thrombolysis assessment unit, which then transmits the thrombolysis decision information to the patient information storage module. The electronic device also transmits the thrombectomy decision information to the thrombectomy assessment unit, which in turn transmits the thrombectomy decision information to the patient information storage module. The patient information storage module stores the thrombolysis decision information and the thrombectomy decision information in the patient's medical information, forming an electronic medical record.

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