Electronic medical record system, control method for electronic medical record system, electronic medical record program, and recording medium

Abstract

This invention provides an electronic medical record system, a control method for the electronic medical record system, an electronic medical record program, and a recording medium that enable pharmacist assistance in more appropriate pharmacist duties using generation AI methods, while also allowing pharmacist-initiated medication guidance to reflect the pharmacist's judgment. [Solution] The electronic medical record system includes: a reception unit 13 that can receive information on points to note regarding medication guidance from a pharmacist prior to providing medication guidance to the patient; a provision unit 14 that provides information on generating medication guidance content, information on points to note received by the reception unit 13, and information on the dispensed drug to a generation AI means that can output the content of medication guidance based on information on generating the content of medication guidance and information on the drug; an acquisition unit 15 that acquires information on the content of medication guidance generated by the generation AI means based on the information on points to note and information on the dispensed drug provided by the provision unit 14; and an output unit 16 that outputs the information on the content of medication guidance acquired by the acquisition unit 15.

Description

Technical Field

[0001] The present invention relates to an electronic medication history system, a control method for an electronic medication history system, an electronic medication history program, and a recording medium.

Background Art

[0002] Conventionally, an electronic medication history system that records the details of prescription drugs and the details of medication guidance provided to patients has been known. In addition, some electronic medication history systems have templates for medication guidance corresponding to prescription drugs in advance in order to simplify pharmacists' work. In this electronic medication history system, a pharmacist can provide comprehensive medication guidance by referring to the template content (see, for example, Patent Document 1).

Prior Art Documents

Patent Documents

[0003]

Patent Document 1

Summary of the Invention

Problems to be Solved by the Invention

[0004] Here, pharmacists provide medication guidance after judging various factors such as the attributes of patients, such as age and gender, and concomitant medications, from a professional perspective. Therefore, medication guidance includes highly professional judgment content of pharmacists.

[0005] In recent years, it has been known that generative AI (Artificial Intelligence) has been developing. Therefore, by providing information such as prescription drugs, patient attributes, and concomitant medications to generative AI, it is expected that more advanced medication guidance content can be obtained from generative AI than a simple template for medication guidance corresponding to prescription drugs. However, in this case, the content provided by generative AI does not reflect the judgment of pharmacists, and moreover, due to the high level of professionalism of pharmacists' work, insufficient results are often returned.

[0006] This invention was made to solve these problems, and its objective is to provide an electronic medical record system, a control method for the electronic medical record system, an electronic medical record program, and a recording medium that can provide medication guidance that reflects the pharmacist's judgment while using a generation AI means to more appropriately assist pharmacists in their work. [Means for solving the problem]

[0007] The electronic medical record system according to the present invention is an electronic medical record system that records information on medications dispensed to a patient based on prescription data and information on the content of medication guidance given to the patient, and is characterized by comprising: a receiving means capable of receiving information on points to note regarding medication guidance from a pharmacist prior to providing medication guidance to the patient; a providing means that provides information on generating medication guidance, the information on points to note received by the receiving means, and the information on the dispensed medication to a generating AI means capable of outputting the content of medication guidance based on information on generating the content of medication guidance and information on the medication; an acquiring means that acquires information on the content of medication guidance generated by the generating AI means based on the information on generating the content of medication guidance, the information on points to note, and the information on the dispensed medication provided by the providing means; and an output means that outputs the information on the content of medication guidance acquired by the acquiring means.

[0008] Furthermore, the control method for an electronic medical record system according to the present invention is a control method for an electronic medical record system that records information on medications dispensed to a patient based on prescription data and information on the content of medication guidance given to the patient, and comprises: a reception step that can receive information on points to note regarding medication guidance from a pharmacist prior to providing medication guidance to the patient; a provision step that provides information on generating medication guidance, the information on points to note received in the reception step, and the information on dispensed medication to a generation AI means capable of outputting the content of medication guidance based on information on generating the content of medication guidance and information on the medication; an acquisition step that acquires information on the content of medication guidance generated by the generation AI means based on the information on generating the content of medication guidance, the information on points to note, and the information on dispensed medication provided in the provision step; and an output step that outputs the information on the content of medication guidance acquired in the acquisition step.

[0009] Furthermore, the electronic medical record program according to the present invention causes a computer to execute the above steps, and the recording medium is a record of this electronic medical record program. [Effects of the Invention]

[0010] According to the present invention, it is possible to provide medication guidance that reflects the pharmacist's judgment while more appropriately assisting pharmacist duties using generation AI means. [Brief explanation of the drawing]

[0011] [Figure 1] This is a configuration diagram showing an electronic medical record system according to the first embodiment. [Figure 2] Figure 1 is a block diagram showing the detailed configuration of the main server. [Figure 3] Figure 2 shows a display image shown by the display control unit, specifically the visitor list screen. [Figure 4] Figure 2 shows a display image shown by the display control unit, and represents a medication guidance screen. [Figure 5]Figure 2 shows a display image generated by the display control unit, and represents the AI ​​assist screen. [Figure 6] Figure 2 shows a display image displayed by the display control unit, and it represents the condition setting screen. [Figure 7] This figure shows an example of information about medication guidance content output by the output unit shown in Figure 2. [Figure 8] This figure shows an example of information about medication guidance content generated by the AI ​​generation method when information on points to note is not provided. [Figure 9] This is a flowchart showing the control method for the electronic medical record system according to the first embodiment. [Figure 10] This figure shows an example of information regarding the content of medication guidance output by the output unit according to the second embodiment. [Figure 11] This figure shows a display image displayed by the display control unit according to the second embodiment, and shows the condition setting screen. [Figure 12] This is a flowchart showing the control method for the electronic medical record system according to the second embodiment. [Modes for carrying out the invention]

[0012] The present invention will be described below in accordance with preferred embodiments. It should be noted that the present invention is not limited to the embodiments shown below, and can be modified as appropriate without departing from the spirit of the invention. Furthermore, in the embodiments shown below, some illustrations and descriptions of certain components are omitted. It goes without saying that, regarding the details of the omitted technologies, publicly known or well-known technologies are applied as appropriate, to the extent that they do not contradict the content described below.

[0013] FIG. 1 is a configuration diagram showing an electronic medication history system according to the first embodiment. As shown in FIG. 1, the electronic medication history system 1 is composed of a main server 10 and a plurality of pharmacy-side terminals 20. The main server 10 records an electronic medication history program for constituting the electronic medication history system 1 according to the first embodiment, and executes processing corresponding to operations performed on the pharmacy-side terminal 20. The electronic medication history program is recorded on a predetermined recording medium such as a hard disk or a flash memory in the main server 10. The pharmacy-side terminal 20 is operated by a pharmacist or the like, connects to the main server 10, and provides a medication guidance screen or the like to the pharmacist when a predetermined login operation is performed.

[0014] Although not shown in the figure, the main server 10 and the pharmacy-side terminal r 20 are also connected to other devices, servers, etc., and can read prescription data (contents that are essential to be described on the prescription, such as prescription drugs, usage and dosage of prescription drugs, patient attributes (age, gender), etc.) from a receipt computer or a relay device that relays the connection to the receipt computer. Further, the prescription data is not limited to the above, and may be provided to the electronic medication history system 1 by being manually input, or by reading image data transmitted from a terminal held by the patient or a device installed on the pharmacy side.

[0015] FIG. 2 is a block diagram showing the detailed configuration of the main server 10 shown in FIG. 1. As shown in FIG. 2, the main server 10 includes a display control unit (display control means) 11 and a storage unit (recording medium) 12. The display control unit 11 causes an image to be displayed on the display unit of the pharmacy-side terminal 20 in response to a request from the pharmacy-side terminal 20. The storage unit 12 stores the above-described electronic medication history program and information related to past and current medication histories (for example, display information described later).

[0016] FIG. 3 and FIG. 4 are diagrams showing display images displayed by the display control unit 11 shown in FIG. 2. FIG. 3 shows a list screen of visitors, and FIG. 4 shows a medication guidance screen. When the pharmacy-side terminal 20 connects to the main server 10, the display control unit 11 displays a login screen. When a predetermined operation is performed in the display state of the login screen, the login is completed and the list screen of visitors shown in FIG. 3 is displayed.

[0017] On the list screen of visitors, data of patients etc. for whom prescription data has been input is displayed. On the list screen of visitors, the input status of medication guidance, dispensing date, reception number, patient name, patient's date of birth, etc., the medical institution where the prescription was issued, etc., and the name of the pharmacist (instructor name) who conducts the medication guidance are displayed.

[0018] Specifically, for a specific patient (Patient Taro), the input status of medication guidance is "not input", the dispensing date is "R6 / 12 / 03 (5 hours elapsed)", the reception number is "7", the patient name is "Patient Taro", the patient's date of birth, etc. is "S29 / 01 / 01 70 years old", the medical institution where the prescription was issued is "XX Hospital", and the name of the pharmacist who conducts the medication guidance is "Pharmacist Jiro" are displayed.

[0019] On the list screen of visitors, such display content itself serves as the patient designation button B1. When any one of the plurality of patient designation buttons B1 is designated, the screen transitions to the individual patient's medication guidance screen shown in FIG. 4.

[0020] FIG. 4 shows a medication guidance screen. When the patient designation button B1 in FIG. 3 is designated, the display control unit 11 displays the medication guidance screen. The medication guidance screen generally has three display areas A1 to A3, and by arranging and displaying these three display areas A1 to A3 on the same screen, the contents of each display area A1 to A3 can be compared.

[0021] The first display area A1 is the area located on the left side of the display screen. This first display area A1 displays patient attribute information such as the patient's name, age, and gender, visit information such as the date of the first visit and the pharmacist, and header information such as the patient's constitution (allergies, etc.), medical history, concomitant medications, medication adherence, and weight. This header information is checked at the time of the first visit and is checked periodically. For this reason, it is preferable that the header information includes (and is displayed alongside) the information of the most recent date checked. In addition, if the latest date is older than a predetermined period from the current date, it is preferable to draw attention to it by indicating the latest date in a specific color (e.g., pink). Furthermore, if the latest date is today, it is preferable to indicate that the information was registered on that day by indicating the latest date in a specific color (e.g., green).

[0022] The second display area A2 is the area for displaying the patient's past medication history. The second display area A2 has a past date specification field C1, a past dispensing display area A21, and a past medication guidance display area A22. The past date specification field C1 is a field for selecting past visit dates, hospitals, and departments visited using a dropdown format. The past dispensing display area A21 is for displaying past dispensed medications, dosage and administration instructions for dispensed medications, dispensing dates, guidance dates, medical institution names, and physician names. The past medication guidance display area A22 is for displaying the content of past medication guidance sessions. For example, if the previous visit date is specified in the past date specification field C1, the past dispensing display area A21 will display the previous dispensed medications and their dosage and administration instructions, and the past medication guidance display area A22 will display the content of the previous medication guidance session. Furthermore, the second display area A2 may include display areas other than the past dispensing display area A21 and the past medication guidance display area A22, as appropriate. In addition, the dispensing medication referred to above is the medication actually dispensed to the patient, and is the same as the prescribed medication in the prescription data unless there is a change in medication due to a query or pharmacist's judgment.

[0023] The third display area A3 is for displaying the patient's current medication history. This third display area A3 includes the current dispensing display area A31 and the current medication guidance display area (writing field) A32. The current dispensing display area A31 is for displaying the medication dispensed this time, the dosage and administration of the medication, the dispensing date, the guidance date, the name of the medical institution, and the name of the physician, etc. The current medication guidance display area A32 is for displaying the content of the medication guidance given this time. In addition, the third display area A3 may include display areas other than the current dispensing display area A31 and the current medication guidance display area A32 as appropriate.

[0024] In this section, area A31, the dispensing information, will be automatically entered based on the prescription data received. This will include the medication to be dispensed, the dosage and administration instructions, the dispensing date (today), the guidance date (today), the name of the medical institution, and the name of the physician. If there are any changes to the medication to be dispensed after a prescription inquiry, the updated information will be manually entered. Additionally, if the medication is insufficient and dispensing is not possible today, the dispensing date and guidance date will also be manually entered and updated.

[0025] Furthermore, the contents of the current dispensing display area A31 and the current medication guidance display area A32 will be displayed as previous information in the past dispensing display area A21 and past medication guidance display area A22 when the patient visits the pharmacy again.

[0026] Here, the pharmacist needs to provide medication guidance after making a professional judgment on various factors such as the patient's age, gender, and concomitant medications. Furthermore, the content of the medication guidance provided needs to be entered into the medication guidance display area A32. Therefore, the electronic medical record system 1 according to the first embodiment utilizes a generation AI means to smoothly carry out the pharmacist's work related to such medication guidance, and is configured as follows so that the generation AI means generates appropriate medication guidance content while reflecting the judgment of the pharmacist in charge.

[0027] Figure 5 shows a display image displayed by the display control unit 11 shown in Figure 2, and represents the AI ​​assist screen. First, as shown in Figure 4, the AI ​​assist button B2 is displayed in the medication guidance display area A32. When this button B2 is operated, the display control unit 11 pops up the AI ​​assist screen shown in Figure 5. In the first embodiment, the main server 10 determines whether the information obtained from interviews with the patient (information written on the medical questionnaire and information recorded as header information), prescription data, and information on dispensed medications matches any of several conditions. If any of the conditions are met, the display control unit 11 automatically pops up the AI ​​assist screen shown in Figure 5. This AI assist screen includes an input unit I1, an inquiry button B3, and a support button B4.

[0028] Input section I1 is an input field for inputting information on points to note that a pharmacist has determined should be mentioned during medication guidance, based on various factors such as the patient's age, gender, and concomitant medications, from a professional perspective (information that the AI ​​generation means should mention when generating the information). In the first embodiment, input section I1 is for text input, but it is not limited to text input; other input formats such as multiple-choice options may also be used.

[0029] The inquiry button B3 sends the content entered in the input section I1 to the main server 10 (see Figure 2). When this inquiry button B3 is pressed, the information regarding points to note is received and accepted by the reception section 13, which will be described later.

[0030] Support button B4 is an operation unit that supports input to input unit I1, and in the example shown in Figure 5, two support buttons B4 are displayed. The two support buttons B4 are labeled with the words "Elderly, Polypharmacy" and "Elderly, Polypharmacy". For example, when the support button B4 labeled "Elderly, Polypharmacy" is pressed, input unit I1 displays "Please include the perspective of elderly, polypharmacy." The operator, such as a pharmacist, can then press inquiry button B3 to have the information regarding the cautionary note "Please include the perspective of elderly, polypharmacy" received by the reception unit 13.

[0031] The support button B4 changes depending on which of several conditions is met. For example, if the condition met is "15 years old or younger," the display control unit 11 will display a support button B4 such as "Child" or "Pediatric" on the AI ​​assist screen. Also, if the condition met is "16 weeks pregnant or more," the display control unit 11 will display a support button B4 such as "Effects of Pregnancy" on the AI ​​assist screen. On the other hand, if the AI ​​assist button B2 is operated without meeting any conditions, the display control unit 11 will not display a support button B4 on the AI ​​assist screen.

[0032] In addition, it is preferable that the AI ​​assist screen has predetermined information pre-filled in the input section I1 depending on which of several conditions is met. For this reason, if the conditions met are "65 years of age or older" and "10 or more types of medication," the display control unit 11 displays the input section I1 with text such as "Please include considerations for elderly patients and polypharmacy." already filled in. Also, if the conditions met are "65 years of age or older" and "the prescribed medication includes an SU agent," the display control unit 11 displays the input section I1 with text such as "Please include considerations for the use of SU agents in elderly patients." On the other hand, if no conditions are met, the display control unit 11 displays the input section I1 as blank.

[0033] Multiple conditions are recorded in the storage unit 12 of the main server 10 using the condition setting screen. Figure 6 shows the display image displayed by the display control unit 11 shown in Figure 2, and shows the condition setting screen. The display control unit 11 also displays the condition setting screen shown in Figure 6 when a specific operation is performed.

[0034] As shown in Figure 6, the condition setting screen has a heading field I2, a condition field I3, an initial entry field I4, and a display setting field I5. Each of the multiple conditions is set using the condition field I3. The heading field I2 is an input field for determining the text content inside the support button B4 when the condition is met and the support button B4 is displayed on the AI ​​assist screen. Different content can be entered in the heading field I2 for each condition. For example, suppose condition α is entered in condition field I3, and corresponding to condition α, "elderly, polypharmacy" is entered in heading field I2. Subsequently, if the patient who comes to the pharmacy meets condition α, the support button B4 for "elderly, polypharmacy" will be displayed on the AI ​​assist screen.

[0035] Condition field I3 is an input field for entering conditions to be automatically displayed in a pop-up window. This condition field I3 includes fields for prescribed medication I31, excluded medication I32, keyword I33, upper limit limit I34, quantity I35, gestational age I36, and age I37.

[0036] The dispensing medication field I31 is an input field that specifies that a particular drug must be included in the medication to be dispensed to the patient. This dispensing medication field I31 includes an input field for entering the YJ code and an input field for entering the drug name.

[0037] The YJ code input field can accept entries of 4, 7, 8, 9, and 12 digits. The first four digits of the YJ code indicate the drug efficacy classification and consist of four numbers. The first five to seven digits of the YJ code indicate the route of administration and the active ingredient and consist of three numbers. The eighth digit indicates the dosage form (tablet, capsule, bottle, tube, etc.) and consists of one letter. The ninth digit of the YJ code indicates the standard unit within the classification shown in digits 1-8 and consists of one number. The tenth and eleventh digits of the YJ code indicate the same standard number shown in digit 9 and consist of two numbers. The twelfth digit of the YJ code is a check digit and consists of one number.

[0038] When entering a 4-digit YJ code in the input field, you can specify multiple drugs with the same therapeutic classification and the same therapeutic effect indicated by the 4 digits. When entering a 7-digit YJ code in the input field, you can specify multiple drugs with the same active ingredient and the same active ingredient indicated by the 7 digits. When entering an 8-digit YJ code in the input field, you can specify multiple drugs with the same active ingredient and dosage form and the same dosage form indicated by the 8 digits. When entering a 9-digit YJ code in the input field, you can specify multiple drugs with the same specifications and the same specifications indicated by the 9 digits. When entering a 12-digit YJ code in the input field, you can specify the drug itself.

[0039] The excluded medication field I32 is an input field where you specify that the medication to be dispensed to the patient this time does not include any particular drug. This excluded medication field I32 also has an input field for entering the YJ code and an input field for entering the drug name. The input field for the YJ code in the excluded medication field I32 is the same as the input field in the dispensed medication field I31, and allows you to enter a YJ code of 4, 7, 8, 9, or 12 digits.

[0040] Keyword field I33 is an input field that specifies whether a patient contains a specific keyword. For example, keywords such as "driving" indicating that the patient is engaged in work that involves driving, or "breastfeeding" indicating that the patient is breastfeeding, may be entered in keyword field I33. In addition, the content of the patient's constitution, including allergies, may also be specified as a condition in keyword field I33. The electronic medical record system 1 stores information such as visits to other departments, whether or not the patient is taking concomitant medications, history of side effects, preferences, lifestyle (whether or not the patient drives), medical history, and information about pregnancy and breastfeeding, obtained from interviews with the patient in advance, for example, as the header information mentioned above.

[0041] The upper limit field I34 is an input field that specifies an upper limit for the number of days of medication prescribed, indicating how many days' worth of medication is dispensed. Generally, the upper limit for medication is 30 days' worth, but a doctor may prescribe up to 90 days' worth at their discretion. For example, information on the number of days would be entered in the upper limit field I34. Note that the upper limit field I34 may also be used to input an upper limit for the number of times, not just days.

[0042] The quantity field I35 is an input field where you specify the daily quantity of medication to be dispensed. The gestational age field I36 is an input field where you specify the patient's gestational age as a condition. The age field I37 is an input field where you specify the patient's age as a condition. These fields I35 to I37 allow input of only the lower limit, only the upper limit, or as a range for quantities and numerical values.

[0043] This condition field I3 allows for the setting of conditions that combine each of the fields I31 to I37. In other words, if the condition is that a specific drug is dispensed to patients who are at least XX weeks pregnant, you would enter the information of the specific drug in the dispensed drug field I31 and enter the lower limit value of XX in the gestational age field I36.

[0044] Initial entry field I4 is an input field for entering content that will be entered in input field I1 when the conditions are met and the AI ​​assist screen is displayed. Similar to heading field I2, this initial entry field I4 can also have different content entered for each condition. For example, suppose condition β is entered in condition field I3, and in response to condition β, "Please include the perspectives of elderly patients and polypharmacy." is entered in initial entry field I4. Subsequently, if a patient who visits the pharmacy meets condition β, the AI ​​assist screen will be displayed with the text "Please include the perspectives of elderly patients and polypharmacy." already entered in input field I1.

[0045] Display setting field I5 is an input field for configuring the display settings of the AI ​​assist screen for each condition. This display setting field I5 has a first display setting field I51, a second display setting field I52, and a third display setting field I53.

[0046] The first display setting field I51 is a setting field where you can select either "Once Only" or "Every Time". If "Once Only" is selected, the AI ​​assist screen will be automatically displayed the first time the condition is met for a patient, but the AI ​​assist screen will not be automatically displayed when the same patient meets the same condition for the second time or later. On the other hand, if "Every Time" is selected, the AI ​​assist screen will be automatically displayed each time the condition is met, regardless of whether it is the first time or subsequent times.

[0047] The second display setting field I52 is a setting field that allows you to select either "Automatic" or "Manual". If "Automatic" is selected, when the conditions are met, the AI ​​assist screen will be automatically displayed with the content entered in the initial entry field I4 already entered in the input field I1. On the other hand, if "Manual" is selected, the AI ​​assist screen will be automatically displayed with no content entered in the input field I1, even if there is content entered in the initial entry field I4.

[0048] The third display setting field I53 is a setting field that can be set to either "Enabled" or "Disabled" using a selection method. If "Enabled" is selected, the AI ​​Assist screen will be automatically displayed when the conditions are met, but if "Disabled" is selected, the AI ​​Assist screen will not be automatically displayed even if the conditions are met.

[0049] The condition setting screen also has a registration button B5. When information is entered into each of the above fields I2 to I5 and the registration button B5 is operated, the entered information is sent to the main server 10. When the main server 10 receives the information, the setting unit 17, which will be described later, sets the display based on the information entered in the display setting field I5. For example, if "Only once" is selected in the first display setting field I51, the setting unit 17 will set the display control unit 11 not to display the AI ​​assist screen when the same conditions are met for the same patient. On the other hand, if "Every time" is selected in the first display setting field I51, the setting unit 17 will set the display control unit 11 to display the AI ​​assist screen even when the same conditions are met for the same patient.

[0050] Furthermore, the information about the conditions entered in the heading field I2, the condition field I3, and the initial entry field I4 will be stored in the storage unit 12.

[0051] Refer to Figure 2 again. The main server 10 includes a reception unit (reception means) 13, a provision unit (provision means) 14, an acquisition unit (acquisition means) 15, an output unit (output means) 16, and a setting unit (setting means) 17.

[0052] The reception unit 13 receives information on precautions transmitted through the AI-assisted screen shown in Figure 5. This reception unit 13 receives information on precautions before the pharmacist provides medication guidance to the patient.

[0053] The provisioning unit 14 transmits information indicating that the content of medication guidance will be generated, information on points to note received by the receiving unit 13, and information on the dispensed medication to the generating AI means. The generating AI means is capable of outputting the content of medication guidance if it is provided with at least the information indicating that the content of medication guidance will be generated and information on the medication, for example, ChatGPT (registered trademark) is one such example. In addition to the information indicating that the content of medication guidance will be generated, information on points to note, and information on the dispensed medication, it is preferable to provide such a generating AI means with header information such as patient attribute information, patient constitution such as allergies, medical history, concomitant medications, medication adherence status, and weight. Furthermore, the generating AI means may be provided with information such as the dosage and administration of the dispensed medication, dispensing date, guidance date, name of medical institution, and name of doctor, or it may be provided with information on past dispensed medications.

[0054] Furthermore, the information indicating that the content of medication guidance will be generated may be more detailed, such as information indicating that each item (each piece of information D1-D5) on the assist results screen described later will be obtained, or it may be information indicating that at least one of the pieces of information D1-D5 will be generated. In addition, the information indicating that the content of medication guidance will be generated may be information indicating that the content will be generated without individually specifying the pieces of information D1-D5.

[0055] The acquisition unit 15 acquires information on the content of medication guidance generated by the generation AI means based on information such as the provision unit 14 that indicates the content of medication guidance should be generated, information on points to note, and information on the dispensed medication. The output unit 16 outputs the information on the content of medication guidance acquired by the acquisition unit 15. Similar to the display control unit 11, the output unit 16 outputs the information on the content of medication guidance by displaying it on the screen of the pharmacy terminal 20. The setting unit 17 sets the display based on the input information in the display setting field I5.

[0056] Figure 7 shows an example of information on the content of medication guidance output by the output unit 16 shown in Figure 2. The output unit 16 displays the assistance result screen shown in Figure 7 on the screen of the pharmacy terminal 20. Note that the assistance result screen shown in Figure 7 is provided with the information of cautionary notes, "Please include points of caution when using SU drugs in the elderly," to the generating AI means.

[0057] This assistance results screen includes, for example, information on the content of medication guidance, such as change information D1, physical condition change information D2, confirmation information D3, guidance information D4, high-risk information D5, and handover information D6.

[0058] Change Information D1 indicates changes in the pharmaceutical company, newly prescribed medications, and medications that will no longer be prescribed. By referring to Change Information D1, pharmacists can inform patients of changes in their medication as part of their medication guidance.

[0059] Information D2 regarding changes in the patient's physical condition indicates the content of medication guidance regarding changes in the patient's physical condition. In the example shown in Figure 7, by referring to Information D2 regarding changes in physical condition, the pharmacist can inform the patient that although there have been no reports of changes in physical condition due to the same medication change in the past, they should be aware of potential changes in their physical condition due to the introduction of Farxiga tablets.

[0060] Confirmation Information D3 outlines the information that should be confirmed with the patient during medication counseling. By referring to Confirmation Information D3, pharmacists can ensure that no information is overlooked during medication counseling.

[0061] Instructional information D4 outlines the specific instructions to be given for each prescribed medication. By referring to instructional information D4, pharmacists can inform patients about the risks of taking the prescribed medication and the necessary actions to take.

[0062] High-risk information D5 outlines the specific guidance to be provided for so-called high-risk medications included in the prescribed medication. By referring to high-risk information D5, pharmacists can ensure that no guidance is overlooked regarding these particularly important prescribed medications.

[0063] Handover Information D6 outlines the information that should be conveyed to the pharmacist who will be treating the patient next time. By recording Handover Information D6 as a key point for medication guidance, pharmacists can facilitate appropriate responses from the next pharmacist.

[0064] Furthermore, the assistance results screen has a first transfer button (entry button) B6 and a second transfer button (entry button) B7. The first transfer button B6 and the second transfer button B7 are placed for each piece of information from the medication guidance content information acquired by the acquisition unit 15. One first transfer button B6 is provided for each of the above pieces of information D2 to D6. A second transfer button B7 is provided for each piece of information D2 to D6, either for each sentence or for each meaning.

[0065] When the transfer buttons B6 and B7 are operated, the main server 10 executes the process of transferring each piece of information to the current medication guidance display area A32. This allows the pharmacist to transfer each piece of information D2 to D6, etc., to the current medication guidance display area A32, simplifying the process of filling in the current medication guidance display area A32. In particular, the pharmacist can select and transfer the medication guidance to be performed while referring to the contents of the assistance results screen. For example, if the pharmacist refers to the physical condition change information D2 on the assistance results screen and actually performs medication guidance, they will then operate the first transfer button B6. Also, if the pharmacist refers to the confirmation information D3 on the assistance results screen and does not perform medication guidance for this information D3, they will not operate the first transfer button B6. In this way, the pharmacist can operate the transfer buttons B6 and B7 even in the middle of medication guidance, ensuring that the contents of the medication guidance actually performed are reliably transferred.

[0066] The assistance results screen displays transfer buttons B6 and B7 for transcription, but these buttons may also be used for other types of entries, such as summarizing and entering the information into the medication guidance display area A32. The assistance results screen is closed and hidden when the close button B8 is pressed.

[0067] Figure 8 shows an example of the medication guidance content information generated by the generation AI when no information on points to note is provided. Here, if no information on points to note is provided to the generation AI, the medication guidance content information shown in Figure 8 is obtained.

[0068] In the example shown in Figure 8, the AI ​​generating method does not include the cautionary information, "Please include points to note regarding the use of sulfonylurea drugs in elderly patients." Therefore, the information that "the use of sulfonylurea drugs in elderly patients" poses a risk to patients and requires extreme caution is not reflected.

[0069] Thus, the electronic medical record system 1 according to the first embodiment provides information on points to note to the generating AI means, and as shown in Figure 7, it includes the pharmacist's judgment and allows the generating AI means to obtain information on the content of appropriate medication guidance.

[0070] In this case, if a pharmacist makes a query, it is preferable that the reception unit 13 shown in Figure 2 receives the information of the query. The information of the query is entered into the input unit I1 and received by the reception unit 13. The information of the query is, for example, information such as "I have confirmed with the doctor that the quantity of drug XX exceeds the recommended amount" in the input unit I1.

[0071] In this case, the providing unit 14 also provides the generating AI means with information such as cautionary notes, as well as information regarding inquiries, such as "It has been confirmed with the doctor that the quantity of drug XX exceeds the recommended amount." This prevents the generating AI means from generating medication guidance that focuses solely on the quantity of drug XX exceeding the recommended amount, and allows for obtaining more appropriate information regarding medication guidance.

[0072] Furthermore, the information requested in the inquiry may directly instruct the AI ​​generation tool to produce content such as, "The quantity of drug XX has been confirmed with the doctor to exceed the recommended amount, so there is no need to mention this point."

[0073] Figure 9 is a flowchart showing the control method of the electronic medical record system 1 according to the first embodiment. As shown in Figure 9, first, the main server 10 of the electronic medical record system 1 determines at a predetermined timing whether any of the multiple conditions recorded in advance are met (S1). At this time, the main server 10 determines whether the interview information, prescription data, and dispensing drug information satisfy any of the conditions. Here, the predetermined timing is the timing when the medication guidance screen is opened, and the timing when the prescription drug information in the prescription data is changed by manual input, etc. In the case of the former timing, it is assumed that the prescription drug in the prescription data is the dispensing drug, and it is determined whether the condition is met.

[0074] If the condition is met (S1:YES), the main server 10 determines whether the setting in the setting unit 17 is "enabled" for the met condition (S2). If the setting is not "enabled," that is, if "disabled" is selected in the third display setting field I53 shown in Figure 6 (S2:NO), the process shown in Figure 9 ends.

[0075] On the other hand, if the setting is "enabled," that is, if "enabled" is selected in the third display setting field I53 shown in Figure 6 (S2: YES), the main server 10 determines whether the setting in the setting unit 17 for the fulfilled condition is "only once," and whether it is the second or subsequent time the condition has been fulfilled for the same patient (S3).

[0076] If the setting in the setting unit 17 is set to "only once" and the condition is met for the second time or later for the same patient (S3:YES), the process shown in Figure 9 ends. On the other hand, if the setting in the setting unit 17 is set to "every time", or if the condition is not met for the second time or later for the same patient (S3:NO), the main server 10 determines whether the second display setting field I52 is set to "automatic" for that condition (S4).

[0077] If the second display setting field I52 is set to "Automatic" (S4:YES), the display control unit 11 displays an AI assist screen including the support button B4 and the input unit I1 that reflects the contents entered in the initial entry field I4 according to the fulfilled conditions (S5). Then, the process proceeds to step S9.

[0078] If the second display setting field I52 is set to "Manual" instead of "Automatic" (S4:NO), the display control unit 11 displays an AI assist screen including the support button B4 corresponding to the condition that has been met (S6). In this case, the input field I1 is left blank. Then the process proceeds to step S9.

[0079] By the way, if the condition in step S1 is not met (S1:NO), the main server 10 determines whether the AI ​​assist button B2 has been operated (S7). If the AI ​​assist button B2 has not been operated (S7:NO), the process proceeds to step S1.

[0080] On the other hand, if the AI ​​assist button B2 is operated (S7: YES), the display control unit 11 displays the AI ​​assist screen (S8). In this case, the display control unit 11 displays an AI assist screen without the support button B4 and with the input unit I1 blank. Then, the process proceeds to step S9.

[0081] Next, the main server 10 determines whether the inquiry button B3 has been pressed (S9). If the inquiry button B3 has not been pressed (S9: NO), this process is repeated until the inquiry button B3 is pressed.

[0082] On the other hand, if the inquiry button B3 is pressed (S9:YES), the reception unit 13 receives the information written in the input unit I1 as information about points to note from the pharmacist (S10). Next, the provision unit 14 provides the information about points to note received in step S10, information about the dispensed medication from prescription data or manual input, and information indicating that the content of medication guidance will be generated to the generation AI means (S11).

[0083] Subsequently, the acquisition unit 15 acquires information on the content of medication guidance generated by the generation AI means (S12), and the output unit 16 displays the information on the content of medication guidance acquired in step S12 as an assist result screen on the pharmacy terminal 20 (S13). At this time, multiple transfer buttons B6 and B7 are displayed on the assist result screen, and the pharmacist can perform medication guidance while referring to the assist result screen and also transfer the information to the medication guidance display area A32 (record of medication guidance) by operating the transfer buttons B6 and B7. Then, the process shown in Figure 9 is completed.

[0084] In this way, according to the electronic medical record system 1 and its control method according to the first embodiment, the generating AI means is provided not only with information on the dispensed medication but also with information on points to note regarding medication guidance received from the pharmacist. Therefore, the generating AI means generates information on the content of medication guidance that focuses on the points to note, and the generated information on the content of medication guidance is unlikely to be insufficient. In particular, since the information on points to note is judged by the pharmacist, the information on the content of medication guidance generated by the generating AI means reflects the pharmacist's judgment. Thus, it is possible to provide medication guidance that reflects the pharmacist's judgment while using the generating AI to assist in more appropriate pharmacist duties.

[0085] Furthermore, if the information obtained from interviews with the patient, prescription data, and information on dispensed medications meet at least one of the pre-recorded conditions—medication, patient age, patient gestational age, and keywords—an input section I1 for entering cautionary information will be displayed. This reduces the likelihood of pharmacists overlooking important information when situations arise that require them to enter cautionary information. Consequently, it is possible to contribute to more appropriate medication guidance while utilizing the generated AI.

[0086] Furthermore, depending on which of several conditions is met, a support button B4 is displayed to assist with input to the input unit I1. Therefore, the pharmacist inputs information about points to note into the input unit I1 by operating the support button B4 or by entering text. Thus, if only the operation of the support button B4 is sufficient, the pharmacist's workload can be further reduced, providing even greater support for their work.

[0087] Furthermore, depending on which of several conditions are met, the input section I1, which has been pre-filled with predetermined information, is displayed. This allows the pharmacist to check whether the current state is acceptable or to rewrite the text and enter any points to note. Therefore, if the current state is acceptable, the workload of the pharmacist can be further reduced, providing even greater support for their work.

[0088] Furthermore, the system includes a setting unit 17 that allows setting whether to display the input unit I1 or to disable its display, even when the same conditions are met for the same patient. Therefore, in cases where the same prescription data is generated consecutively, such as for patients with chronic diseases or those using refill prescriptions, it is possible to hide the input unit I1 without using the generation AI means, thereby further supporting the work.

[0089] Furthermore, the output unit 16 displays the information on the medication guidance content acquired by the acquisition unit 15 by placing transfer buttons B6 and B7 for each piece of information on the screen. Therefore, even if the medication guidance information from the generating AI means contains inappropriate information, it can be sorted out and entered, and recorded as information on the appropriate medication guidance that was actually provided. Thus, it can provide even greater support for work.

[0090] Furthermore, the AI ​​generation system is provided with information regarding the generation of medication guidance content, points to note, and information on the dispensed medication, as well as information regarding inquiries. For example, if the quantity of medication is greater than the recommended range but has already been confirmed by a physician that this is not an error, the AI ​​generation system will be provided with information regarding inquiries (confirmed information). This makes it difficult for the AI ​​generation system to generate medication guidance content that focuses, for example, on the large quantity. In this way, providing information regarding inquiries makes it easier to assist pharmacists in performing their duties appropriately.

[0091] Furthermore, the electronic medical record program and recording medium according to the first embodiment can realize the electronic medical record system 1 and its control method described above.

[0092] Next, the electronic medical record system, control method for the electronic medical record system, electronic medical record program, and recording medium according to the second embodiment will be described. The electronic medical record system, etc., according to the second embodiment are similar to those of the first embodiment, but some configurations differ. Hereinafter, elements that are the same as or similar to those of the first embodiment will be denoted by the same reference numerals, and the differences from the first embodiment will be described in detail.

[0093] Figure 10 shows an example of information on the content of medication guidance output by the output unit 16 according to the second embodiment. The output unit 16 according to the second embodiment displays the assistance result screen shown in Figure 10 on the screen of the pharmacy terminal 20.

[0094] This assistance results screen includes the above-mentioned change information D1, health condition change information D2, confirmation information D3, guidance information D4, high-risk information D5, handover information D6, transfer buttons B6 and B7, and close button B8, as well as a re-inquiry button (regeneration operation unit) B9 and an inheritance operation unit C2.

[0095] The re-inquiry button B9 is an operation unit for redisplaying the AI ​​assist screen, including the input unit I1. Therefore, when the re-inquiry button B9 is operated, the display control unit 11 displays the AI ​​assist screen, including the input unit I1. As a result, if the generated content does not contain what the pharmacist expected, the pharmacist can smoothly have the generation AI generate new medication guidance content again.

[0096] In this case, it is preferable that the display control unit 11 displays an AI assist screen that includes the input unit I1 with the information of the precautions entered in the previous input unit I1 already filled in. This allows the pharmacist to understand the information of the precautions from the previous input, and by rewriting the information of the precautions, they can avoid the situation of entering the exact same precautions as before.

[0097] The inheritance operation unit C2 is the operation unit for inheriting and reflecting the currently displayed generation result when generating the content of medication guidance again via the re-inquiry button B9. This inheritance operation unit C2 is composed of checkboxes, and when a checkbox is checked, the currently displayed generation result will be reflected and retained in the next generation content.

[0098] Furthermore, the inheritance operation unit C2 may have inheritance buttons for each piece of information, similar to the transfer buttons B6 and B7, allowing users to individually specify which content to retain. In addition, the inheritance operation unit C2 may instruct the system to reflect not only the content currently displayed, but also the information from previous medication guidance sessions, such as the one before that. This allows the system to reflect a series of pieces of information from the initial generation to the current generation when generating medication guidance for the current patient.

[0099] When inheritance is instructed by the inheritance operation unit C2, the provision unit 14, in generating the content of medication guidance again via the re-inquiry button B9, not only provides the generation AI means with information that the content of medication guidance will be generated, information on points to note entered through the operation of the re-inquiry button B9, and information on the dispensed medication, but also provides information that the information on the content of medication guidance generated within a predetermined number of times in the past will be reflected in the generated content.

[0100] Figure 11 shows a display image displayed by the display control unit 11 according to the second embodiment, and shows the condition setting screen. The condition setting screen according to the second embodiment may have a fourth display setting field I54 in the display setting field I5 instead of the inheritance operation unit C2 of the assist result screen.

[0101] The fourth display setting field I54 is a setting field for pre-setting content similar to the inheritance instruction of the inheritance operation unit C2. If "Suggest content different from the previous inquiry" is selected, when generating medication guidance content via the re-inquiry button B9, the provision unit 14 will not provide the generation AI means with information indicating that the previous generation result will be reflected in the next generation content. On the other hand, if "Suggest the same content as the previous inquiry" is selected, when generating medication guidance content via the re-inquiry button B9, the provision unit 14 will provide the generation AI means with information indicating that the previous generation result will be reflected in the next generation content.

[0102] Note that the fourth display setting field I54 targets "previous" queries, such as "suggest different content from the previous query" and "suggest the same content as the previous query," but like the inheritance operation unit C2, it is not limited to "previous" queries.

[0103] Furthermore, although the above explains that a fourth display setting field I54 may be provided instead of the inheritance operation field C2 on the assist results screen, both may be provided. In this case, if "Suggest the same content as the previous query" is selected in the fourth display setting field I54, the inheritance operation field C2 on the assist results screen in Figure 10 may be checked by default.

[0104] Furthermore, the condition setting screen has a fifth display setting field I55 in the display setting field I5. The fifth display setting field I55 is a setting field for generating content that is different from the content of the previous medication guidance. When "Suggest content different from the previous guidance" is selected, when generating the content of the first medication guidance without operating the re-inquiry button B9, the reception unit 13 also accepts information about the content of the previous medication guidance (past guidance information). Furthermore, the provision unit 14 provides the information about the content of the previous medication guidance to the generation AI means, and also provides information that it will generate medication guidance content that has parts that differ from the information about the content of the previous medication guidance. On the other hand, when "Suggest the same content as the previous guidance" is selected, the reception unit 13 and the provision unit 14 do not perform the above operations and perform the same operations as in the first embodiment.

[0105] The fifth display setting field I55 is used to set the content for generating the initial medication guidance, but it may be applied not only to the first time, but also when generating via the re-inquiry button B9. Furthermore, the fifth display setting field I55 is a setting field for specifying a generation that has parts that differ from the information of the previous medication guidance, but it may also be specified to specify a generation that has parts that differ not only from the previous one, but also from the information of multiple past medication guidance sessions or from the present to a predetermined period in the past. In this case, the reception unit 13 will receive information on the content of multiple past medication guidance sessions or from the present to a predetermined period in the past, and the provision unit 14 will provide information that will generate a generation that has parts that differ from all of these. Moreover, it may also be possible to specify a generation that has parts that differ from the information of a specific past medication guidance session, such as only the session before last.

[0106] Next, the control method of the electronic medical record system according to the second embodiment will be described. Figure 12 is a flowchart showing the control method of the electronic medical record system according to the second embodiment. First, the same processing as in the first embodiment is performed in steps S1 to S13. If a generation with different parts is specified in the fifth display setting field I55, then in steps S10 and S11, information on the content of past medication guidance is received and provided to the generation AI means, and in step S11, information indicating that a generation with different parts will be performed is also provided to the generation AI means.

[0107] In step S13, after the assist result screen is displayed, the main server 10 determines whether the re-inquiry button B9 has been operated (S14). If the re-inquiry button B9 has been operated (S14: YES), the display control unit 11 displays the AI ​​assist screen (S15). At this time, the display control unit 11 displays the same AI assist screen as in the previous inquiry. Therefore, the AI ​​assist screen already contains the information of the points to note that were entered in the previous input unit I1, and the support button B4 is also the same as in the previous inquiry. Then, the process moves on to step S9.

[0108] Furthermore, if the process reaches step S11 through step S15, the providing unit 14 will provide the information to be inherited and reflected to the generating AI means if the setting for inheritance reflection has been configured.

[0109] On the other hand, if the re-inquiry button B9 has not been operated (S14: NO), the main server 10 determines whether the close button B8 has been operated (S16). If the close button B8 has not been operated (S16: NO), the process proceeds to step S14. If the close button B8 has been operated (S16: YES), the process shown in Figure 12 is terminated.

[0110] In this way, the electronic medical record system 1 and its control method according to the second embodiment can be used to obtain the same effects as in the first embodiment.

[0111] Furthermore, according to the second embodiment, the output unit 16 displays a re-inquiry button B9 on the screen to display the input unit I1 again, in addition to the information on the content of medication guidance acquired by the acquisition unit 15. Therefore, if the pharmacist finds that the expected content is not included, they can smoothly have the generation AI generate new information on the content of medication guidance again.

[0112] Furthermore, when the re-inquiry button B9 is pressed, the output unit 16 displays the input unit I1 with the previously entered cautionary information already filled in. This allows the pharmacist to understand the information from the previous inquiry and avoid accidentally entering the exact same cautionary information as before.

[0113] Furthermore, when the provisioning unit 14 provides information on points to note via the re-inquiry button B9 to the generation AI means, it is possible to provide information indicating that at least a portion of the information on medication guidance content generated within a predetermined number of past calls should be reflected in the generated content. However, if the information on points to note is changed, the generated content will also change. Therefore, basically, the medication guidance content that reflected the information on points to note before the change will be lost. However, pharmacists may decide to retain important information in the medication guidance content that might be lost. Therefore, by providing the generation AI means with information indicating that at least a portion of the information on medication guidance content generated within a predetermined number of past calls should be reflected in the generated content, the generated content will be kept within a predetermined number of past calls, thus allowing necessary information to be retained and improving convenience.

[0114] The predetermined number of times may be a fixed value or a variable value. In particular, in this medication guidance session, if the re-inquiry button B9 is operated after the initial generation and generation is performed again, it is preferable that the predetermined number of times be set to "1", and if the re-inquiry button B9 is operated for the second time after the initial generation, it is preferable that the predetermined number of times be set to "2". In other words, it is preferable that the predetermined number of times be variable so as to retain the series of generation contents from the initial generation to the previous generation for this medication guidance session.

[0115] Furthermore, the reception unit 13 receives information on the content of past medication guidance, and the provision unit 14 provides the generation AI means with information indicating that it will generate medication guidance content that differs from the previous information. This helps prevent the information on the content of medication guidance from being identical. In particular, even if the medication prescribed to the patient is exactly the same as in the past, the possibility that various factors such as the patient's physical condition will be exactly the same as in the past is very small. Therefore, by providing the generation AI means with information indicating that it will generate medication guidance content that differs from the previous information, the possibility that the generation AI means will generate the same medication guidance content information based on similar provided information can be reduced. Thus, it is possible to promote generation that can respond to even slight differences in the patient's physical condition, etc.

[0116] Although the present invention has been described above based on embodiments, the present invention is not limited to the above embodiments, and modifications may be made without departing from the spirit of the invention, and embodiments and other technologies may be combined as appropriate to the extent possible.

[0117] For example, in the above embodiment, the display and other functions of the pharmacy terminal 20 are controlled by the main server 10, but the invention is not limited to this, and the electronic medical record program may be downloaded to the pharmacy terminal 20, and the pharmacy terminal 20 itself may control the display and other functions.

[0118] Furthermore, the output unit 16 of the electronic medical record system 1 according to the above embodiment outputs information on the content of medication guidance generated by the generation AI means by displaying the assistance result screen on the pharmacy terminal 20. However, the output unit 16 is not limited to this, and may output by other methods such as printing out a document or sending an email to another terminal held by a pharmacist, etc.

[0119] Furthermore, although the electronic medical record system 1 according to the above embodiment has the function of a so-called electronic medical record book, it may also be incorporated as part of the functions of other equipment, such as a medical claims computer.

[0120] Furthermore, although the electronic medical record system 1 according to the above embodiment has been described assuming its use in a so-called dispensing pharmacy, it is not limited to this and may be used in other facilities such as nursing homes or hospital pharmacies. [Explanation of Symbols]

[0121] 1: Electronic medical record system 10: Main Server 11: Display control unit (display control means) 12: Memory unit (recording medium) 13: Reception Department (Method of Reception) 14:Providing department (providing means) 15: Acquisition part (acquisition means) 16: Output section (output means) 17: Setting section (setting means) 20: Pharmacy terminal A32: This time, the area for displaying medication guidance (writing field) B2: AI Assist Button B4: Support button B6, B7: Transfer button (entry button) B9: Re-inquiry button (Regeneration operation section) C2: Inheritance Operation Unit I1: Input section

Claims

1. An electronic medical record system that records information about medications dispensed to patients based on prescription data and information about the content of medication guidance given to patients, Prior to providing medication guidance to patients, a means of receiving information from pharmacists regarding points to note regarding medication guidance is required. A generating AI means capable of outputting medication guidance content based on information indicating that medication guidance content should be generated and information about the medication, a providing means that provides information indicating that medication guidance content should be generated, information about the points to note received by the receiving means, and information about the dispensed medication, An acquisition means for acquiring information on the content of medication guidance generated by the generation AI means based on information indicating that the content of medication guidance provided by the provision means will be generated, the information on points to note, and the information on the dispensed medication, An output means for outputting information on the content of medication guidance obtained by the acquisition means, An electronic medical record system characterized by having the following features.

2. The system further includes a display control means that displays an input section for inputting the aforementioned cautionary information when the interview information obtained from the patient, the prescription data, and the information on the dispensed medication satisfy at least one of the predetermined conditions: the medication, the patient's age, the patient's gestational age, and keywords. The electronic medical record system according to feature 1.

3. The display control means displays support buttons to assist input to the input unit, depending on which of a plurality of pre-set conditions is met. The electronic medical record system according to feature 2.

4. The display control means displays the input unit, which has been pre-configured, according to the conditions that are met among a plurality of pre-set conditions. The electronic medical record system according to feature 2.

5. The system further includes a setting means that allows setting whether to display the input unit or to prohibit its display when the same conditions are met for the same patient. The electronic medical record system according to feature 2.

6. The output means displays the information on the content of medication guidance acquired by the acquisition means, with input buttons placed for each piece of information on the screen. When the aforementioned input button is pressed, the individual pieces of information corresponding to that input button are entered into the fields designated for recording information about the medication guidance given to the patient. The electronic medical record system according to feature 1.

7. In addition to the information regarding the points to note, the aforementioned receiving means also receives information regarding inquiries made by pharmacists to physicians about any doubts they may have regarding prescription data. The providing means provides the generating AI means with information indicating that it will generate the content of medication guidance, information on points to note, information on the dispensed medication, and information on inquiries regarding the prescription. The electronic medical record system according to feature 1.

8. The output means, in addition to the information on the content of medication guidance acquired by the acquisition means, also displays a regeneration operation unit on the screen, which is an operation unit for displaying the input unit again by the display control means. The electronic medical record system according to feature 2.

9. When the regeneration operation unit is operated, the display control means causes the input unit to display the input unit with the information of the caution points that was previously entered into the input unit already filled in. The electronic medical record system according to feature 8.

10. The providing means is capable of providing the generating AI means with information indicating that it will generate content for medication guidance, information indicating the points to note that have been input through the operation of the regeneration operation unit, and information indicating that, when providing information on the dispensed medication, it will reflect at least a portion of the information on the content of medication guidance that has been generated within a predetermined number of times in the past into the generated content. The electronic medical record system according to feature 8.

11. The aforementioned reception means accepts, in addition to the information on the points to note, past guidance information stored as information on the content of medication guidance given in the past. The providing means provides the generating AI means with information that it will generate the content of medication guidance, information on points to note, and information on the dispensed medication, in addition to the past guidance information. The information provided to the AI ​​generation means, which indicates that it will generate medication guidance content, is information that indicates it will generate medication guidance content that has parts that differ from the past guidance information. The electronic medical record system according to feature 1.

12. A control method for an electronic medical record system that records information on medications dispensed to patients based on prescription data and information on the content of medication guidance given to patients, Prior to providing medication guidance to the patient, there is a reception process that allows for the receipt of information from the pharmacist regarding points to note regarding medication guidance, A provisioning step provides a generation AI means capable of outputting medication guidance content based on information indicating that medication guidance content should be generated, information on the points to note received in the reception step, and information on the dispensed drug to a generation AI means capable of outputting medication guidance content based on information indicating that medication guidance content should be generated and information on the drug. An acquisition step is to acquire information on the content of medication guidance generated by the generation AI means based on information indicating that the content of medication guidance provided in the provision step will be generated, the information on points to note, and the information on the dispensed medication. An output step which outputs information on the content of medication guidance obtained in the acquisition step, A control method for an electronic medical record system, characterized by comprising the following features.

13. An electronic medical record program for causing a computer to execute the control method of the electronic medical record system described in claim 12.

14. A computer-readable recording medium that stores the electronic medical record program described in claim 13.

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