JP2021026424A - Medication instruction support system, method and computer program - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a medication guidance support system, a method and a computer program for providing useful information on a prescription drug to a patient waiting for prescription dispensing and providing medication guidance based on the patient's understanding of the prescription drug. offer. A medication guidance support system is a system that supports medication guidance by a pharmacist. The medication instruction support device 1 has, as prescription-related information, a prescription-related information storage means for storing at least a quiz and an answer corresponding to the prescription drug, a prescription information receiving means for receiving input of the prescription drug described in the prescription, and a prescription-related information. An extraction processing means for extracting a quiz corresponding to a prescription drug that has received an input by referring to an information storage means, a quiz output means for outputting the extracted quiz, and an answer receiving means for receiving an answer input for the quiz from a patient. And a determination processing means for determining the correctness of the answer to the quiz by referring to the prescription-related information storage means. [Selection diagram] Fig. 1

Description

The present invention relates to a technique for providing prescription information to a patient while supporting medication instruction by a pharmacist at a dispensing pharmacy that prescribes a prescription.

When a patient who has been examined at a medical institution receives a prescription for a drug from a doctor, the prescription is sent to a dispensing pharmacy. When a dispensing pharmacy receives a prescription from a patient, it dispenses the drug and inputs the information described in the prescription into the terminal of the dispensing pharmacy to manage the information and issue a statement.

Patients often wait at a dispensing pharmacy until the prescription drug has been dispensed, but the waiting time may be quite long depending on the content of the prescription and the congestion situation of the dispensing pharmacy.
In addition, pharmacists want to dispense prescriptions efficiently so that the dispensing pharmacies are not crowded or keep patients waiting, but the patient must be properly instructed to take the medicine after dispensing.

In this regard, in Patent Document 1, questions, recommendations, and guidance for improving adherence are given at the time of medication instruction based on the situation of the prescribed person who is the pharmacist or / and the person who receives the prescription of the drug at the dispensing pharmacy. A medication-related information output device for outputting medication-related information, which is preferable, has been proposed.

Japanese Patent No. 5832048

However, at present, there is no system provided for patients waiting for prescription dispensing to provide useful information on prescription drugs and to provide medication guidance based on the patient's understanding of prescription drugs.

Therefore, an object of the present invention is to provide a patient who is waiting for prescription dispensing with useful information on prescription drugs and to provide medication guidance based on the patient's understanding of prescription drugs.

In order to achieve the above object, the medication guidance support system according to one aspect of the present invention is a system that supports medication guidance by a pharmacist, and stores at least a quiz and an answer corresponding to the prescription drug as prescription-related information. Extraction that extracts a quiz corresponding to the prescription drug that has received the input by referring to the prescription-related information storage means, the prescription information receiving means that accepts the input of the prescription drug described in the prescription, and the prescription-related information storage means. With reference to the processing means, the quiz output means for outputting the extracted quiz, the answer receiving means for receiving the input of the answer to the quiz from the patient, and the prescription-related information storage means, the correctness of the answer to the quiz is determined. It has a determination processing means for determining.

Further, the extraction processing means may be a quiz corresponding to the prescription drug that has received the input, and may extract a quantity of quizzes according to the amount of the prescribed prescription drug.

Further, the patient information storage means for storing the patient information including the drug history of the patient is further provided, and the extraction processing means is a quiz corresponding to the prescription drug that has received the input, and is used in the prescription history of the patient. The quiz of the corresponding level may be extracted.

Further, it may further have a dispensing status receiving means for receiving information on the dispensing status of the prescription drug by the pharmacist, and a dispensing status notifying means for notifying the dispensing status of the prescription drug.

In addition, it may further have a medication guidance information output means for outputting medication guidance information of the prescription drug, including at least a determination result of correctness or rejection of the answer to the quiz.

Further, the medication instruction support device according to another aspect of the present invention is a device configured to be able to communicate with a patient terminal used by a patient and a pharmacist terminal used by a pharmacist, and at least prescribes as prescription-related information. Refer to the prescription-related information storage means for storing quizzes and answers corresponding to the medicine, the prescription information reception means for receiving the input of the prescription drug described in the prescription via the pharmacist terminal, and the prescription-related information storage means. Then, the extraction processing means for extracting the quiz corresponding to the prescription drug that received the input, the quiz transmission means for transmitting the extracted quiz to the patient terminal, and the answer to the quiz are received from the patient terminal. It has an answer receiving means to be used, and a determination processing means for determining the correctness of the answer to the quiz by referring to the prescription-related information storage means.

Further, the medication guidance support method according to another aspect of the present invention is a method of supporting medication guidance by a pharmacist, and is a prescription-related information storage means for storing at least a quiz and an answer corresponding to a prescription drug as prescription-related information. A process of accepting an input of a prescription drug described in a prescription, a process of extracting a quiz corresponding to the prescription drug that has received the input by referring to the prescription-related information storage means, and the extraction. The process of outputting the quiz, the process of accepting the input of the answer to the quiz from the patient, and the process of determining the correctness of the answer to the quiz by referring to the prescription-related information storage means are executed.

Further, the computer program according to another aspect of the present invention is a computer program for supporting medication instruction by a pharmacist, and stores prescription-related information as prescription-related information, at least quizzes and answers corresponding to prescription drugs. A process of accepting an input of a prescription drug described in a prescription to a system having the means, and a process of extracting a quiz corresponding to the prescription drug that has received the input by referring to the prescription-related information storage means. The process of outputting the extracted quiz, the process of accepting the input of the answer to the quiz from the patient, and the process of determining the correctness of the answer to the quiz by referring to the prescription-related information storage means are executed. ..

The computer program can be provided by downloading via a network such as the Internet, or can be recorded and provided on various computer-readable recording media such as a CD-ROM.

According to the present invention, it is possible to provide useful information about a prescription drug to a patient waiting for prescription dispensing and effectively utilize the waiting time for dispensing. In addition, it is possible to accurately grasp the patient's understanding of prescription drugs and provide medication guidance based on the understanding.

It is a functional block diagram which showed the function which the medication instruction support system which concerns on 1st Embodiment of this invention has. It is a figure which showed an example of the data which is stored in the drug information storage part in the medication instruction support system which concerns on this embodiment. It is a figure which showed an example of the data which is stored in the patient information storage part in the medication instruction support system which concerns on this embodiment. It is a figure which showed an example of the data stored in the prescription-related information storage part in the medication instruction support system which concerns on this embodiment. It is a figure which showed an example of the data stored in the alarm information storage part in the medication instruction support system which concerns on this embodiment. It is a sequence diagram which showed the flow of the process executed in the medication instruction support system which concerns on this embodiment. It is a sequence diagram which showed the flow of the process executed in the medication instruction support system which concerns on this embodiment. It is a sequence diagram which showed the flow of the process executed in the medication instruction support system which concerns on this embodiment. It is a sequence diagram which showed the flow of the process executed in the medication instruction support system which concerns on this embodiment. It is a figure which showed an example of the output screen in the medication instruction support system which concerns on this embodiment. It is a figure which showed an example of the output screen in the medication instruction support system which concerns on this embodiment. It is a figure which showed an example of the output screen in the medication instruction support system which concerns on this embodiment. It is a figure which showed an example of the output screen in the medication instruction support system which concerns on this embodiment.

Hereinafter, the medication instruction support system according to the embodiment of the present invention will be described with reference to the drawings.
The medication guidance support system according to the present embodiment assists the patient's understanding of prescription drugs and supports medication guidance according to the degree of understanding of the patient.

<Functional configuration>
The medication guidance support system according to the first embodiment of the present invention shown in FIG. 1 is a medication guidance support device 1 configured to be communicable via a predetermined network NW such as a LAN (Local Area Network), and a patient. It is composed of a terminal 2 and a pharmacist terminal 3.

The medication instruction support device 1 is composed of a dedicated computer, which is also called a receipt terminal, or a general-purpose computer on which dedicated software is installed, and includes a CPU (Central Processing Unit), RAM (Random Access Memory), and ROM (Read Only Memory). ), Hardware resources such as hard disk drive, and software resources such as computer programs executed by the CPU, extraction processing unit 11, judgment processing unit 12, alarm processing unit 13, communication processing unit 14, drug information storage unit 1A, patient information storage. A functional unit including a unit 1B, a prescription-related information storage unit 1C, and an alarm information storage unit 1D is provided.
In addition to the so-called personal computer, the computer referred to in this example includes a terminal capable of widely executing data processing, such as a portable terminal such as a tablet terminal.

The prescription is a paper containing information on prescription drugs, and contains predetermined information such as the name of the issued medical institution, the name of the patient, the name and usage of the prescribed drug, and the dosage. Since the layout of this prescription is different for each issuing medical institution, it is possible to grasp what information is described in which part of the prescription by referring to the layout for each medical institution.

The drug information storage unit 1A is a storage unit that stores information about a drug (sometimes referred to as a “prescription drug”) prescribed to a patient.
As shown in FIG. 2, for example, the drug information storage unit 1A stores information such as a name, a pharmaceutical company, usage, dosage, side effects, precautions, interactions, and package inserts for each drug.

The patient information storage unit 1B is a storage unit that stores information about a patient who has been prescribed a drug.
In the patient information storage unit 1B, for example, as shown in FIG. 3, attribute information such as the patient's name, age and gender, insurance information such as the insured person's name and qualification acquisition date related to insurance, address and contact information. Personal information such as, medical history, basic information such as contraindications to medicines, prescription history, and information related to quiz questioning history are stored.

The prescription history is information related to the prescription history of a drug for a patient.
The information related to this prescription history includes, for example, information such as the prescription date, the medical institution that made the prescription, the prescription content such as the drug name, usage, and dose.
This prescription history is registered and accumulated each time a drug is prescribed to a patient based on the prescription.

The quiz question history is information related to the quiz given to the patient and the answer result.
The information related to this quiz question history includes, for example, information such as the question date of the quiz given to the patient, the quiz given, and the answer result.
This quiz question history is registered and accumulated each time a quiz is given to a patient and an answer to the quiz is obtained.

The prescription-related information storage unit 1C is a storage unit that stores information related to the prescribed drug.
For example, as shown in FIG. 4, the prescription-related information storage unit 1C stores information such as quiz information, advertising information, and other related information for each prescribed drug.

The quiz information is information on the prescribed drug and the quiz related to the symptom or illness treated by the drug, and includes information such as the quiz and its answer, as well as the level indicating the difficulty level of the quiz.

The advertising information is information related to advertisements related to the prescribed drug, but apart from this, the advertising information may be stored regardless of the prescribed drug.

Other related information is other information about the prescribed drug, for example, information such as a dietary recipe suitable for the symptom or illness treated by the prescribed drug, information useful for alleviation of the symptom or illness, and the like.

The alarm information storage unit 1D is a storage unit that stores information related to the timing of notifying the patient of the timing of taking the prescribed drug.
As shown in FIG. 5, for example, the alarm information storage unit 1D stores information on the prescription drug in association with the patient name.

The information on the prescription drug includes information on the "set time", which is the dosing time according to the prescription content and the notification time set by the patient, for each prescribed drug name. In general, there may be multiple dosing timings, such as morning, noon, night, and before bedtime, so multiple set times can be set.
The alarm processing unit 13, which will be described later, notifies a predetermined patient of the timing of taking the prescription drug with reference to the alarm information storage unit 1D.

The extraction processing unit 11 refers to the prescription-related information storage unit 1C and extracts prescription-related information including a quiz corresponding to the prescription drug.
The extraction processing unit 11 can extract a quantity of quizzes according to the amount of the prescribed drug in the quiz extraction process corresponding to the prescription drug. As a result, it is possible to give a quiz in a quantity corresponding to the waiting time, which is proportional to the amount of the prescribed medicine. "
Further, with reference to the patient information storage unit 1B, it is possible to extract a level or type of quiz according to the patient's prescription history and the answer history of the quizzes answered in the past. As a result, it is possible to give a quiz suitable for improving the understanding of the patient.

When the determination processing unit 12 receives the input of the answer to the quiz from the patient, the determination processing unit 12 determines the correctness of the answer to the quiz by referring to the answer of the quiz stored in the prescription-related information storage unit 1C.

The alarm processing unit 13 notifies a predetermined patient of the timing of taking the prescription drug with reference to the alarm information storage unit 1D. The notification is performed by transmitting data in a predetermined data format to a notification destination such as an e-mail address specified by the patient.

The communication processing unit 14 is a functional unit that executes data transmission / reception processing with the patient terminal 2 and the pharmacist terminal 3 via a predetermined network NW such as a LAN.

In addition, the medication instruction support device 1 may include a printing unit realized by a printer or the like for printing various data. Then, even if the printing department prints prescription-related information such as information on the usage and dosage of prescription drugs, and the answer result of the quiz on a predetermined medium such as paper so that the patient can take it home. Good.

The patient terminal 2 is a terminal used by a patient and is realized by a computer capable of processing various electronic data, but a so-called tablet terminal is assumed.
The patient terminal 2 is lent to the patient from the dispensing pharmacy during the dispensing of the prescription drug.

The patient terminal 2 includes an input / output unit 21 and a communication processing unit 22.
The input / output unit 21 is a functional unit that inputs / outputs data, and is realized by, for example, a touch panel display.
The communication processing unit 22 is a functional unit for executing data transmission / reception with the medication instruction support device 1 via the network NW.

The pharmacist terminal 3 is a terminal used by a pharmacist in a dispensing pharmacy and is realized by a computer capable of processing various electronic data, but here, a so-called tablet terminal is assumed.
With this pharmacist terminal 3, the pharmacist refers to various information and inputs information on prescription drugs.

The pharmacist terminal 3 includes an input / output unit 31 and a communication processing unit 32.
The input / output unit 31 is a functional unit that inputs / outputs data, and is realized by, for example, a touch panel display.
The communication processing unit 32 is a functional unit for forcing the network NW to transmit / receive data to / from the medication guidance support device 1.

<Processing flow 1>
Next, the flow of processing executed by the medication guidance support system according to the present embodiment will be described.
First, with reference to FIG. 6, the flow of processing from the patient's visit to the dispensing pharmacy to the start of dispensing based on the prescription will be described.
The patient who receives the prescription from the medical institution visits the dispensing pharmacy and hands the prescription to the pharmacist (S101). The pharmacist who received the prescription lends the patient terminal 2 to the patient.

The patient who has received the loan of the patient terminal 2 first confirms the return or newly registers by the patient terminal 2 (S102).
The re-arrival confirmation is to confirm whether there are any changes in matters that may affect the prescription of the drug from the previous visit. In this reappearance confirmation, the screen example shown in FIG. 10 is used to confirm whether or not there is any change in the information stored in the patient information storage unit 1B regarding allergies, constitution, side effect history, or pre-existing illness. When there is a change, the input of the changed information is accepted and the information of the patient information storage unit 1B is updated.
If the patient is a new patient for the dispensing pharmacy, the input of information on matters that may affect the prescription of the drug is accepted, and the new information is registered in the patient information storage unit 1B.

On the other hand, the pharmacist inputs the prescription information according to the contents of the prescription by the pharmacist terminal 3 (S103). When the prescription information is input, the prescription is audited based on the information stored in the patient information storage unit 1B and the drug information storage unit 1A (S104). Prescription audits determine the suitability of prescription drugs in terms of dosage, type of use, and dose range, which can be used to determine the patient's contraindications to the drug, the distinction between children and adults, and the presence or absence of pregnancy. Based on the prescription drug itself, the appropriateness of administration, usage, and dosage is judged.
In this prescription audit, the pharmacist may make a judgment based on the prescription contents and the information stored in each information storage unit, or the medication guidance support device 1 automatically makes a judgment based on a predetermined algorithm. There may be.

When the safety of the prescription is confirmed by the prescription audit, the prescription is confirmed (S105), and the pharmacist starts dispensing (S106).
On the other hand, the patient waits for the completion of dispensing while receiving information provided from the patient terminal 2. Here, the medication instruction support device 1 extracts prescription-related information from the prescription-related information storage unit 1C (S107), and transmits the extracted prescription-related information to the patient terminal 2 (S108).
Here, in the process of extracting the quiz that constitutes the prescription-related information, it is possible to extract the quantity of the prescription drug according to the amount of the prescription drug and the level of the quiz according to the prescription history of the patient.

FIG. 7 shows the flow of processing when a patient answers a quiz, which is prescription-related information.
On the patient terminal 2, a quiz related to the prescription drug is given, and when the patient inputs an answer to the quiz (S201), the determination processing unit 12 determines whether the answer is correct or not by referring to the prescription-related information storage unit 1C. (S202), the determination result is stored in the patient information storage unit 1B (S203).

FIG. 8 shows the flow of processing in which the pharmacist notifies the patient of the dispensing status.
When the pharmacist inputs the dispensing status from the pharmacist terminal 3 in a timely manner (S301), the information related to the dispensing status is transmitted to the patient terminal 2 via the medication instruction support device 1 (S302).
As a result, the patient can grasp the dispensing status while waiting for dispensing.

FIG. 9 shows the flow of processing after the preparation by the pharmacist is completed.
The pharmacist who has completed the dispensing refers to the drug information storage unit 1A and the patient information storage unit 1B, collates the prescription drug that has been dispensed again with the prescription, performs the final audit of the prescription, and if there is no problem, dispenses by the pharmacist terminal 3. Notify the medication instruction support device 1 of the completion of the above (S401).
In response to this, the medication instruction support device 1 transmits a dispensing completion notification to the patient terminal 2 to notify the patient that the dispensing is completed (S402).

The patient who realizes that the dispensing is completed goes to the pharmacist to receive the prescription drug that has been dispensed. At this time, the patient terminal 2 lent to the patient from the dispensing pharmacy can serve as a voucher for the prescription drug that can identify the patient to whom the prescription drug is delivered.
When the pharmacist delivers the dispensed prescription drug to the patient, he / she refers to the medication instruction information regarding the prescription (S403), and when the medication instruction is completed, the pharmacist delivers the prescription drug to the patient (S404).

Here, the medication instruction information includes information on the prescribed drug stored in the drug information storage unit 1A, information such as the judgment result of the quiz performed by the patient during the waiting time, and waiting. Reference history of prescription-related information by the patient during the time may be included.
In addition, the medication instruction information may be appropriately printed by a printer or the like and passed to the patient, or may be transmitted in a data format to a terminal or the like owned by the patient via an e-mail address or the like designated by the patient.

<Screen example>
Subsequently, in the medication instruction support system according to the present embodiment, an example of a screen output on the patient terminal 2 will be described.
FIG. 10 shows an example of a screen of the patient terminal 2 at the time of confirming the return. In this example of the screen for confirming the return, information stored in the patient information storage unit 1B, such as allergies, constitution, side effect history, or chronic illness, is displayed, and it is possible to selectively input whether or not there is any change.
When there is a change, the patient presses the "changed" button and inputs the changed information in the predetermined items. On the other hand, if there is no change, the patient presses the "no change" button and proceeds to the next step.

11 to 13 are examples of screens developed on the patient terminal 2 while the patient is waiting for the completion of dispensing after confirmation of reappearance, and prescription-related information is displayed on the screen.
The screens of FIGS. 11 to 13 are provided with a column for displaying information relating to the progress of dispensing, so that the patient can grasp the progress of dispensing. The information related to the progress of this dispensing is to display the information that the pharmacist has input in a timely manner by the pharmacist terminal 3, but the example is not limited to the illustrated example, and in response to a request from the patient, such as during packaging, etc. It may be possible to check the dispensing progress in detail. When the patient learns that the dispensing is complete, he / she will go to the pharmacist to receive the prescription drug that has been dispensed.

FIG. 11 shows an example of a screen displayed when a patient requests display of information relating to a prescribed drug. Here, based on the information stored in the drug information storage unit 1A, the information related to the prescribed drug is extracted and displayed on the screen information.

Further, the prescription drug information display screen shown in FIG. 11 is provided with an "alarm" button for setting the timing at which the patient takes the prescription drug. An "alarm" button is provided for each prescription drug, and when pressed, the timing of administration such as "every day at 7:00 and 19:00" can be registered in the alarm information storage unit 1D of the medication guidance support device 1. It has become. The alarm processing unit 13 refers to the alarm information storage unit 1D and transmits an alert prompting the patient's terminal registered in advance to take the prescription drug at a set timing. This allows the patient to remember to take the prescription drug.

FIG. 12 shows an example of a screen displayed when a patient requests the display of essential information regarding a prescribed drug. Here, too, based on the information stored in the drug information storage unit 1A, information that should be grasped when taking the drug, such as explanations of symptoms and side effects targeted by the prescription drug, is displayed.

FIG. 13 shows an example of a screen for giving a quiz about a drug prescribed to a patient. Here, a quiz stored in the prescription-related information storage unit 1C is given, and the patient answers the quiz. In the example of FIG. 13, a multiple-choice quiz is given, and the patient selects and answers any option. In addition, quiz hints are also displayed so that they can be referred to as appropriate.

According to the above-mentioned medication guidance support system according to the present embodiment, it is possible to provide useful information on prescription drugs to patients waiting for prescription dispensing and effectively utilize the waiting time for dispensing. In addition, by having the patient answer a quiz related to the prescription drug and feeding back the result to the pharmacist, the pharmacist can provide accurate medication guidance based on the patient's understanding of the prescription drug.

In the present embodiment, an example in which the dispensing pharmacy lends the patient terminal 2 to the patient has been described for the patient terminal 2, but the present invention is not limited to this, and a mobile terminal owned by the patient and capable of transmitting and receiving data is used. It can also be used as a patient terminal 2. In this case, for example, the mobile terminal is made to install predetermined application software that can cooperate with the medication instruction support device 1, thereby executing the same function as the patient terminal 2 described above.

Further, the prescription-related information displayed on the patient terminal 2 described above can be translated into a predetermined language by machine translation and displayed in response to a request from the patient.

Further, the present invention can be widely introduced not only in dispensing pharmacies but also in the medical field such as hospitals. That is, it is possible to provide useful information to patients in terms of waiting time for in-hospital prescriptions, waiting time for medical examinations, waiting time for accounting, and the like. Specifically, in the above example, a quiz was given according to the patient's drug history, but at the hospital, a quiz was given according to the contents of the patient's electronic medical record, and the doctor examined the patient. Occasionally, it is possible to give advice and guidance on illness based on the judgment result of the answer of the quiz by the patient.
In addition, the quiz for patients may be automatically generated based on patient-specific information recorded in a drug history, an electronic medical record, or the like.

1 Medication guidance support device 1A Drug information storage unit 1B Patient information storage unit 1C Prescription-related information storage unit 1D Alarm information storage unit 11 Extraction processing unit 12 Judgment processing unit 13 Alarm processing unit 14 Communication processing unit 2 Patient terminal 21 Input / output unit 22 Communication processing unit 3 Pharmacist terminal 31 Input / output unit 32 Communication processing unit NW network

Claims (8)

A system that supports pharmacists' medication guidance
As prescription-related information, at least a prescription-related information storage means for storing quizzes and answers corresponding to prescription drugs,
Prescription information receiving means that accepts the input of prescription drugs written on the prescription,
With reference to the prescription-related information storage means, an extraction processing means for extracting a quiz corresponding to the prescription drug that received the input, and
A quiz output means for outputting the extracted quiz and
An answer receiving means for receiving input of an answer to the quiz from the patient,
With reference to the prescription-related information storage means, there is a determination processing means for determining the correctness of the answer to the quiz.
Medication guidance support system. The extraction processing means is a quiz corresponding to the prescription drug that has received the input, and extracts a quantity of quizzes according to the amount of the prescribed prescription drug.
The medication guidance support system according to claim 1. Further having a patient information storage means for storing patient information including the patient's drug history,
The extraction processing means is a quiz corresponding to the prescription drug that has received the input, and extracts a quiz at a level corresponding to the prescription history of the patient.
The medication guidance support system according to claim 1 or 2. Dispensing status receiving means for receiving information on the dispensing status of prescription drugs by the pharmacist,
Further having a dispensing status notification means for notifying the dispensing status of the prescription drug.
The medication guidance support system according to any one of claims 1 to 3. Further, it has a medication guidance information output means for outputting medication guidance information of the prescription drug, which includes at least a determination result of correctness of the answer to the quiz.
The medication guidance support system according to any one of claims 1 to 4. It is a device configured to be able to communicate with the patient terminal used by the patient and the pharmacist terminal used by the pharmacist.
As prescription-related information, at least a prescription-related information storage means for storing quizzes and answers corresponding to prescription drugs,
A prescription information receiving means for receiving input of a prescription drug described in a prescription via the pharmacist terminal, and
With reference to the prescription-related information storage means, an extraction processing means for extracting a quiz corresponding to the prescription drug that received the input, and
A quiz transmission means for transmitting the extracted quiz to the patient terminal, and
An answer receiving means for receiving an answer to the quiz from the patient terminal,
With reference to the prescription-related information storage means, there is a determination processing means for determining the correctness of the answer to the quiz.
Medication guidance support device. It is a method to support the medication instruction by the pharmacist,
As prescription-related information, a system having at least a prescription-related information storage means for storing quizzes and answers corresponding to prescription drugs,
The process of accepting the input of prescription drugs stated on the prescription,
With reference to the prescription-related information storage means, a process of extracting a quiz corresponding to the prescription drug that received the input, and
The process of outputting the extracted quiz and
The process of accepting the input of the answer to the quiz from the patient,
With reference to the prescription-related information storage means, a process of determining whether the answer to the quiz is correct or not is executed.
Medication guidance support method. A computer program to support pharmacists' medication instruction
For a system having at least a prescription-related information storage means for storing quizzes and answers corresponding to prescription drugs as prescription-related information.
The process of accepting the input of prescription drugs stated on the prescription,
With reference to the prescription-related information storage means, a process of extracting a quiz corresponding to the prescription drug that received the input, and
The process of outputting the extracted quiz and
The process of accepting the input of the answer to the quiz from the patient,
With reference to the prescription-related information storage means, a process of determining whether the answer to the quiz is correct or not is executed.
Computer program.

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