JP4695889B2 - Interaction check device and interaction check program - Google Patents

Description

  The present invention relates to an interaction check device and an interaction check program for checking an interaction between medicines.

  Conventionally, a medicine name to be checked is displayed on each coordinate axis of an orthogonal coordinate system, and an interaction check result is displayed at a coordinate position (cell) specified by a combination of these medicines. (For example, see Patent Documents 1 to 3).

JP 2003-150710 A JP 2001-282923 A JP-A-8-57021

  However, in the above-mentioned conventional products, OTC (over the counter) drugs (in addition to general drugs, switch OTC drugs that have been sold as general drugs from medical drugs) can be checked for interactions. Is not considered). OTC medicines contain multiple components, especially switch OTC medicines, which contain components with high interaction similar to medical medicines. Therefore, these components and medicines prescribed at hospitals etc. There is a need to check for interactions.

  Then, this invention makes it a subject to provide the interaction check apparatus which can check interaction also about each component contained in OTC chemical | medical agent.

As a means for solving the above problems, the present invention provides:
Interaction check device,
Drug basic master file including drug name and YJ code,
An OTC master component file including a product name and component YJ code of OTC chemicals composed of multiple components ;
An interaction table containing the results of checking the interaction for the combination of the YJ code of the drug to be checked for interaction and the component YJ code of the component ;
Storage means for storing
An input means capable of inputting character data ;
Displays a matrix display unit of an orthogonal coordinate system, displays a drug name or a component name on each coordinate axis of the matrix display unit, and displays an interaction check result at each coordinate position where the drug name or each component name is orthogonal. Display means for displaying;
Based on the characters input by the input means, a process of searching an OTC master component file stored in the storage means and extracting an OTC medicine name including the characters ;
A process of expanding the extracted OTC drug name into a component YJ code corresponding to the component based on the OTC reference component file stored in the storage unit;
A process of storing the extracted OTC drug name and the expanded component YJ code in the storage means;
Based on the characters input by the input means, a process for searching the medicine basic master file stored in the storage means and extracting the corresponding medicine name;
The YJ code of the extracted drug product and the process of storing in the storage means,
Based on the YJ code and the component YJ code stored in the storage means, referring to the interaction table and checking the interaction for the combination of the component name and the drug name ;
The display means displays, on each coordinate axis, a medicine name extracted by searching the medicine basic master file, and the expanded ingredient names are grouped together so that the medicine name can be identified. Processing to display and display the check result of the interaction at each coordinate position specified by the combination of the ingredient name and the drug name;
Control means for executing
With
The control means does not execute an interaction check between component names belonging to the same group .
Further, the present invention provides a means for solving the above-described problems,
Interaction check device,
Drug basic master file including drug name and YJ code,
A medicine information file containing medicines prescribed in a single department as a group,
An interaction table containing the results of checking the interaction for the combination of YJ codes of the drugs to be checked for interaction;
Storage means for storing
An input means capable of inputting character data;
Display that displays a matrix display unit of an orthogonal coordinate system, displays a drug name on each coordinate axis of the matrix display unit, and displays an interaction check result at each coordinate position where each drug name or each component name is orthogonal Means,
Based on the characters input by the input means, a process for searching the medicine basic master file stored in the storage means and extracting the corresponding medicine name;
A process of storing the extracted YJ code of the medicine in the storage means;
A process of storing the YJ code of a medicine prescribed in a certain department in the storage means;
Based on the YJ code stored in the storage means, referring to the interaction table, processing to check the interaction for the combination of the drug name,
The display means displays, on each coordinate axis, the names of medicines extracted by searching the medicine basic master file, and the medicine names of medicines prescribed in a certain medical department as one group. A process of continuously displaying the drug name extracted by searching the master file in an identifiable manner, and displaying the check result of the interaction at each coordinate position specified by the combination of the drug names;
Control means for executing
With
The control means does not execute an interaction check between drug names belonging to the same group.

  The partner drug name for the interaction check may be at least the name of a medical drug or the expanded component name.

  It is preferable that the matrix screen includes a display for specifying a development source drug name of the developed component name.

  The display for specifying the expanded drug name of the expanded component name may be a frame displayed adjacent to a group of component names expanded from the specific drug name and the specific drug name displayed in the frame. Good.

  The display for specifying the development source drug name of the expanded component name may be the specific drug name displayed following each component name expanded from the specific drug name.

  The indication specifying the development source drug name of the expanded component name may be a line extending from both ends of a group of component names expanded from the specific drug name and the specific drug name displayed between the lines. .

  An OTC chemical name is mentioned to the chemical name comprised by the said several component.

As a means for solving the above problems, the present invention provides:
Interaction check device,
Check for interaction with at least one of medical drug information that includes a group of drugs prescribed for each medical department, or OTC drug information that includes components contained in the same OTC drug as one group. Storage means for storing an interaction table comprising information on the interaction between the two components or drugs
Display means for displaying a matrix display unit of an orthogonal coordinate system, displaying a drug name and / or a component name on each coordinate axis of the matrix display unit, and displaying an interaction check result at each coordinate position;
When the interaction check target includes a medicine prescribed in the same department or an OTC medicine, based on the OTC medicine information stored in the storage means, the OTC medicine is developed in constituent components, The interaction between the same groups is not checked, and based on the interaction table, the components and the components of the medical drug or OTC drug to be checked are interacted according to the interaction table. Control means for checking the action, displaying at least the component name on one of the coordinate axes of the matrix display section of the display means, displaying at least the drug name or the ingredient name on the other, and displaying the check result at each coordinate position When,
It is set as the structure provided with.

  According to the present invention, as means for solving the above-described problems, the interaction check device stores medical drug information including a drug name of a medical drug and OTC drug information including a component name constituting the OTC drug. Display means for displaying a matrix display unit of a rectangular coordinate system, displaying a drug name and / or component name on each coordinate axis of the matrix display unit, and displaying an interaction check result at each coordinate position; When an OTC drug is included in the interaction check target, the OTC drug is expanded in units of components based on the OTC drug information stored in the storage unit, and the drug and OTC drug or OTC to be checked Check the interaction with the components of the drug, display at least the component name on one of the coordinate axes of the matrix display part of the display means, and display the drug name on the other / Or to display the component name is obtained by a configuration in which a control means for displaying a check result to each coordinate position.

  With this configuration, even if you are currently taking OTC medicine, check the interaction with each ingredient of medical medicine or OTC medicine by deploying to each ingredient contained in OTC medicine Is possible. Then, each expanded component name can be displayed on the coordinate axis of the matrix display part of the display means, and the check result with other chemicals or components can be displayed, so interaction with any OTC chemical is easily generated. Can be identified.

  It is preferable that the control unit displays each component name of the OTC drug displayed on the matrix display unit of the display unit so as to be identifiable as belonging to the OTC drug to which the component belongs.

  With this configuration, it is possible to easily determine which OTC chemical is the component that causes the interaction.

  The control means displays the row and / or column including the coordinate position so as to be distinguishable from other rows and / or columns by selecting and operating the coordinate position of the matrix display portion of the display means. Is preferred.

  With this configuration, it is easy to determine which check target is related to which medicine to be checked.

  The control means preferably displays the reason for the interaction by selecting and operating the check result displayed at the coordinate position of the matrix display portion of the display means.

  With this configuration, a simple display of symbols and the like can be done on the matrix display unit, and it can be made very easy to see.

  In this case, it is preferable to display a simple reason and a detailed reason as the reason for the interaction to be displayed. If you look at the simple reason, you can quickly grasp the cause of the interaction, and if you look at the detailed reason, it is possible to use it effectively when changing to another drug with the same effect or explaining to the patient. Become.

  The control means stores the drug name and / or component name to be displayed on each coordinate axis of the matrix display section of the display means and the check result to be displayed at each coordinate position in the matrix interaction result memory table of the storage means. In this case, it is preferable that the storage order is matched with the order of medicine names and / or component names displayed on the coordinate axes of the matrix display unit.

  With this configuration, it is not necessary to store in the matrix interaction result memory table the coordinate check result to be displayed at which coordinate position of the matrix display unit in association with the coordinate data. In addition, the simple reason and the detailed reason can be displayed at a high speed, and future modification is easy.

  The control means preferably sets a flag when storing the component name of the OTC chemical in the matrix interaction result memory table of the storage means.

  With this configuration, it is possible to perform a high-speed search, and it is possible to quickly develop the component name including the OTC chemical and use it for checking the interaction.

  The control means preferably displays the corresponding coordinate position of the same medicine or the same component in an identifiable manner when the check result displayed at the coordinate position of the matrix display section of the display means is operated. .

  With this configuration, when the check results differ depending on which is the main drug, it is possible to call attention by identifying the corresponding part, and more appropriately determine whether the drug can be prescribed. Is possible.

  The control means may not display on the display means the check result of the interaction of each component between the same OTC chemicals.

  The storage means stores the medical drug information in a drug basic master file, the OTC drug information is stored in an OTC master file, and stores a drug name and a check result to be checked for interaction. And the control means may cause the matrix display unit of the display means to display the medicine name and the check result based on the medicine memory table stored in the storage means.

  The OTC master file stored by the storage means is an OTC master component file in which component codes are stored in association with OTC chemicals, and an OTC reference component in which component names are stored in association with component codes included in the OTC master component file. When the OTC drug is included in the drug whose interaction is to be checked, the control unit identifies the component code with reference to the OTC master component file, and the control unit determines the component code based on the component code. By identifying the component name with reference to the OTC reference component file, the OTC chemicals may be developed in units of components.

  According to the present invention, since the drug is expanded into the contained components and the interaction with the partner drug can be checked, not only the prescription drug but also the marketed drug that the patient is currently taking, Appropriate decisions can be made.

  Embodiments according to the present invention will be described below with reference to the accompanying drawings.

  FIG. 1 shows a drug interaction check device according to this embodiment. The apparatus includes a display device 1 such as a liquid crystal display, an input device 2 such as a keyboard / mouse, a storage device 3 such as a hard disk, and a control device 4 that performs program control of the entire drug interaction check device. Note that a printing device 5 such as a laser printer and a host computer (prescription data transmission device) are connected as necessary. These devices may be constituted by a personal computer. However, the type and number of hardware devices are arbitrary.

  As shown in FIG. 2A, an interaction check screen 7 is displayed on the display device 1. On the interaction check screen 7, when the check tab key 21 is clicked, the medicine column 8 is displayed at the upper left and the disease name column 9 is displayed at the lower left. A check button 25 is displayed on the upper right side of the screen. When the medicine name is entered in the medicine column 8, the check button 25 is clicked or the interaction tab key 22 is clicked, whereby the interaction column 10 is displayed.

  The interaction column 10 includes a matrix display unit 11 having an orthogonal coordinate system in the upper half and a reason display unit 12 having a blank in the lower half. In the matrix display unit 11, the name of the main drug is displayed on the Y axis in the vertical direction, that is, the leftmost column. Moreover, the name of a medicine is displayed on the X axis in the horizontal direction, that is, the uppermost line. When checking the interaction of another chemical with a certain chemical, the former is the main chemical and the latter is the secondary chemical. Moreover, the check result of the interaction obtained as described later is displayed at the coordinate position (cell) determined by each main medicine and each subsidiary medicine. In the reason display unit 12, by clicking the interaction check result displayed at the coordinate position of the matrix display unit 11, simple contents and detailed contents are displayed for the corresponding interaction. .

  The storage device 3 stores various data as files and databases. In addition to various master files such as basic drug master and OTC master, various data include drug memory table, interaction table, simple interaction reason table, detailed interaction reason table, temporary interaction result memory table, matrix interaction result Various tables such as a memory table are included. Various master files may be called from the host computer 6 as necessary. Each table is created based on a master file or the like.

  As shown in FIG. 3, the medicine basic master file is composed of a YJ code, a medicine name, a medicine name kana (a katakana notation of the medicine name), and a standard unit. The YJ code is a common name for an individual drug code, which is a drug price listed drug listed by brand (manufacturing company). The standard unit means a basic unit when prescribing a medicine.

  The OTC master file is composed of an OTC master component file and an OTC reference component file. As shown in FIG. 4, the OTC master component file includes an application code, a product name, a product name kana (a kana notation of the product name), and a component code. The application code is assigned to the product name, that is, the general name of the OTC drug. The component code is a code number assigned to each component included in the OTC chemical. As shown in FIG. 5, the OTC reference component file includes a component code (same as the component code of the OTC master component file), a component kana (component kana notation), a component name, and a component YJ code. The component name is a drug name of a medical drug corresponding to the component. The component YJ code is a code number equivalent to the medical drug. The component YJ code is 9 digits, and is the content obtained by removing the last 3 digits of the brand (manufacturer) number from the 12 digits YJ code.

  As shown in FIG. 6, the chemical memory table is an application for OTC chemical product name, OTC chemical component name, medical chemical name, medical chemical standard unit, YJ code, OTC flag, and OTC chemical application. Consists of code. The product name is a general name of OTC chemicals. The component name is the name of each component included in the OTC chemical. In the example of FIG. 6, the names of the components constituting the OTC drug such as “vitamin A” and “ascorbic acid” are displayed for the drug name “multivitamin gold A” of the OTC drug. The drug name is the name of a medical drug. The OTC flag is set when the medicine stored in the medicine memory table is an OTC medicine (here, “1” is stored).

  As shown in FIG. 7, the interaction table includes the YJ code, direction, risk level, simple reason code, and detailed reason code of two drugs (here, A drug and B drug) to be checked for interaction. It consists of The direction is used to determine which of the two chemicals is the primary chemical and which is the secondary chemical. In the direction “0”, the chemical A is the primary chemical and the chemical B is the secondary chemical. In the direction “1”, the chemical A is the secondary chemical and the chemical B is the main chemical. As a result, it becomes clear that the exhibitor is attached to the medicine A in the direction “0”, and the attached document of the medicine B is the exhibitor in the direction “1”. The risk level is a numerical display of the result of checking the interaction between two drugs (including not only medical drugs but also each component of OTC drugs). Here, the risk “0” is contraindicated (×), and the risk “1” is caution (Δ). The simple reason code and the detailed reason code are composed of code numbers for reading character data from the following tables. In the interaction table, the YJ code has 12 digits, but, like the OTC master file, the actual table has 9 digits, and the data amount is suppressed.

  As shown in FIGS. 8 and 9, the interaction simple reason table and the interaction detail reason table include the code and character data indicating the reason for the interaction set for each code.

  As shown in FIG. 10, the temporary interaction result memory table has a configuration in which character data indicating the reason is taken into the interaction table from the interaction simple reason table and the interaction detail reason table based on each code. In addition, an invalid flag (“0” valid, “1” invalid) is provided, so that the check result of the interaction of the same OTC drug can be excluded from display.

  As shown in FIG. 11, the matrix interaction result memory table includes a product name, a drug name, a YJ code, a risk level, a simple reason, and a detailed reason. Here, the degree of risk is “−1” when there is no interaction, and “” (blank) is displayed on the matrix display unit 11 of FIG. 2A. Further, “1” is displayed when there is a possibility of causing an interaction, and “Δ” is displayed on the matrix display unit 11. In addition, although not shown, in the case of contraindications that are highly likely to cause interaction and cannot be prescribed, the number is set to “2” or more, and the greater the number, the higher the risk. In this case, “×” is displayed on the matrix display unit 11.

  In addition to the central processing unit 13 (CPU), the control device 4 includes a memory 14 (RAM) for temporarily storing data necessary for processing. The memory 14 is used as a prescription data memory for storing prescription data and other memories (work data, variables, etc. in processing).

  The host computer 6 has a function of transmitting prescription data. Here, the host computer 6 may be a hospital host in which a hospital prescription ordering system or the like operates, a medical office (receipt) computer of a dispensing pharmacy, a pharmacy dispensing system control device (built-in computer), or the like.

  Next, the operation of the medicine interaction check device having the above-described configuration will be described with reference to the flowcharts of FIGS.

  It is determined whether or not the “OTC medicine” button 23 is operated on the interaction check screen 7 (step S1). If the “OTC medicine” button 23 is not operated (NO), the medical medicine prescribed by the doctor is targeted. In this case, if a kana character is input in the medicine column 8 and the search button 24 is clicked (step S2), a search for medicines containing that character is started. Partial kana characters may be input. In this case, partial match search is performed. Thereby, the corresponding medicine name is extracted with reference to the medical medicine database, that is, the medicine basic master file shown in FIG. 3 (step S3). If the “OTC medicine” button 23 is operated (YES), the corresponding OTC medicine name is extracted with reference to the OTC medicine database, that is, the OTC master component file shown in FIG. 4 (step S4).

  The drug names extracted by referring to each database of medical drugs or OTC drugs are displayed in a separate window (not shown) as a list (step S5). When a corresponding one of the displayed medicine names is selected (double click) (step S6), the list displayed in another window is closed and the selected medicine name is displayed in the lower part of the medicine column 8 (step S7). ).

  Similarly, until the check button 25 in the interaction column 10 is operated (step S8), the processes in steps S1 to S7 are repeated, and all drug names whose interactions are to be checked are displayed in the drug name column. When the check button 25 in the interaction column 10 is operated, first, of the displayed medicines, only medical medicines are stored in the medicine memory table shown in FIG. 6 in the order of input (step S9). When all the medical drugs are stored in the drug memory table, they are expanded into components containing the OTC drug (step S10), and stored in the drug memory table in the same manner as the medical drugs (step S11). The development of the components included in the OTC chemical is performed by extracting the corresponding component name (medicine name) with reference to the OTC reference component file shown in FIG. 5 based on the component code of the OTC master component file. When each component of the OTC drug is stored in the drug memory table, “1” is stored in the OTC flag column based on the history of storing data from the file to be referred to (OTC master component file or OTC reference component file). As a result, it is possible to identify whether or not the drug is an OTC drug in a shorter time compared to the case where the drug name is directly used.

  When the storage of the data in the medicine memory table is completed for all medicines, the interaction check process is performed in the same manner as in the past (step S12: refer to Japanese Patent Laid-Open No. 2001-282923 for details). However, in the checking process here, the reason tables in FIGS. 8 and 9 are referred to based on the interaction table shown in FIG. 7 and not only the medical drug but also each component included in the OTC drug. That is, it is possible to check the interaction of OTC chemicals that could not be dealt with conventionally. Therefore, it is possible to surely check the interaction even when there are not only prescription drugs this time but also marketed drugs currently being taken. Furthermore, even when there is a medical drug different from the one prescribed this time, such as when taking a drug prescribed at another hospital, the interaction can be checked. Here, the check of the interaction of each component between OTC chemicals is performed not only between different OTC chemicals but also between the same OTC chemicals.

  The check result is stored in the temporary interaction result memory table shown in FIG. 10 (step S13). At this time, it is determined whether the invalid flag is “0” (valid) or “1” (invalid). That is, an application code for A medicine is acquired by referring to the medicine memory table based on the A medicine YJ code. Similarly, an application code is acquired for B medicine. Then, it is determined whether or not the application codes match for both drugs. If they match, the invalid flag is set to “1” (invalid), and if they do not match, “0” (valid). Specifically, in the combination of A medicine YJ code 2344007X1 and B medicine YJ code 23440061X1 in the temporary interaction result memory table, refer to the OTC master component table in FIG. 4 and the OTC reference component table in FIG. Since both codes are A199970922007 (multivitamin gold A), the invalid flag is “1” (invalid).

  If all the data are stored in the temporary interaction result memory table, the medicine A is unified as the main medicine, and the medicine B is unified as the subsidiary medicine (step S14). That is, the A medicine YJ code and the B medicine YJ code are exchanged for the direction “1”.

  Subsequently, the matrix interaction result memory table shown in FIG. 11 is returned to the initial state, and the data corresponding to the invalid flag “0” (valid) among the number of check results, that is, the data stored in the temporary interaction result memory table. Only the memory is secured (step S15). Therefore, as described above, for the same OTC drug having the same application code for which the invalid flag is “1” (invalid), the interaction check result is not stored in the matrix interaction result memory table. However, when an interaction check result is stored for components included between the same OTC chemicals, it is not necessary to set an invalid flag. The product name, drug name (this drug becomes the main drug), and YJ code are stored in the order stored in the drug memory table. Also, the risk level, simple reason, and detailed reason are stored for the data where the YJ code of the main drug matches the YJ code of the matrix interaction result memory table and the YJ code of the secondary drug matches the YJ code of the drug memory table. (Step S16). That is, when the YJ code of the main drug stored in the temporary interaction result memory table matches the YJ code stored in the matrix interaction result memory table, the YJ code in the matrix interaction result memory table is identified by any YJ code. The risk level, simple reason, and detailed reason stored in the temporary interaction result memory table are specified. Since the order of medicine names and component names stored in the medicine memory table is determined and the order of each row constituting the area of the matrix interaction result memory table is matched, the temporary interaction result memory table Of the matrix interaction result memory table specified as described above, by determining the number of the line where the YJ code of the secondary medicine stored in the column matches the YJ code stored in the medicine memory table. , It is specified which row should store the risk level, the simple reason, and the detailed reason. It should be noted that the risk level of the matrix interaction result memory table is set as “−1” (a combination with no risk level) as an initial value, and by storing data from the temporary interaction result memory table in the corresponding location, It is changed to “1” (Contraindication) or “0” (Caution). As described above, even if only the data for which the check result of the interaction is contraindicated or cautioned is stored in the temporary interaction result memory table, the matrix interaction result memory table has no risk. It is possible to reflect all information required for display on the matrix display unit, including combinations. The data stored in the temporary interaction result memory table is cleared and the memory is released. As for the component name of the OTC chemical, an OTC discrimination flag (for example, “1”) may be set based on a data transfer result obtained by reading data from the OTC master component file or the OTC reference component file.

  When the interaction check is completed, the data contents stored in the matrix interaction result memory table are displayed in the corresponding portions of the matrix display section 11 of the interaction column 10 (step S17).

  That is, the main drug is displayed in the leftmost column, and the drug is displayed according to the top row. In the leftmost column, medical drugs are displayed from the upper side in the top row, and from the left side in the order of storage in the drug memory table, and then each component name of the OTC drug is displayed. Based on the number of digits of the YJ code stored in the matrix interaction result memory table, it is possible to determine that the component name is that of the same OTC drug, and the OTC drug name is displayed as common cells 26a and 26b. The common cells 26a and 26b are displayed in a different color from the other parts, so that it is easy to identify which component belongs to which OTC chemical. However, instead of providing the common cells 26a and 26b, the name of the OTC chemical is displayed in parentheses in each component name, or a leader line specifying the component range is displayed to indicate that the same OTC chemical is used. For example, various identifiable configurations can be used. The determination as to whether or not they are the same OTC drug may be made based on the OTC determination flag when the OTC determination flag is set as described above. In the matrix interaction result memory table, the product name and drug name are stored for OTC drugs, and only the drug name is stored for medical drugs, so that the data stored in the product name is the same. Whether or not the same OTC chemical is used may be determined.

  Then, an interaction check result is displayed at a coordinate position (cell) determined by a combination of the main chemical and the subordinate medicine, that is, each main medicine and each subordinate medicine. Here, based on the data stored in the risk level of the matrix interaction result memory table, the risk level “−1” is “” (blank), the risk level “0” is “Δ”, and the risk level “1” is Display “x” symbol. “” (Blank) means that there is no interaction, “Δ” means that care is required when taking, and “x” means contraindication, that is, it cannot be prescribed. Different symbols are used for the displayed check result symbols to facilitate identification. When a cell displaying “Δ” or “×” is clicked, as shown in FIG. 2A, the cell is highlighted and the simple reason and the detailed reason are displayed in the reason display section 12 below. Then, by matching the displayed character string with the symbol “Δ” or “×”, it is possible to easily determine which check result corresponds to the reason.

  When a cell is clicked, a row and / or column including the cell is displayed so as to be distinguishable from others. As a result, it becomes easy to determine which drug is related to the interaction check target.

  Furthermore, when a cell is clicked, the combination of medicines is the same, and there is a coordinate position (cell) in which the relationship between the main medicine and the subsidiary medicine is reversed. If one of them is clicked, as shown in FIG. 2B The remaining coordinate position (cell) 28 may be displayed in reverse video. In addition, since the interaction check is performed with reference to the package insert of the main drug, even if the combination of drugs is the same, the result of the interaction check may differ depending on which is the main drug or the secondary drug. is there. In this case, it is also possible to notify that the check result of the interaction is different and to ask the doctor's judgment.

  As described above, it is possible to check the interaction even when there are other prescription drugs and other medications such as marketed drugs. Then, based on the displayed check result, a medicine that cannot be prescribed is identified, and the medicine is changed to another medicine having the same medicinal effect, or the patient is prompted to stop taking the over-the-counter medicine.

  When changing a medicine, double-clicking the corresponding cell displays the medicine information of the row where the cell is located. Then, by clicking on the synergistic medicine tab, other medicines having the same medicinal effect can be displayed in a list, so that an appropriate one may be selected from the displayed list.

  In the above-described embodiment, the interaction is checked only for drugs that are currently being taken or will be taken in the future. However, it is preferable that the interaction can be checked with past prescription drugs. That is, since the past prescription medicine has accumulated data as a prescription history, it is called and stored in the medicine memory table in the same manner as in step S13, and the interaction is checked. This makes it possible to easily check the interaction of drugs that have been prescribed in the past and are currently being taken. In this case, it is preferable to be able to set at what point the prescribed medicine is included in the check target. However, it is preferable to display the medicine prescribed in the past so that it can be distinguished from the medicine prescribed this time. Further, it is possible to estimate whether or not the patient is still taking from the prescription date and the number of days taken, and to automatically check the interaction.

  Moreover, in the said embodiment, although it was made to check interaction between medical chemicals, each component contained in medical chemicals and OTC chemicals, or each component contained in OTC chemicals, several chemicals It is also possible to check the interaction between groups.

  Further, the components contained in the same OTC drug may be handled as one group, and the interaction between the same groups may not be checked. Thereby, in the same OTC chemical | medical agent, it can prevent that the check between each component of the quantity which does not become a problem in generating an interaction is performed, and a useless process can be abbreviate | omitted.

  Moreover, the medicine prescribed | regulated for every medical department may be made into one group, and you may make it check an interaction between each group. This is because, since the medicines are usually prescribed by the same doctor if the clinical departments are the same, it is considered that there is little interaction even if a plurality of medicines are prescribed. This makes it possible to check the interaction within the minimum necessary range.

  Needless to say, the components included in the same OTC drug and the other departments may be grouped to check the interaction.

It is a block diagram which shows the apparatus structure of the interaction check apparatus which concerns on this embodiment. It is a figure which shows the interaction check screen displayed on the display means of FIG. It is a figure which shows the interaction check screen displayed on the display means of FIG. It is a graph which shows the structure of the chemical | medical agent basic master file memorize | stored in the memory | storage means of FIG. It is a chart which shows the structure of the OTC master component file memorize | stored in the memory | storage means of FIG. It is a chart which shows the structure of the OTC reference component file memorize | stored in the memory | storage means of FIG. It is a graph which shows the structure of the chemical | medical agent memory table memorize | stored in the memory | storage means of FIG. It is a chart which shows the structure of the interaction table memorize | stored in the memory | storage means of FIG. It is a graph which shows the structure of the simple reason table memorize | stored in the memory | storage means of FIG. It is a chart which shows the structure of the detailed reason table memorize | stored in the memory | storage means of FIG. It is a chart which shows the structure of the temporary interaction result memory table memorize | stored in the memory | storage means of FIG. It is a chart which shows the structure of the matrix interaction result memory table memorize | stored in the memory | storage means of FIG. It is a flowchart figure which shows operation | movement of the interaction check apparatus which concerns on this embodiment. It is a flowchart figure which shows operation | movement of the interaction check apparatus which concerns on this embodiment.

Explanation of symbols

DESCRIPTION OF SYMBOLS 1 ... Display apparatus 2 ... Input device 3 ... Memory | storage device 4 ... Control apparatus 5 ... Printing apparatus 6 ... Host computer 7 ... Interaction check screen 8 ... Drug column 9 ... Disease name column 10 ... Interaction column 11 ... Matrix display part 12 ... Reason display section 13 ... Central processing unit 14 ... Memory 21 ... Check tab key 22 ... Interaction tab key 23 ... "OTC medicine" button 24 ... Search button 25 ... Check button 26a, 26b ... Common cell 27, 28 ... Inverted cell

Claims (8)

Drug basic master file including drug name and YJ code,
An OTC master component file including a product name and component YJ code of OTC chemicals composed of multiple components ;
An interaction table containing the results of checking the interaction for the combination of the YJ code of the drug to be checked for interaction and the component YJ code of the component ;
Storage means for storing
An input means capable of inputting character data ;
Displays a matrix display unit of an orthogonal coordinate system, displays a drug name or a component name on each coordinate axis of the matrix display unit, and displays an interaction check result at each coordinate position where the drug name or each component name is orthogonal. Display means for displaying;
Based on the characters input by the input means, a process of searching an OTC master component file stored in the storage means and extracting an OTC medicine name including the characters ;
A process of expanding the extracted OTC drug name into a component YJ code corresponding to the component based on the OTC reference component file stored in the storage unit;
A process of storing the extracted OTC drug name and the expanded component YJ code in the storage means;
Based on the characters input by the input means, a process for searching the medicine basic master file stored in the storage means and extracting the corresponding medicine name;
The YJ code of the extracted drug product and the process of storing in the storage means,
Based on the YJ code and the component YJ code stored in the storage means, referring to the interaction table and checking the interaction for the combination of the component name and the drug name ;
The display means displays, on each coordinate axis, a medicine name extracted by searching the medicine basic master file, and the expanded ingredient names are grouped together so that the medicine name can be identified. Processing to display and display the check result of the interaction at each coordinate position specified by the combination of the ingredient name and the drug name;
Control means for executing
With
The said control means does not perform an interaction check between the component names which belong to the same group, The interaction check apparatus characterized by the above-mentioned. Drug basic master file including drug name and YJ code,
And medical drug information file to the chemicals that are formulated in a certain one of the department and one of the group,
An interaction table containing the results of checking the interaction for the combination of YJ codes of the drugs to be checked for interaction;
Storage means for storing
An input means capable of inputting character data ;
Display that displays a matrix display unit of an orthogonal coordinate system, displays a drug name on each coordinate axis of the matrix display unit, and displays an interaction check result at each coordinate position where each drug name or each component name is orthogonal Means,
Based on the characters input by the input means, a process for searching the medicine basic master file stored in the storage means and extracting the corresponding medicine name;
The YJ code of the extracted drug product and the process of storing in the storage means,
A process of storing the YJ code of a medicine prescribed in a certain department in the storage means;
Based on the YJ code stored in the storage means, referring to the interaction table, processing to check the interaction for the combination of the drug name ,
The said display unit, said each coordinate axis, and displays a drug name extracted by searching the medicine basic master file, a medicine name of the drug formulated in a clinical department of a certain one as a group, the chemical basic A process of continuously displaying the drug name extracted by searching the master file in an identifiable manner, and displaying the check result of the interaction at each coordinate position specified by the combination of the drug names;
Control means for executing
With
The said control means does not perform an interaction check between the medicine names which belong to the same group, The interaction check apparatus characterized by the above-mentioned.   The interaction check device according to claim 1, wherein the matrix screen includes a display for specifying a name of a developed medicine of the developed component name.   The display specifying the development source drug name of the expanded component name is a frame displayed adjacent to a group of component names expanded from the specific drug name and the specific drug name displayed in the frame. The interaction check device according to claim 3.   4. The display for specifying the name of a developed source drug of the expanded component name is the specific drug name displayed following each component name expanded from the specific drug name. Interaction check device.   The indication specifying the development source name of the expanded component name is a line extending from both ends of a group of component names expanded from the specific chemical name and the specific chemical name displayed between the lines. The interaction check device according to claim 3.   The control means displays the row and / or column including the coordinate position so as to be distinguishable from other rows and / or columns by selecting and operating the coordinate position of the matrix display section of the display means. The interaction check device according to any one of claims 1 to 6.   8. The control unit according to claim 1, wherein the reason for the interaction is displayed by selecting and operating the check result displayed at the coordinate position of the matrix display unit of the display unit. The interaction check device according to claim 1.