JP2022036273A - System, program, and method for calculating amount of medicine for animal patients - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide an electronic medical chart system that can optimally administer a medicine in a field of medical cares for animals.

SOLUTION: A system for animal patients according to the present invention is a system for calculating the amount of the medicine for the animal patient for calculating the amount to the medical product to administer to the animal patient. The system includes: a storage unit for storing a medical product database storing medical products and their reference amounts determined per specific body weight of an animal according to the type of the animal, in relation to each other; a body weight acquisition unit for acquiring body weight information of the animal patient; a calculation unit for calculating the administration amount of a medicine on the basis of the body weight information; and a display unit for displaying a medical product and the calculated administration amount.

SELECTED DRAWING: Figure 5

COPYRIGHT: (C)2022,JPO&INPIT

Description

The present invention particularly relates to an animal patient dosage calculation system, an animal patient dosage calculation program and a veterinary drug for calculating the optimal dose of a veterinary drug administered and prescribed to an animal patient. Regarding the quantity calculation method.

For drugs used in human medical care, a drug reference system has been proposed that allows doctors to easily examine the details of drugs through electronic medical records during medical treatment.

For example, in Patent Document 1, a list of drug names is displayed when a doctor prescribes on an electronic medical record, and if detailed information on the drug is registered by a pharmaceutical company, a link for accessing the information is provided. The display technology is disclosed.

Patent Document 2 discloses a technique for automatically calculating an appropriate prescription amount determined for each drug based on the age or body weight of a patient.

Japanese Unexamined Patent Publication No. 2017-107609 International release 2017/135341

However, when the subject of the examination is an animal rather than a human, the applicable drug differs depending on the animal species and individual differences, and it is necessary to administer an appropriate amount of the drug according to the change in body weight. Neither of the techniques described in Patent Document 1 and Patent Document 2 considers any difference depending on the animal species. In addition, even if the animal species is the same dog, the body weight varies greatly depending on the strain and individual differences. Therefore, it is expected to provide a new dosage calculation system for animal patients that reflects them.

It is an object of the present invention to provide a dosage calculation system for veterinary patients capable of optimally administering a drug in such a field of veterinary medicine.

According to the present invention
It is a dosage calculation system for animal patients that calculates the dose of medicines to animal patients.
A storage unit that stores a drug database in which the drug and a reference amount determined per predetermined body weight for each animal species are associated and stored.
The weight acquisition unit that acquires the weight information of the animal patient,
A calculation unit that calculates the dose of the drug based on the body weight information,
A display unit that displays the drug and the calculated dose,
A dosage calculation system for animal patients is obtained.

INDUSTRIAL APPLICABILITY According to the present invention, in the field of veterinary medicine, it becomes possible to provide a dosage calculation system for animal patients capable of optimally administering a drug.

It is a block diagram which shows the hardware composition of the animal hospital terminal which executes the dosage calculation system for an animal patient by embodiment of this invention. It is a functional block diagram of the dosage calculation system for an animal patient by embodiment of this invention. This is a configuration example of an animal patient database. It is a figure which shows a part of the drug database included in the drug amount calculation system for animal patients. This is an example of the calculation result by the dosage calculation system for animal patients. This is an example of the recalculation result by the dosage calculation system for animal patients. It is a flow which shows the flow of a process by a drug amount calculation system for an animal patient. This is an example of screen display by a dosage calculation system for animal patients. This is an example of screen display by a dosage calculation system for animal patients.

Hereinafter, embodiments of the present invention will be described with reference to the drawings. The embodiments described below do not unreasonably limit the content of the present invention described in the claims. Moreover, not all of the components shown in the embodiments are essential components of the present invention.

[Item 1]
It is a dosage calculation system for animal patients that calculates the dose of medicines to animal patients.
A storage unit that stores a drug database in which the drug and a reference amount determined per predetermined body weight for each animal species are associated and stored.
The weight acquisition unit that acquires the weight information of the animal patient,
A calculation unit that calculates the dose of the drug based on the body weight information,
A display unit that displays the drug and the calculated dose,
A dosage calculation system for animal patients.
[Item 2]
The dosage calculation system for animal patients according to item 1,
The drug database further stores standard unit information.
The calculation unit calculates the standard unit amount based on the dose, and the calculation unit calculates the standard unit amount.
The display unit displays the calculated standard unit amount.
Dosage calculation system for animal patients.
[Item 3]
The dosage calculation system for animal patients according to item 1,
The drug database further stores standard unit information.
The calculation unit calculates the dose based on the standard unit amount, and the calculation unit calculates the dose.
The display unit displays the calculated standard unit amount and the dose.
Dosage calculation system for animal patients.
[Item 4]
The animal patient dosage calculation system according to item 2 or item 3.
It also has an editing operation unit that accepts editing operations for the displayed standard unit amount.
The calculation unit recalculates the dose based on the standard unit amount for which the editing operation has been performed.
The display unit displays the standard unit amount for which the editing operation has been performed and the recalculated dose.
Dosage calculation system for animal patients.
[Item 5]
The animal patient dosage calculation system according to any one of items 2 to 4.
It also has an editing operation unit that accepts editing operations for the displayed dose.
The calculation unit recalculates the standard unit amount based on the dose for which the editing operation has been performed.
The display unit displays the dose for which the editing operation has been performed and the recalculated standard unit amount.
Dosage calculation system for animal patients.
[Item 6]
The animal patient dosage calculation system according to any one of items 1 to 4.
The drug includes a drug made by mixing a plurality of material drugs.
The drug database stores a plurality of the material drugs and a mixed reference amount thereof in the drug in association with each other.
The calculation unit calculates the mixed amount of each of the material drugs based on the weight information and the plurality of mixed reference amounts.
The display unit displays the mixed amount for each of the plurality of material drugs.
Dosage calculation system for animal patients.
[Item 7]
The animal patient dosage calculation system according to any one of items 1 to 5.
The acquisition unit further acquires prescription information and
The calculation unit calculates the required total dose of the drug based on the prescription information and the calculated dose.
The display unit displays the drug and the total dose.
Dosage calculation system for animal patients.
[Item 8]
The animal patient dosage calculation system according to claim 6.
The calculation unit calculates the required standard unit amount of the drug based on the prescription information and the total dose.
The display unit displays the drug and the standard unit amount.
Dosage calculation system for animal patients.
[Item 9]
The animal patient dosage calculation system according to any one of items 1 to 6.
The reference amount is an amount per 1 kg of body weight.
The calculation unit calculates the dose by multiplying the body weight information by the reference amount.
Dosage calculation system for animal patients.
[Item 10]
The animal patient dosage calculation system according to any one of items 1 to 9.
The acquisition unit stores administration history information including the drug previously administered to the animal patient and the calculated dose.
Further equipped with a reading unit for reading the administration history,
The calculation unit recalculates the read dose of the drug in the administration history information based on the current body weight information.
Dosage calculation system for animal patients.
[Item 11]
An animal patient dosage calculation program for calculating the dose of a drug to an animal patient.
Mobile terminal,
A storage unit that stores a drug database in which the drug and a reference amount determined per predetermined body weight for each animal species are associated and stored.
The weight acquisition unit that acquires the weight information of the animal patient,
A calculation unit that calculates the dose of the drug based on the body weight information,
A display unit that displays the drug and the calculated dose.
A dosage calculation program for animal patients that functions as.
[Item 12]
The dose of the drug to an animal patient using a mobile terminal equipped with a storage unit that stores a drug database in which the drug and a reference amount determined per predetermined body weight for each animal species are associated and stored. It is a drug dosage calculation method for animal patients to calculate
The weight acquisition step for acquiring the weight information of the animal patient,
A calculation step for calculating the dose of the drug based on the body weight information,
A display step displaying the drug and the calculated dose.
Dosage calculation method for animal patients, including.

<Summary>
The dosage calculation system for animal patients (hereinafter referred to as “system”) according to the embodiment of the present invention is operated by a portable terminal that can be operated by a veterinarian or other veterinary medical worker or other worker in a veterinary hospital. It is configured to accept and execute the veterinary dosage calculation program.

The system is primarily for the calculation of appropriate dosages at the time of dosing and prescribing performed in veterinary clinics. In the case of animals, the amount that may be administered per 1 kg of body weight is determined. At this time, the dose to be administered may end depending on the species, body weight, and individual differences, and in the past, the dose was calculated manually. In particular, in the case of a mixed drug such as an intravenous drip, the amount of each drug in the breakdown also changes, so if the dose is mistaken due to complicated manual calculation, the animal patient may die.

The system according to the embodiment of the present invention knows the appropriate amount of drug to be administered, especially even when the body weight changes.

<Structure>
FIG. 1 is a functional block diagram of a veterinary hospital terminal 300 in which the system according to the embodiment of the present invention is executed. This system is displayed via the display of one or more veterinary hospital terminals and the like.

The veterinary hospital terminal 300 is an information processing device managed by the veterinary hospital and used by the above-mentioned user, for example, a personal computer, a tablet terminal, or the like, but may be configured by a smartphone, a mobile phone, a PDA, or the like. In particular, a so-called tablet terminal is preferable in consideration of the fact that it can be easily carried in the hospital and the environment in which the hair of an animal patient or the like touches.

Further, from the viewpoint of hygiene, it is still preferable that the input operation can be performed by the voice recognition function. In this case, it is preferable that the voice recognition function is specialized in recognizing technical terms and abbreviations in the field of veterinary medicine.

Although the system according to the present embodiment will be described in which the function is completed only by the veterinary hospital terminal 300, some functions may be executed by the server device or the terminal of the owner of the animal patient. In this case, the entire system may be logically configured and executed by a plurality of terminals by installing a part of the program executed by the animal hospital terminal 300 on the server terminal or the owner's terminal.

<Hardware configuration of veterinary hospital terminal 300>
As shown in FIG. 1, the veterinary hospital terminal 300 includes a communication unit 310, a display operation unit 320, a storage unit 330, and a control unit 340. The configuration is an example, and other configurations may be provided.

The communication unit 310 is a communication interface for communicating with another terminal via a network, and various communication protocols can be adopted.

The display operation unit 320 is a user interface used for the user to input an instruction and display text, an image, etc. according to the input data from the control unit 340, and the animal hospital terminal 300 is composed of a tablet terminal. If so, it consists of a touch panel and the like. The display operation unit 320 is activated by a control program stored in the storage unit 330 and executed by a veterinary hospital terminal 300 which is a computer (electronic computer).

The storage unit 330 stores programs for executing various control processes and functions in the control unit 340, input data, and the like, and is composed of a RAM, a ROM, and other storage. Further, the storage unit 330 temporarily stores the communication contents with other terminals.

The control unit 340 controls the entire operation of the veterinary hospital terminal 300 by executing the program stored in the storage unit 330, and is composed of a CPU, a GPU, and the like.

<Calculation module>
FIG. 2 is a block diagram of a function realized jointly by the control unit 340 and the display operation unit 320 according to the present embodiment.

As shown, the calculation module 200 has an animal patient database 204 and a storage unit 202 that includes a drug database 206. In addition, other information constituting the system may be stored in the storage unit 202.

The animal patient database 204 stores current and past information on animal patients managed by the system according to the present embodiment. The animal patient information stored in the animal patient database 204 may include information on animal patients not only in the animal hospital but also in other veterinary hospitals managed by the group or managed by the group.

On the other hand, the drug database 206 includes drug information 2061, standard unit information 2062, animal species information, and reference amount information defined per 1 kg for each drug. From this, by referring to the drug database, it is possible to know how much a drug can be administered per 1 kg when it is administered to a certain animal species (details will be described later).

The body weight acquisition unit 208 acquires the body weight of the animal patient to be the target of the dose calculation. The body weight acquisition unit may be linked with an external weight scale, or may be acquired by simply inputting numerical information of the body weight. Any method may be used for the current method of obtaining weight.

When the name of the drug or the like is input as a dose calculation instruction for obtaining the dose of the drug, the calculation unit 210 calculates the dose of the drug based on the acquired body weight information and the information in the drug database. At this time, the calculation unit calculates a standard unit amount based on the calculated dose (for example, drug A is "20 mg"), and the standard unit amount (10 mg / 10 mg /) to be administered together with the dose (or separately). It is also possible to display "2 tablets") (details will be described later).

The display unit 212 constitutes a part of the display operation unit 320 in FIG. 1, and a touch panel is adopted in the present embodiment. The display means 210 displays the calculated dose and the like. Since the system in the present embodiment may be used in various places such as an operating room and an examination room in a veterinary hospital, the information to be presented is not only a visual display but also a voice or a warning. It may be used as an auditory provision method such as sound. In this case, the presentation of audio or the like may be performed at the same time as or separately from the visual presentation.

The editing operation unit 220 accepts an editing operation for the calculated and displayed standard unit amount. For example, if a standard unit amount (for example, "2.1 tablets") that includes the decimal point is calculated even though it is a tablet, this standard unit amount can be used as a good number of tablets (for example, "2.1 tablets"). It can be changed to "2 tablets") and the dose can be recalculated based on the changed standard unit dose (details will be described later).

<Details of animal patient database>
Each animal patient information included in the animal patient database 204 according to the present embodiment includes, for example, information as shown in FIG. The animal patient database 204 in the present embodiment is managed by associating the animal patient with the animal patient ID and the owner ID. Here, it is possible that a plurality of animal patient IDs are associated with the same owner ID.

Medical record data for each animal patient is managed for each consultation day. For example, as electronic medical record data of the user identified by the animal patient ID 1000, animal patient basic information 502 such as name, gender, type, size, etc., interview information 503, physical findings information 504, current medical history information 505, examination history information 506, Includes diagnostic history information 507, treatment history information 508, medication history information 509, prescription history information 510, memo 512, and information 513 such as moving images / images of animal patients. Here, the input contents of the animal patient basic information 502, the medical examination information 503, and the information 513 such as the moving image / image of the pet may be composed of the data received from the mobile terminal. On the other hand, other animal patient information such as physical findings information can be composed of data received from the veterinary hospital terminal 300, and based on information acquired by a person in charge such as a veterinarian from the owner of the animal patient. It can be composed of the received data by inputting to the veterinary hospital terminal 300.

In particular, the above-mentioned animal patient basic information 502 includes animal species information to which the animal patient is applicable. Examples of animal species information include dogs, foxes, tanukis, phenecks, cats, hamsters, guinea pigs, pigeons, shimaris, taiwan squirrels, prairie dogs, momonga, rabbits, monkeys, miniature pigs, ferret, skunks, donkeys, horses (miniature horses, farabella). ), Myna, Juuushimatsu, Budgerigar, Cockatiel, Wakakehonseiinko, Buncho, Dove, Mizugame, Rikugame, Gecko, Sauria, Snake, Crocodile, Frog, Sanshouo, Goldfish, Nishikigoi, Tropical fish, Shrimp, Beetle, Examples include, but are not limited to, aquatic insects, parrots, spiders, scorpions, scorpions, parakeets, myna, mukade, and yasude. Furthermore, even in dogs, there may be subordinate concepts such as dog breeds (dog breeds).

The medical examination information 503 is subjective information (chief complaint) obtained from the owner. For example, "I don't eat much rice", "I have scratches on my legs", "I'm getting fat", "I'm not feeling well", "I have a runny nose", etc. It is an observed symptom. The medical examination information 503 may be obtained from the owner using a medical examination table, a medical examination terminal, etc. when visiting a veterinary hospital, or may be obtained by having the owner input in advance using a mobile terminal or the like owned by the owner. May be.

The physical examination information 504 is physical information that can be examined by a veterinarian or the like at a veterinary hospital or the like and can be expressed by an objective numerical value. For example, "body weight", "body temperature", "heart rate", "respiratory rate", etc., which are necessary information for extracting necessary tests together with the current medical history information 505 described below.

The current medical history information 505 is subjective information heard by a veterinarian or the like. The current medical history information 505 is often the same as the above-mentioned medical examination information 503, but it also includes items that are difficult for the owner to actually confirm, such as "red throat". In addition, even if the information that "hematuria is occurring" is obtained in the interview information 503, the current medical history that "bleeding from the anus" may be heard when examined by a veterinarian or the like.

The test history information 506 includes at least the history of tests that the animal patient has received in the past. The test history can include tests that have been taken in the past visits and tests that have been taken in the examination. At that time, the reaction to the test (information on the acceptability / acceptability of the test itself, such as whether or not it was disliked) may be associated and stored. This information can be an important indicator when recommending a test. Test candidates may be categorized by purpose, such as inflammation test, biochemical test, cardiac function test, endocrine function test, allergy test, infectious disease test, microbiological test, morphological test, or blood. As categorized according to the characteristics of the examination, such as examination, roentgen examination, ultrasonic examination, cytological examination, endoscopy (gastric camera, rectoscope), CT examination (imaging examination), and pathological examination. May be good.

The diagnosis history information 507 includes at least the history of the diagnosis that the animal patient has received in the past. Information such as the name of a specific disease or injury that has occurred in the past can be included. The diagnosis history may include information about diagnoses suspected in past visits.

The treatment history information 508 and the medication history information 509 include the treatment history / medication history information that the animal patient has received in the past. In this case as well, the response to the response (information on the acceptability / tolerance of the treatment or the medication itself, such as whether or not the patient disliked it or whether it affected the physical condition) may be stored in association with the memory. Items include anal gland treatment, nail cutting treatment, sole treatment, ear treatment, hair removal, ophthalmic treatment, dental treatment, Elizabeth color / abdominal band, acupuncture and moxibustion treatment, indwelling, stool removal, thread removal, disinfection, oxygen treatment, and emetic treatment. , Emergency resuscitation, drainage, forced feeding, washing, exclusion, massage, microchip, trimming, catheter, rehabilitation, surgery, anesthesia, hospitalization, injection, blood transfusion, infusion, examination, radiation treatment, various docks, nursing care, hygiene treatment , Shampoo, squeezing, supplements, snacks, contraception, neutering, flea mite extermination, mad dog disease medicine, vaccine, food, internal medicine, ear drops, nasal drops, eye drops, external medicine (ointment / cream), external medicine (disinfectant)・ Spray), external medicine, prevention of filaria, etc. can be exemplified, but this is not the case.

The prescription history information 510 includes information such as drugs previously prescribed by the animal patient. In this case, information on the acceptability / acceptability of the treatment or the medication itself, such as whether or not the drug prescribed at home could be taken, whether or not it was disliked, and whether or not it affected the physical condition, was sent via the user's mobile terminal. You may also obtain it.

<Details of drug database>

As shown in FIGS. 4 to 6, the drug database contains information on animal species, drugs, reference amounts and company standard units. For example, as shown in FIG. 4, when drug A is selected to be administered to a dog, the reference amount to be administered per 1 kg of body weight as a single dose is displayed as 2 mg or 4 mg can be selected. Will be done. In this case, for example, the veterinarian can select any amount in consideration of circumstances such as the intensity of the seizure of the animal patient. Returning to FIG. 5, assuming that the weight of the target animal patient is 10 kg, the single dose is 10 mg, and the number of prescriptions is 21 times (3 times in the morning, noon and night x 7 days), the total dose. Is 420 mg. When this is converted into the standard unit amount, it is calculated as 1.68 tablets. Therefore, it can be calculated that 1.68 Ekepla tablets should be converted into powdered medicine or the like and 21 packets should be prepared.

As described above, according to the present embodiment, when the animal species information and the body weight information are acquired from the animal patient information of the medical record and the name of the drug is selected, the standard amount per 1 kg of body weight is 1 per animal. It is also possible to calculate and display the number of times (see FIG. 7), and further to display the standard unit amount by referring to the standard unit information.

Further, in FIG. 4, the drip B is a drug that can be made by blending 6 mg of drug a, 20 ml of drug b, 5 mg of drug c, and 200 ml of drug d. A standard unit is associated with each of the drugs a to d. As shown in FIG. 6, for example, when infusion B is administered to a dog of 10 kg as body weight information, the dose is calculated from the reference amount and the body weight, and the administration unit is calculated based on the standard unit. That is, even in the case of a drug obtained by mixing a plurality of drugs (material drugs), the dose can be calculated and displayed for each of the plurality of drugs. An IV drip is made based on this information. At this time, as shown in the upper figure of FIG. 6, the administration unit of the drug a is a fraction such as 1.2. In this case, for example, if two bottles are opened and 1.2 bottles are mixed, 0.8 bottles will be discarded. Therefore, the above-mentioned editing operation unit edits 1.2 of the administration units of the drug a to 1.0. Then, as shown in the lower figure of FIG. 6, the numerical value of the reference amount is changed from the information of the changed administration unit and the standard unit, and it is displayed as 5 ml. Here, the veterinarian or the like may confirm this recalculated reference amount and determine that it is within the permissible range.

In this way, even if a fraction is generated in the dose, the reference dose should be recalculated after eliminating the fraction and editing the number to be convenient for handling, and the result should be evaluated. Eliminates waste of medicine. Further, especially in the case of tablets, it is possible to formulate more accurately than measuring the amount of 1.2 tablets.

<Screen display example>
A screen display example as a user interface for inputting and outputting to the above-mentioned calculation module will be described with reference to FIGS. 7 to 10. The design and configuration layout of the screen display example can be changed as appropriate.

As shown in FIG. 7, in the medical record screen of the animal patient to be calculated, the name of the drug to be administered (tablet A) is displayed in the area A. Further, if there is room for selecting the shape of the drug in the region B, any one can be selected (tablet, powder, syrup). Since tablets are selected in the illustrated example, oral administration (PO) is selected as the route of administration associated with the dosage form. In addition, it is possible to input the timing of administration, the daily dose (number of administrations per day), the prescribed period (number of days), and the like. The drug name (Ekepla) is displayed in the region C, and 2 mg or 4 mg can be selectively displayed as a single dose per 1 kg of body weight. Here, as described with reference to FIG. 5 described above, when 2 mg is selected, 10 mg is displayed as a single dose to one animal weighing 10 kg, and it is displayed that it is 0.5 tablets. To.

Further, as shown in FIG. 8, in the region D, the name of the procedure of subcutaneous injection, the name of the drug to be mixed, and the mixing amount are displayed. In addition, as shown in E, the same drug may be called (read out) from the past administration history. At that time, the amount to be mixed with the current body weight may be recalculated. This makes it possible to recalculate and display the same drug as the past dose in an appropriate amount commensurate with the current body weight.

As shown in FIG. 9, for example, even in the case of powdered medicine, it may be indicated in g units as a breakdown of the medicines to be mixed as in region F. Further, the portion displayed in g units may be displayed in a standard unit amount (tablet or the like).

In addition, referring to FIG. 10, the concept of the unit of the drug and the calculation method according to the present invention and the information displayed on the screen are supplemented.

In the drug database (also called drug master), the following values are associated and stored for each drug. Greek letters in parentheses are used in the formulas described below.
・ Pharmaceutical quantity unit: Tablet, cap, g, P, A, V, bag, etc. ・ Content (α): 500, 1000, etc. ・ Content unit: mg, μg, UI, unit, etc. ・ Pharmaceutical basic amount (β) ): 10 etc. ・ Unit of basic amount of pharmaceutical product: mg, cap, mL, g etc.

In the present embodiment, the variables that require input (or acquisition) when calculating the dosage include the following. Alphabet characters in parentheses are used in the formulas described below.
・ One dose per unit (x)
・ Weight (w)
-Number of drugs or number of drugs (y)

Here, the definitions of the items displayed in FIG. 10 are as follows. In the figure, the reference arrow icon and the explanatory text are superimposed on the window F. In the figure, the two arrows shown in opposite directions mean the conversion of the unit amount. The number in parentheses (ver) is the unit of the displayed numerical value (the same applies hereinafter).
・ One dose per unit ・ One dose per head (content unit ver)
・ One dose per animal (formation unit ver)
・ One dose per animal (unit of basic amount of pharmaceutical product ver)
・ Total amount (formation amount unit ver)
・ Total amount (unit of basic amount of pharmaceutical product ver)

In addition, the calculation of the drug is performed by the following formula using the above-mentioned alphabet and Greek letters.
[Equation 1]
xxw = 1 dose per head (content unit ver)
[Equation 2]
One dose per head (content unit ver) / α = one dose per head (formation unit ver)
[Equation 3]
One dose per head (formation amount unit ver) x β = one dose per head (formation basic amount unit ver)
[Equation 4]
One dose per animal (formation amount unit ver) x y = total amount (formation amount unit ver)
[Equation 5]
One dose per animal (unit of basic amount of preparation ver) x y = total amount (unit of basic amount of preparation ver)

Here, the unit of the single dose per unit (indicated by 2 and 4 in the figure) is the same value as the unit of the content per drug. Further, if it is assumed that the body weight (w) is input (acquired), even if the one-time amount (x) per unit is not input, it is automatically performed if any of the following input values A and C is input. It is calculated.
Input value A: 1 dose per head (unit of content per drug ver)
Input value B: 1 dose per head (drug unit ver)
Input value C: 1 dose per animal (basic unit per drug ver).

In addition, for the above input values A to C, only the items that hold the unit on the drug master are automatically calculated, and if the unit of content is not held, the amount is once per unit. It may be hidden so as not to input, and the dose (unit of drug ver) may be input once per animal. The unit of the amount of the pharmaceutical product is a parameter possessed by all drugs.

By providing a system including the above user interface, a person in charge such as a doctor at a veterinary hospital can automate the dosage calculation that has been performed by hand calculation or the like. In addition, by recalculating the dose once calculated, it becomes possible to place a more flexible prescription order. In particular, in the case of medical care using animals as patients, unlike human medical care, the medications and prescriptions that can be applied differ fundamentally depending on the animal species and individual differences, and therefore it is possible to provide a system that reflects them. This makes it possible to provide a system that is simpler and more accurate and can solve the problems peculiar to the field of veterinary medicine.

Although the embodiments related to the disclosure have been described above, these can be implemented in various other embodiments, and can be implemented by making various omissions, substitutions, and changes. These embodiments and modifications, as well as those omitted, replaced or modified, are included in the technical scope of the claims and the equivalent scope thereof.

200 Calculation module 202 Storage unit 204 Animal patient database 206 Pharmaceutical database 208 Weight acquisition unit 210 Calculation unit 212 Display unit 300 Editing operation unit

Claims (12)

It is a dosage calculation system for animal patients that calculates the dose of medicines to animal patients.
A storage unit that stores a drug database in which the drug and a reference amount determined per predetermined body weight for each animal species are associated and stored.
The weight acquisition unit that acquires the weight information of the animal patient,
A calculation unit that calculates the dose of the drug based on the body weight information,
A display unit that displays the drug and the calculated dose,
A dosage calculation system for animal patients. The animal patient dosage calculation system according to claim 1.
The drug database further stores standard unit information.
The calculation unit calculates the standard unit amount based on the dose, and the calculation unit calculates the standard unit amount.
The display unit displays the calculated standard unit amount.
Dosage calculation system for animal patients. The animal patient dosage calculation system according to claim 1.
The drug database further stores standard unit information.
The calculation unit calculates the dose based on the standard unit amount, and the calculation unit calculates the dose.
The display unit displays the calculated standard unit amount and the dose.
Dosage calculation system for animal patients. The animal patient dosage calculation system according to claim 2 or 3.
It also has an editing operation unit that accepts editing operations for the displayed standard unit amount.
The calculation unit recalculates the dose based on the standard unit amount for which the editing operation has been performed.
The display unit displays the standard unit amount for which the editing operation has been performed and the recalculated dose.
Dosage calculation system for animal patients. The animal patient dosage calculation system according to any one of claims 2 to 4.
It also has an editing operation unit that accepts editing operations for the displayed dose.
The calculation unit recalculates the standard unit amount based on the dose for which the editing operation has been performed.
The display unit displays the dose for which the editing operation has been performed and the recalculated standard unit amount.
Dosage calculation system for animal patients. The animal patient dosage calculation system according to any one of claims 1 to 4.
The drug includes a drug made by mixing a plurality of material drugs.
The drug database stores a plurality of the material drugs and a mixed reference amount thereof in the drug in association with each other.
The calculation unit calculates the mixed amount of each of the material drugs based on the weight information and the plurality of mixed reference amounts.
The display unit displays the mixed amount for each of the plurality of material drugs.
Dosage calculation system for animal patients. The animal patient dosage calculation system according to any one of claims 1 to 5.
The acquisition unit further acquires prescription information and
The calculation unit calculates the required total dose of the drug based on the prescription information and the calculated dose.
The display unit displays the drug and the total dose.
Dosage calculation system for animal patients. The animal patient dosage calculation system according to claim 6.
The calculation unit calculates the required standard unit amount of the drug based on the prescription information and the total dose.
The display unit displays the drug and the standard unit amount.
Dosage calculation system for animal patients. The animal patient dosage calculation system according to any one of claims 1 to 6.
The reference amount is an amount per 1 kg of body weight.
The calculation unit calculates the dose by multiplying the body weight information by the reference amount.
Dosage calculation system for animal patients. The animal patient dosage calculation system according to any one of claims 1 to 9.
The acquisition unit stores administration history information including the drug previously administered to the animal patient and the calculated dose.
Further equipped with a reading unit for reading the administration history,
The calculation unit recalculates the read dose of the drug in the administration history information based on the current body weight information.
Dosage calculation system for animal patients. An animal patient dosage calculation program for calculating the dose of a drug to an animal patient.
Mobile terminal,
A storage unit that stores a drug database in which the drug and a reference amount determined per predetermined body weight for each animal species are associated and stored.
The weight acquisition unit that acquires the weight information of the animal patient,
A calculation unit that calculates the dose of the drug based on the body weight information,
A display unit that displays the drug and the calculated dose.
A dosage calculation program for animal patients that functions as. The dose of the drug to an animal patient using a mobile terminal equipped with a storage unit that stores a drug database in which the drug and a reference amount determined per predetermined body weight for each animal species are associated and stored. It is a drug dosage calculation method for animal patients to calculate
The weight acquisition step for acquiring the weight information of the animal patient, and
A calculation step for calculating the dose of the drug based on the body weight information,
A display step displaying the drug and the calculated dose.
Dosage calculation method for animal patients, including.

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