JP7453620B2 - How to report animal sample test results and its report or report screen - Google Patents

Description

The present invention relates to a method for reporting animal specimen test results , and a report or report screen for animal specimen test results.

Patent Document 1 discloses a reporting method, a reporting system, and a report for reporting human blood test results. The person who prepares the report first collects blood from the person to be tested, such as a patient, conducts a blood test, and then reports the results to the person to be tested or a person related to the person to be tested. In order to create this report, the first step is to identify the person to be tested and to obtain a plurality of basic data as the results. After this, as a second step, the disease that the person to be tested is suffering from is estimated. Then, as a third step, a report is output. The reporting system comprises a computer comprising at least input means, storage means, processing means and display means. In addition to basic information such as the person conducting the test, the date and time of the test, and the name of the person being tested, the report also includes multiple basic data that are the results and information on the disease that the person being tested is presumed to be suffering from. ing.

According to this reporting method, etc., compared to conventional reports that only include basic information and basic data, the report also includes information on the disease that the person being tested is presumed to be suffering from. Therefore, when the doctor confirms the report, it is difficult for the doctor to overlook the disease of the person to be tested, and it is possible to diagnose it more accurately. Therefore, the doctor will be able to accurately establish a treatment plan and achieve better health recovery for the person to be tested. In particular, if one doctor is in charge of a large number of patients, or even if the doctor is inexperienced, using this reporting method seems to have a remarkable effect.

Japanese Patent Application Publication No. 2002-14095

However, animals other than humans (hereinafter sometimes simply referred to as animals) have the peculiarity of being diagnosed and treated by veterinarians different from those treating humans. For this reason, it is difficult to apply the above-mentioned conventional reporting methods to animals, and they alone are insufficient.

That is, doctors usually diagnose and treat humans only through specialized medical departments such as internal medicine, dermatology, oncology, surgery, dentistry, and ophthalmology. Additionally, many people are able to communicate their symptoms to doctors through words. Therefore, errors in diagnosis and treatment are unlikely to occur.

However, veterinarians diagnose and treat a wide variety of animals, including dogs, cats, birds, rabbits, and hamsters. Moreover, when it comes to dogs, for example, there are differences between small dogs such as toy poodles and Chihuahuas, medium-sized dogs such as French bulldogs and Shiba Inu, and large dogs such as Labrador retrievers and golden retrievers, and there are over 60,000 types of vertebrates alone. exists. In addition, veterinarians do not have specialized departments. Additionally, there are some test items that are necessary for animals but unnecessary for humans. Also, animals are unable to communicate their symptoms to veterinarians. Furthermore, animals are kept by their owners, and veterinarians also need to instruct their owners on how to properly care for them.

The present invention has been made in view of the above-mentioned conventional situation, and is a reporting method and report that allows the owner or the client, who is a veterinarian who has received a request for an examination from the owner, to more effectively restore the animal's health. The issue to be solved is to provide a report or report screen .

The method for reporting animal sample test results according to the present invention includes:
A first step of acquiring animal identification information for identifying a test subject animal other than a human, and a plurality of basic data that are the results of testing a sample collected from the test subject animal;
a second step of estimating a disease afflicted by the test subject animal from at least the animal identification information and each of the basic data;
a third step of generating a report or report screen containing information on the disease to be provided to the client ;
The client consists of the owner of the animal to be tested and a veterinarian who has received a request for the test from the owner,
The report or the report screen is characterized by consisting of an owner report or an owner report screen provided to the owner, and a veterinarian report or veterinarian report screen provided to the veterinarian. .

Those who use the method for reporting animal sample test results of the present invention are those who have received a request for testing, and are mainly testing institutions. The testing agency first obtains a specimen collected from an animal to be tested from a client, or obtains a plurality of basic data that are the results of testing the specimen.

The client may be the owner of the animal to be tested, or may be a veterinarian who has received a request for testing from the owner. The testing agency executes the sample test results in steps 1 to 3 on a computer system and reports them to the client .

When owners are concerned about the health of their own animals to be tested, they generally consult the animal hospital to which the veterinarian is affiliated. For this reason, it is impossible for an owner to directly request a specimen test for an animal to be tested at a testing institution, and the requester is generally a veterinarian or animal hospital that receives a request for testing from the owner. In this case, the testing agency reports the test results to the veterinarian, and the owner is notified of the test results via the veterinarian.

In the first step, animal identification information for identifying test animals other than humans and a plurality of basic data that are the results of testing specimens collected from test animals are acquired. The first processing unit acquires animal identification information for identifying test animals other than humans, and a plurality of basic data that are results of testing specimens collected from test animals.

Animal identification information includes animal species (in addition to animal types such as dogs and cats, dog breeds such as toy poodles and Chihuahuas, and cat breeds such as mixed breed cats and Scottish Folds), size, etc. This corresponds to size (weight), gender, age, etc. In the present invention, since animal identification information is acquired, basic data corresponding to a wide variety of animals can be acquired.

The specimen is blood, urine, stool, etc. collected from the animal to be tested. The basic data are: (1) Biochemical tests include total protein (TP), albumin (Alb), A/G ratio (albumin/globulin ratio), AST (aspartate aminotransferase, GOT (glutamate oxaloacetate transaminase)), ALT (alanine aminotransferase, GPT (glutamate pyruvate transaminase)), ALP (alkaline phosphatase), AMY (amylase), LIPA (lipase), CK (creatine kinase), γ-GTP (γ glutamyl transpeptidase), urea nitrogen ( BUN), creatinine (Cre), blood sugar (GLU), total cholesterol (T-Chol), neutral fat (TG), inorganic phosphorus (IP), total bilirubin (T-Bil), electrolytes (Na, K, Cl) , calcium (Ca), serum iron, total iron binding capacity (TIBC), unsaturated iron binding capacity (UIBC), canine cystatin C, glycated albumin (GA), total bile acids (TBA), ionized calcium, serum copper, serum Zinc, serum magnesium, canine TLI (trypsin-like reactant), BTR (BCAA/tyrosine ratio) (total branched chain amino acids/tyrosine molar ratio), HDL cholesterol, LDL cholesterol, lactate dehydrogenase (LDH), cobalamin, folic acid, protein (2) Endocrine tests include T4 (thyroxine), FT4 (free triiodothyronine), TSH (thyroid stimulating hormone), cortisol (COR), and intact PTH (parathyroid hormone). intact), PTH-rp (parathyroid hormone-related protein), ACTH (adrenocorticotropic hormone), aldosterone, renin activity, insulin, erythropoietin, testosterone, progesterone, etc.; (urinary protein creatinine ratio), urine general, urinary sediment, Ben's Jones protein qualitative, and stone analysis. time)/fibrinogen, PT, APTT, fibrinogen, AT (antithrombin activity), FDP (fibrinogen/fibrin degradation product), D-dimer, TAT (thrombin/antithrombin III complex) (dog), etc. (5) Blood drug concentration tests show values for items such as cyclosporine, potassium bromide, zonisamide, and phenobarbital, and (6) immunological tests show canine CRP (C-reactive protein) and SAA (serum Values for items such as amyloid A protein (cat), α1AG (α1 acid glycoprotein) (cat), cardiac troponin (cTnl), Coombs test, blood type (dog), blood type (cat), and anti-binding antibodies. , (7) Hematology tests include complete blood count, blood cell count (8 types), white blood cell classification, reticulocyte count, etc., and (8) infectious disease tests include canine leptospirosis antibodies (C/I/ H), canine leptospirosis gene, canine babesia antibody, canine gene, canine brucella antibody, canine hemoplasma gene, FCoV antibody, FCoV gene, feline kaishi virus gene, feline hemoplasma gene, filarial antigen test, periodontal disease risk test, SFTSV gene test , Toxoplasma antibodies, etc.; (9) Microbial testing includes smear microscopy, oral/respiratory, digestive, urinary/genital, puncture fluid, blood, skin/ear, anaerobic culture, susceptibility testing, It can be a numerical value for items such as yeast-like fungal susceptibility.

These basic data are combined and selected depending on the purpose of medical examination, genetic examination, pathological examination, allergy examination, etc. For each basic data, reference standard values are established according to animal species, size (weight), sex, age, etc., except for microbial tests.

In the second step, the disease afflicted by the test animal is estimated from at least the animal identification information and each basic data. The second processing unit estimates the disease that the test animal is suffering from at least from the animal identification information and each basic data. In this case, instead of estimating the disease that the test animal is suffering from based only on each basic data as in Patent Document 1 mentioned above, animal identification such as the species, size, sex, age, etc. of the test animal is performed. Since the guess is made based on information, it is possible to make a guess with more accuracy.

In the third step, a report means containing disease information is generated to be provided to the client. The third output section generates a report containing disease information to be provided to the requester. Reporting methods include (1) report data in CSV, XLSX format, etc. that is machine-learned using spreadsheets or artificial intelligence on a computer, (2) a report printed on paper based on the report data, (3) report data. It may be a report screen displayed on the display of a PC, tablet, smartphone, etc. based on the following. Therefore, the client is less likely to overlook the disease of the animal to be tested and can diagnose it more accurately using the reporting means.

Therefore, veterinarians can more accurately formulate treatment plans for animals other than humans and achieve health recovery for the animals. In particular, veterinarians must diagnose various animals in various departments by themselves, and the effects of this are significant regardless of whether or not they have experience. In addition, the owner can carry out appropriate care.

Therefore, with the method for reporting animal sample test results of the present invention, the client, who is an owner or a veterinarian, can better restore the animal's health.

The client consists of the owner of the animal to be tested and the veterinarian who received the test request from the owner. The report or report screen consists of an owner report or report screen provided to the owner, and a veterinarian report or veterinarian report screen provided to the veterinarian . In this case, it is possible to realize both convenience for the owner and convenience for the veterinarian.

The owner report or owner report screen contains a first code that allows you to schedule your next test, and a second code that allows you to access content that teaches you how to read the owner report or owner report screen . It is preferable that at least one of the two codes is input. In this case, the owner can know information that the owner should know.

The veterinarian report or veterinarian report screen has a third code that allows access to content related to the disease, a fourth code that allows access to test details, and a link to the consultant regarding the animal being tested. Preferably, at least one of the fifth codes has been input that allows access to. In this case, the veterinarian can learn information that a veterinarian should know or would prefer to know.

It is preferable to use QR codes (registered trademark) as the first to fifth codes. By employing QR codes (registered trademarks), an almost unlimited amount of information can be included in owner reports or owner report screens , veterinarian reports or veterinarian report screens via the Internet. Note that other codes for advertising, etc. may be input into the owner's report or the owner's report screen , the veterinarian's report, or the veterinarian's report screen .

The reporting method of the present invention is preferably carried out as follows. First, at least the animal identification information and each basic data are input into a worksheet, and spreadsheet software is prepared to estimate the disease based on a table with mathematical formulas. Then, in the first step, at least a plurality of new basic data are obtained as a result of testing a new specimen collected from a new animal, which is a new animal to be tested. After this, in the second step, the disease of the new animal is estimated based on the mathematical formula.

The reporting system of the present invention is preferably performed as follows. First, at least the animal identification information and each basic data are input into a worksheet, and spreadsheet software is prepared to estimate the disease based on a table with mathematical formulas. Then, the first processing unit acquires at least a plurality of new basic data that are the results of testing a new specimen collected from a new animal that is a new animal to be tested. Thereafter, the second processing unit estimates the disease of the new animal based on the mathematical formula.

In these cases, the disease can be inferred based on an algorithm, which increases the credibility of the disease. Furthermore, by updating the combinations of formula items and numerical values, the credibility of the disease can be further increased. In particular, with regard to numerical values in mathematical formulas, it is possible to upgrade them to higher accuracy by using artificial intelligence (AI) to perform machine learning through numerous clinical trials.

It is also preferred that the reporting method of the present invention is carried out as follows. First, at least the animal identification information, each basic data, and a disease are used as teacher data, and a determination model is generated by machine learning, into which at least the animal identification information and each basic data are input, and a disease is output. Then, in the first step, at least a plurality of new basic data, which is the result of testing a new specimen collected from a new animal that is a new test target animal, is acquired. After this, in the second step, the disease of the new animal is estimated using the determination model.

The reporting system of the present invention is preferably performed as follows. First, at least the animal identification information, each basic data, and a disease are used as teacher data, and a determination model is generated by machine learning, into which at least the animal identification information and each basic data are input, and a disease is output. Then, the first processing unit acquires at least a plurality of new basic data that are the results of testing a new specimen collected from a new animal that is a new animal to be tested. Thereafter, the second processing section infers the disease of the new animal using the determination model.

In these cases, the disease can be inferred based on AI, which increases the credibility of the disease. Furthermore, by subjecting the judgment model to machine learning through numerous clinical trials, the credibility of the disease will be further increased.

The report or report screen for animal sample test results of the present invention is submitted by the owner of the animal to be tested, excluding humans, and the veterinarian who has received a request from the owner to test the specimen collected from the animal to be tested. It consists of
An owner report or an owner report screen provided to the owner by the person who has received the test request ;
client identification information for identifying the client;
Animal identification information for identifying the test target animal;
specimen identification information for identifying the specimen;
A plurality of basic data that are the results of the inspection,
Information on a disease that is presumed to be suffered by the test subject animal from at least the animal identification information and each of the basic data;
at least one of a first code that allows a reservation for the next test, and a second code that allows access to content that teaches how to read the owner report or the owner report screen ; It is characterized by being input.

In this case, the owner can know information that the owner should know.

The report or report screen for animal sample test results of the present invention is submitted by the owner of the animal to be tested, excluding humans, and the veterinarian who has received a request from the owner to test the specimen collected from the animal to be tested. It consists of
A veterinarian report or veterinarian report screen provided to the veterinarian by a person who has received a request for an inspection ;
client identification information for identifying the client;
Animal identification information for identifying the test target animal;
specimen identification information for identifying the specimen;
A plurality of basic data that are the results of the inspection,
Information on a disease that is presumed to be suffered by the test subject animal from at least the animal identification information and each of the basic data;
at least a third code that allows access to content related to the disease, a fourth code that allows access to details of the test, and a fifth code that allows access to a consultant regarding the animal to be tested. It is characterized in that one and one are input.

In this case, the veterinarian can learn information that a veterinarian should or should know.

Client identification information, if the client is a veterinarian, includes the name of the veterinarian's hospital, address, telephone number, ID, name of the veterinarian, name of the owner, and nickname of the animal to be examined ( (pet name), microchip number of the animal to be tested, etc.

The specimen identification information corresponds to the type of specimen such as blood, urine, stool, etc., the date of collection of the specimen, the date of reception of the specimen, and the presence or absence of centrifugation.

Therefore, with the report or report screen of the animal sample test results of the present invention, the client can more effectively restore the animal's health.

With the method of reporting animal sample test results and the report or report screen of the present invention, the owner or the client, who is a veterinarian, can better restore the animal's health.

FIG. 1 is an overall configuration diagram showing a reporting method according to the first embodiment. FIG. 2 is a block diagram of the reporting system according to the first embodiment. FIG. 3 is a flowchart showing the reporting method of the first embodiment. FIG. 4 is a configuration diagram of a table used by the reporting system in the reporting method of the first embodiment. FIG. 5 is a configuration diagram of a veterinarian template used by the reporting system in the reporting method of the first embodiment. FIG. 6 is a configuration diagram of an owner template used by the reporting system in the reporting method of the first embodiment. FIG. 7 is a part of a flowchart performed by the reporting system in the reporting method of the first embodiment. FIG. 8 is a plan view of a veterinarian report obtained by the reporting method and reporting system of Example 1. FIG. 9 is a plan view of a report for owners obtained by the reporting method and reporting system of Example 1. FIG. 10 is a configuration diagram of a table used by the reporting system in the reporting method of the second embodiment. FIG. 11 is a front view of the owner consultation screen used in the reporting method and reporting system of the third embodiment. FIG. 12 is a front view of the first owner report screen used in the reporting method and reporting system of the third embodiment. FIG. 13 is a front view of the second owner report screen used in the reporting method and reporting system of the third embodiment. FIG. 14 is a block diagram of a reporting system according to the fourth embodiment.

Examples 1 to 4 embodying the present invention will be described below with reference to the drawings.

(Example 1)
Example 1 embodies the reporting method, reporting system, and reporting means of the present invention under the following examples. That is, as shown in FIG. 1, a first owner M1 goes to a nearby first animal hospital A1 and requests a first veterinarian V1 there to examine his first dog D1. Further, the second owner M2 goes to a nearby second animal hospital A2 and requests a second veterinarian V2 there to diagnose the second dog D2 that he/she owns. The third owner M3 also visits the second animal hospital A2, and requests the second veterinarian V2 to diagnose the third dog D3 he/she owns. Note that other owners also visit the first and second animal hospitals A1 and A2 to have their dogs, cats, etc. examined.

The first veterinarian V1 determines that a blood test of the first dog D1 is necessary, and the first animal hospital A1 collects the first blood B1 of the first dog D1. In addition, the second veterinarian V2 determines that blood tests for the second and third dogs D2 and D3 are necessary, and the second veterinarian A2 tests the second blood test B2 for the second dog D2 and the third blood test for the third dog D3. Blood B3 is collected. The first to third dogs D1 to D3 are the animals to be tested, and the first to third blood B1 to B3 are the specimens. Animal is a concept that includes new animals, and specimen is a concept that includes new specimens.

The testing institution I obtains the first to third blood B1 to B3 together with the respective test request forms 3 (see FIG. 2) by collection, mail, or delivery. Each test request form 3 includes the date of blood collection, date of reception, ID of the veterinary hospital, name of the veterinary hospital, medical record number, name of the owner, pet name of the animal to be tested, weight of the animal to be tested, and whether specimen dilution is possible. , presence or absence of a past history display, the species of the animal to be tested, the sex of the animal to be tested, and the date of birth of the animal to be tested are listed. In addition, the test request form 3 includes check columns for medical examinations and general tests required by blood tests. Inspection agency I is affiliated with consultant C. Consultant C is a person or organization who is familiar with information about various animals that a veterinarian should or should know. Note that testing institution I also obtains blood from other animal hospitals. The first and second veterinarians V1 and V2 and the first to third owners M1 to 3 are the clients.

The ID of the veterinary hospital is stored in the computer system 1 of the inspection institution I as the name, address, telephone number of the veterinary hospital including the first and second veterinary hospitals, and the names of veterinarians including the first and second veterinarians V1 and V2. It is tied. The name, address, telephone number, ID, veterinarian's name, and medical record number of these animal hospitals are the first client identification information. Further, the names of the owners including the first to third owners M1 to M3 and the pet names of the animals to be tested including the first to third dogs D1 to D3 are the second client identification information. If a microchip is attached to the animal to be tested, the microchip number is also the second client identification information. The weight of the animal to be tested, the species of the animal to be tested, the sex of the animal to be tested, and the date of birth of the animal to be tested are animal identification information. The specimen is blood, and the specimen identification information includes the date of collection, date of receipt, whether or not the specimen can be diluted, and whether past history is displayed.

The testing agency I performs blood tests on the obtained first to third blood B1 to B3, and obtains a plurality of basic data such as TP and Alb listed in items such as medical examination. The results of testing new samples are new basic data. Inspection agency I has the computer system 1 shown in FIG. 2, and executes the reporting method shown in FIG. 3. The computer system 1 includes a plurality of personal computers 5a into which the contents of each inspection request form 3 are input, a server computer 7, and a printer 9 connected to the server computer 7. The server computer 7 is connected via LAN to each personal computer 5a and to a personal computer 5b in a department that performs blood tests. The server computer 7 includes, in addition to a storage section, a calculation section, etc., a first processing section 7a for receiving input, a second processing section 7b for estimating a disease, and an output section 7c for outputting. . The output section 7c and the printer 9 correspond to a third processing section.

Excel (registered trademark) is installed in the second processing unit 7b as spreadsheet software. The spreadsheet software has a table 11 whose outline is shown in FIG. 4, a veterinarian template 13 shown in FIG. 5, and an owner template 15 shown in FIG. 6.

In the table 11, as shown in FIG. 4, condition 1, condition 2, and description contents are input for each row such as A to E. In line A, if condition 1 of formula 11 is satisfied, nothing is written in a specific cell of the veterinarian template 13 or owner template 15, regardless of condition 2. In line B, it is determined whether condition 2 of formula 21 is satisfied according to condition 1 of formula 11, and the item in a specific cell of template 13 for veterinarians or template 15 for owners is written. The same applies to lines C to E, etc. Conditions 1 and 2 are set using animal identification information and numerical values between items.

As shown in FIG. 5, the veterinarian template 13 allows input into a plurality of cells CV1 to CV18. In cell CV1, the name of the owner, the pet name of the animal to be tested, the species of the animal to be tested, the date of birth of the animal to be tested, the sex of the animal to be tested, and the weight of the animal to be tested can be entered. . In cell CV2, sample No. , medical record no. , date of receipt, submitted materials, degree of chyle, and degree of hemolysis can be entered.

In cell CV3, the postal code, address, and name of the veterinary hospital can be input. In cell CV4, a plurality of test items can be input for each purpose of test. In cell CV5, the unit of each inspection item can be input. Reference standard values for each inspection item can be entered in cell CV6. The current result and judgment can be input into cell CV7. In addition, the judgment is divided into A: within the reference value range, B: slightly exceeding the normal value, C: significantly exceeding the normal value, and D: requiring close examination. The previous result can be input into cell CV8.

A comment can be entered in cell CV9. Determination items can be entered in cell CV10. The determination result can be input into the cell CV11. Other abnormality flags can be input to the cell CV12. Cell CV13 allows input of comprehensive comments on possible causes and other differential diseases. Supplementary information can be input into cell CV14. A fourth code for referring to the details of the abnormality flag can be input into the cell CV15. A third code for referring to the details of the inspection item can be input into the cell CV16. In cell CV17, a fifth code for referring to a consultant can be input. In the cell CV18, an inspection comment can be input.

As shown in FIG. 6, the owner template 15 allows input into a plurality of cells CM1 to CM16. Cell CM1, like cell CV1 of the veterinarian template 13, contains the name of the owner, the pet name of the animal to be tested, the species of the animal to be tested, the date of birth of the animal to be tested, the sex of the animal to be tested, and the subject of the test. The animal's weight can be entered. Similar to cell CV2 of the template 13 for veterinarians, the cell CM2 contains specimen No. , medical record no. , the date of reception and materials to be submitted can be entered. However, although the degree of chyle and the degree of hemolysis are input into the veterinarian template 13, they are not input into the owner template 15. On the other hand, the microchip number is only entered into the owner template 15.

In the cell group CM3, as in the cell CV3 of the veterinarian template 13, the postal code, address, and name of the veterinary hospital can be input. Similar to template 13 for veterinarians, cell CM4 contains multiple test items, cell CM5 contains the unit of each test item, cell CM6 contains the reference standard value of each test item, cell CM7 contains the current result and judgment, cell The previous results can be input into CM8.

Unlike the veterinarian template 13, the cell CM9 allows input of explanations of test items. Similar to cells CV10 to CV12 of the veterinarian template 13, determination items, determination results, and other abnormality flags can be entered in cells CM10 to CM12, respectively. In the template 15 for owners, there are no cells corresponding to cells CV13 to CV17 in the template 13 for veterinarians.

Various notifications can be input into the cell CM13. The cell CM 14 allows the user to input a first code that allows the user to make a reservation for the next consultation. A second code that allows access to content that teaches how to read a health checkup can be input into the cell CM15. In the cell CM16, like the cell CV18 of the veterinarian template 13, an examination comment can be input.

Under the above configuration, the server computer 7 executes the first step S1 based on the inspection request, as shown in FIG. Specifically, as shown in FIG. 2, the contents of each test request form 3 are input to the first processing section 7a using the personal computer 5. Moreover, a plurality of new basic data on which blood tests have been performed are inputted to the first processing section 7a from another personal computer 5b. Thereby, the first processing unit 7a acquires client identification information, animal identification information, specimen identification information, and a plurality of new basic data.

Next, as shown in FIG. 3, the server computer 7 executes a second step S2 and estimates the disease that the first to third dogs D1 to D3 are suffering from from the animal identification information and each new basic data.

Specifically, the second processing unit 7b executes a second processing routine whose schematic flowchart is shown in FIG. First, the spreadsheet software is launched (step S21), and the table 11, first client identification information, second client identification information, animal identification information, specimen identification information, and each basic data are stored in the veterinarian template 13 or the owner. is read into a specific cell of the template 15 (step S22). That is, at this time, input is made to each cell of the veterinarian template 13 except cells CV9 to CV18 and each cell of the owner template 15 except cells CM10 to CM16.

Next, it is determined whether or not each row of the cell CV7 of the veterinarian template 13 is the last cell (step S23), and the following processing is performed based on conditions 1 and 2 of the table 11 until the result is YES. First, basic data for each item is sequentially allocated from the first row of cell CV7 (step S24). In the allocated cell, it is determined whether the first numerical value satisfies condition 1 (step S25). If YES in step S25, the content to be written in the cell is determined (step S26). If NO in step S25, it is determined whether the first numerical value satisfies condition 2 (step S27). If YES in step S27, the content to be written in the cell is determined (step S28). If NO in step S27, the content to be written in the cell is determined (step S29). After steps S26, S28, and S29, the process returns to step S23.

For example, in step S24, basic data such as TP, ALT, AST, BUN, Cre, T-Chol, Ca, etc. are assigned to the current result column of cell CV7 of the veterinarian template 13. At this time, based on Table 11, whether TP is less than a, between a and b, between b and c, or exceeds c is determined by formulas 11 to 14 of condition 1. etc. Here, a to c are numerical values. When “TP is less than a”, the condition is whether “ALT is less than d and AST is less than e” and/or whether “BUN is less than f and Cre is less than g” 2, Equations 21 to 23, etc. Here, d to g are also numerical values.

If "TP is less than a" and "ALT is less than d and AST is less than e", nothing may be output to cells CV9 to 18 in the judgment column of cell CV7 of template 13 for veterinarians. Determine. If “TP is less than a”, “ALT is less than d, and AST is less than e”, write “C” in the judgment column of cell CV7 of veterinarian template 13, and write “C” in cell CV9. It is confirmed that "malnutrition, cachexia, bleeding, liver failure, gastrointestinal disease, renal disease, etc." will be included.

If “TP is less than a”, “BUN is less than f, and Cre is less than g”, write “C” in the judgment column of cell CV7 of veterinarian template 13, and write “C” in cell CV9. It is confirmed that "malnutrition, cachexia, bleeding, gastrointestinal disease, renal disease, etc." will be included.

If "TP is less than a", "BUN is less than f, and Cre is less than g", and furthermore, "ALT is less than d, and AST is less than e", then the cells in veterinarian template 13 It is confirmed that "C" is entered in the judgment column of CV7, and "malnutrition, cachexia, bleeding, gastrointestinal disease, etc." is entered in cell CV9.

Condition 2 is also determined when "TP is between a and b". If “TP is between a and b” and “ALT is d or less and AST is e or less”, write “B” in the judgment column of cell CV7 of veterinarian template 13. , it is confirmed that "malnutrition, cachexia, bleeding, liver failure, gastrointestinal disease, renal disease, etc." will be recorded in cell CV9.

If “TP is between a and b” and “ALT is d or less and AST is e or less”, write “B” in the judgment column of cell CV7 of veterinarian template 13. , it is confirmed that "malnutrition, cachexia, bleeding, gastrointestinal disease, renal disease, etc." will be recorded in cell CV9.

If “TP is between a and b” and “BUN is less than f and Cre is less than g”, write “B” in the judgment column of cell CV7 of template 13 for veterinarians. , it is confirmed that "malnutrition, cachexia, bleeding, liver failure, gastrointestinal disease, etc." will be recorded in cell CV9.

If "TP is between a and b", "BUN is less than f and Cre is less than g", and further "ALT is less than d and AST is less than e", template 13 for veterinarians It is confirmed that "B" is entered in the judgment column of cell CV7, and "malnutrition, cachexia, hemorrhage, gastrointestinal disease, etc." is entered in cell CV9.

If “TP is between a and b” and “T-chol is less than h and Ca is less than i”, enter “D” in the judgment column of cell CV7 of veterinarian template 13. At the same time, it is confirmed that "lymphangiectasia (note), liver failure, renal disease, etc. (needs close examination)" will be recorded in cell CV9. Here, h to i are also numerical values.

If "TP is between b and c", "A" is written in the determination column of cell CV7 of veterinarian template 13, and it is confirmed that nothing is output to CV9 to CV18. If “TP exceeds c”, write “B” in the judgment column of cell CV7 of veterinarian template 13, and write “dehydration, diuretics, hyperproteinemia (multiple myeloma, multiple myeloma, etc.)” in CV9. It is confirmed that "hepatitis etc." will be recorded. These numbers are based on animal identification information.

Cells CV10 to CV12 of the veterinarian template 13 are selected in the same way as the items described in cell CV9, but items that should also be communicated to the first to third owners M1 to M3 are entered. Cell CV13 is selected in the same manner as the entries in cell CV9, and information on possible causes and other differential diseases is input. In cell CV14, supplementary information selected in the same manner as the entry in cell CV9 is input. A fourth code XV15 for referring to the details of the abnormality flag written in CV12 is input to cell CV15. A third code XV16 for referring to the details of the inspection item is input to the cell CV16. A fifth code XV17 for referring to a consultant is input to cell CV17. The third to fifth codes XV15 to XV17 are QR codes (registered trademark). The third and fourth codes XV15 and XV16 contain the URL for accessing the homepage site published by the third party W, and the fifth code XV17 contains the URL for accessing the reservation site for consultant C. Contains. In the cell CV18, an inspection comment to be conveyed by the inspection institution I is input. In this way, input to the veterinarian template 13 is completed.

In this way, the disease afflicted by the test animal is not inferred based only on each basic data, but also based on the animal identification information, so that the inference can be made more accurately. In particular, in Example 1, since the disease can be estimated based on the algorithm, the reliability of the disease is high. Furthermore, by updating the combinations of formula items and numerical values, the credibility of the disease can be further increased.

Further, after inputting to the template for veterinarian 13, inputting to cells CM10 to CM16 of template for owner 15 proceeds. The same contents as cells CV10 to CV12 of the veterinarian template 13 are input to cells CM10 to CM12. Various notifications are input into the cell CM13. A first code XM14 that enables the next consultation reservation is input into the cell CM14. A second code XM15 that enables access to content that teaches how to read a medical checkup is input to cell CM15. The first and second codes XM14 and XM15 are also QR codes (registered trademark). The first and second codes XM14 and XM15 include URLs for accessing homepages published by veterinary hospitals and third parties W. In this way, input to the owner template 15 is completed.

Next, as shown in FIG. 3, the server computer 7 executes a third step S3, and generates veterinarian report data 17a, an example of which is shown in FIG. 8, from the veterinarian template 13 on a worksheet. Further, as shown in FIG. 3, the server computer 7 executes the third step S3 and generates owner report data 19a, an example of which is shown in FIG. 9, from the owner template 15 on a worksheet.

The veterinarian report data 17a and the owner report data 19a are Excel (registered trademark) data in XLSX format. The veterinarian report data 17a is printed by the printer 9 as a veterinarian report 17b, and the owner report data 19a is printed by the printer 9 as an owner report 19b. At this time, veterinarian report 17b contains the following information: ``Report of test results (hospital record)'' and ``*Comments provided are information to assist diagnosis and are not intended to confirm diagnosis. Thank you for your understanding.'' will be posted. Owner Report 19b includes information such as ``Report of test results'' and ``*Please note that the comments provided are information to assist in diagnosis and are not intended to confirm the diagnosis.'' It will be marked.

As shown in FIG. 1, the veterinarian report 17b and the owner report 19b are sent by mail to the first and second animal hospitals A1 and A2. At this time, it is also possible to send the veterinarian report 17b and the owner report 19b in PDF format by e-mail.

Since the first and second veterinarians V1 and V2 check the veterinarian report 17b obtained in this way and view the information written in the veterinarian report 17b, it is difficult to overlook the disease. Then, the first and second veterinarians V1 and V2 directly examine the first to third dogs D1 to D3, view the X-rays, and ask the owners M1 to 3 about the first to third dogs D1 to D3 as necessary. I ask how things are going. In this way, the first and second veterinarians V1 and V2 will be able to accurately establish a treatment plan for the first to third dogs D1 to D3, and will be able to better restore the health of each of the first to third dogs D1 to D3. . In particular, veterinarians must diagnose various animals in various departments by themselves, and the effects of this are significant regardless of whether or not they have experience. In particular, since veterinarian report 17b includes the third to fifth codes XV15 to XV17, the first and second veterinarians V1 and V2 are those that a veterinarian should or should know about. You can easily and reliably find out information that is favorable to you.

Further, the first and second animal hospitals provide the first to third owners M1 to M3 with owner reports 19b. The first to third owners M1 to M3 can carry out appropriate care based on the matters written in the owner report 19b. In particular, since the owner report 19b includes the first and second codes XM34 and XM35, the first to third owners M1 to M3 can know information that the owners should know.

Therefore, according to the reporting method and report or report screen of Example 1, the client, who is an owner or a veterinarian, can more effectively restore the animal's health.

(Example 2)
The reporting method, reporting system, and reporting means of Example 2 employs a table 21 whose outline is shown in FIG. In the table 21, condition 1, condition 2, condition 3, and description contents are input for each row such as F to J. In line F, if condition 1 of formula 31 is satisfied, nothing is written in a specific cell of the veterinarian template 13 or owner template 15, regardless of conditions 2 and 3. In row G, it is determined whether condition 2 of formula 41 is satisfied by condition 1 of formula 31, and further it is determined whether condition 3 of formula 51 is satisfied, and the template 13 for veterinarians or the template 15 for owners is determined. Write down the information in a specific cell. The same applies to rows H to J. Note that in this case, the second processing routine executes a flowchart different from that in FIG.

In this case, the disease can be inferred based on a more detailed algorithm, making the disease even more reliable. It is also possible to set Condition 4, Condition 5, etc. in each row of the table. The more advanced the guess is, the more conditions and formulas there will be.

(Example 3)
The reporting method, reporting system, and reporting means of Example 3 enable pet owners who have registered as members to view the reporting screen from outside using their smartphones.

When the owner accesses a specific URL using a smartphone, a page P1 shown in FIG. 11 is displayed on the smartphone. Page P1 is a consultation screen for owners. This page P1 displays a display S30 of "please enter the health checkup values", an age button S31, a dog breed/cat breed button S32, a testing institution selection button S33, multiple numerical input spaces S34, and a start button S35. has been done.

The owner selects the age of the animal to be tested using the age button S31, selects the dog breed or cat breed using the dog/cat breed button S32, and selects the testing institution using the testing institution selection button S33. For example, the inspection institution I of Examples 1 and 2 is selected as the inspection institution. When the owner inputs the numerical value of the health check into each numerical value input space S34 and taps the start button S35, this smartphone is connected to the server computer 7 of the first and second embodiments. Therefore, the server computer 7 acquires the health checkup values input into the smartphone as new basic data.

After this, the server computer 7 estimates the disease that the animal to be tested is suffering from, as in Examples 1 and 2, and a page P2 shown in FIG. 12 is displayed on the smartphone. Page P2 is a first owner report screen. This page P2 displays a disease display space S36, a "possible disease" display S37, and a plurality of selection buttons S38.

By viewing page P2, the owner learns that the animal to be tested may have weak kidneys, for example. If an owner who wants to know the cause taps the "chronic kidney disease" selection button S38, a page P3 shown in FIG. 13 will be displayed on the smartphone. Page P3 is a second owner report screen. This page P3 displays a display S39 of "test results", a display S40 of "detailed explanation of chronic kidney disease", and a display S41 of "consult with your family doctor". This allows owners to learn more about chronic kidney disease. Other effects are the same as in Examples 1 and 2.

In addition, in Examples 1 and 2, it is also possible for owners who have previously undergone health examinations of animals to be tested at inspection institution I to enter a QR code (registered trademark) in cell CM13 of owner report 19b. It is. The QR code (registered trademark) includes a URL where the owner report data 19a is displayed. In this case, the owner can view the owner report data 19a on the smartphone using this QR code (registered trademark).

(Example 4)
The reporting method, reporting system, and reporting means of Example 4 employ AI, as shown in FIG. 14. A judgment model JM is generated in the second processing unit 7b of the computer system 1. In the determination model JM, the animal identification information, each basic data, and the disease are used as teacher data TD, and the animal identification information and each basic data are inputted by machine learning, and the disease is output.

Then, the first processing unit 7a acquires new specimen identification information for identifying a new specimen and a plurality of new basic data that are new results. Thereafter, the second processing unit 7b estimates the disease of the new animal using the determination model JM.

In this case, the disease can be inferred based on AI, making the disease even more reliable. Moreover, by subjecting the judgment model JM to machine learning through many clinical trials, the credibility of the disease will be further increased.

In the above, the present invention has been explained based on Examples 1 to 4, but the present invention is not limited to Examples 1 to 4, and can be applied with appropriate changes without departing from the spirit thereof. Needless to say.

For example, the animal is not limited to a dog, but may also be a cat, bird, rabbit, hamster, etc. Furthermore, the specimen is not limited to blood, but may also be urine or the like.

The present invention can be used for diagnosis of animals other than humans.

D1-D3...Test animal, animal, dog B1-B3...Specimen, blood M1-M3, V1, V2...Client (M1-M3...1st-3rd owner, 1st, 2nd V1, V2...veterinarian)
S1... First step S2... Second step 17a, 19a, 17b, 19b, P2, P3... Reporting means (17a... Veterinarian report data, 19a... Owner report data, 17b... Veterinarian report, 19b... Owner report, P2, P3...owner report screen)
C3...Third step XM14...First code XM15...Second code XV15...Third code XV16...Fourth code XV17...Fifth code 11, 21...Table TD...Teacher data JM...Judgment model 7a...First processing section 7b ...Second processing section 7c, 9...Third processing section

Claims (7)

In the computer system of the person receiving the test request,
A first step of acquiring animal identification information for identifying a test subject animal other than a human, and a plurality of basic data that are the results of testing a sample collected from the test subject animal;
a second step of estimating a disease afflicted by the test subject animal from at least the animal identification information and each of the basic data;
a third step of generating a report or report screen containing information on the disease to be provided to the client ;
The client consists of the owner of the animal to be tested and a veterinarian who has received a request for the test from the owner,
The report or the report screen is characterized by consisting of an owner report or an owner report screen provided to the owner, and a veterinarian report or veterinarian report screen provided to the veterinarian. How to report animal laboratory test results. At least the animal identification information and each of the basic data are input into a worksheet, and spreadsheet software is prepared for estimating the disease based on a table having mathematical formulas;
In the first step, at least a plurality of new basic data are obtained as a result of testing a new specimen collected from a new animal that is the new test target animal,
2. The method for reporting laboratory test results for animals according to claim 1 , wherein in the second step, the disease of the new animal is estimated based on the mathematical formula. At least the animal identification information, each of the basic data, and the disease are used as training data, and a determination model is generated by machine learning, into which at least the animal identification information and each of the basic data are input, and the disease is output. ,
In the first step, at least a plurality of new basic data are obtained as a result of testing a new specimen collected from a new animal that is the new test target animal,
3. The method for reporting laboratory test results for animals according to claim 1 , wherein in the second step, the disease of the new animal is estimated using the determination model. The owner report or the owner report screen includes a first code that allows the reservation of the next test, and access to content that teaches how to read the owner report or the owner report screen. 4. The method for reporting an animal sample test result according to claim 1, wherein at least one of the second codes is input. The veterinarian report or the veterinarian report screen includes a third code that allows access to content related to the disease, a fourth code that allows access to details of the test, and a third code that allows access to the details of the test. 4. The method for reporting specimen test results for animals according to any one of claims 1 to 3, wherein at least one of the fifth codes enabling access to a consultant regarding the target animal is input. The requester consists of the owner of the animal to be tested other than humans, and a veterinarian who has received a request from the owner to test a sample collected from the animal to be tested,
An owner report or an owner report screen provided to the owner by the person who has received the test request ;
client identification information for identifying the client;
Animal identification information for identifying the test target animal;
specimen identification information for identifying the specimen;
A plurality of basic data that are the results of the inspection,
Information on a disease that is presumed to be suffered by the test subject animal from at least the animal identification information and each of the basic data;
at least one of a first code that allows a reservation for the next test, and a second code that allows access to content that teaches how to read the owner report or the owner report screen ; A report or report screen of animal specimen test results, which is characterized by being inputted. The requester consists of the owner of the animal to be tested other than humans, and a veterinarian who has received a request from the owner to test a sample collected from the animal to be tested,
A veterinarian report or veterinarian report screen provided to the veterinarian by a person who has received a request for an inspection ;
client identification information for identifying the client;
Animal identification information for identifying the test target animal;
specimen identification information for identifying the specimen;
A plurality of basic data that are the results of the inspection,
Information on a disease that is presumed to be suffered by the test subject animal from at least the animal identification information and each of the basic data;
at least a third code that allows access to content related to the disease, a fourth code that allows access to details of the test, and a fifth code that allows access to a consultant regarding the animal to be tested. A report or report screen of animal specimen test results , characterized in that one of the following is input.

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