JP4012339B2 - Blood cell classification matrix diagram display device, blood cell classification matrix diagram display method, and recording medium recording blood cell classification matrix diagram display program - Google Patents

Description

[0001]
BACKGROUND OF THE INVENTION
The present invention relates to a blood cell classification matrix diagram display device, a blood cell classification matrix diagram display method, and a recording medium on which a blood cell classification matrix diagram display program is recorded.
[0002]
[Prior art]
In recent years, blood tests for examining red blood cells, white blood cells, and the like in blood have become one of the essential tests in medicine. In response to this, various apparatuses have been developed for labor saving of examination, and one of them is a blood cell counter. This blood cell counter is used for counting red blood cells, white blood cells, and platelets by applying the principle of electric resistance method and light scattering method because blood cells are a kind of particles.
[0003]
FIG. 5 shows an example of an automatic blood cell counter 20 conventionally used. The automatic blood cell counter 20 can set the blood sample to be examined in the rack holder 21, stain the sample with the fluorescent staining reagent 22, and count the number of blood cells of each sample by full auto processing. Further, the number of detected blood cells of the sample is displayed on the display unit 23 in addition to the white blood cell 5 classification and the 38 blood cell classifications including 12 reticulocytes. Therefore, it is possible to diagnose the health condition of the patient corresponding to the sample by looking at the display content of the display unit 23.
[0004]
FIG. 6 is a diagram showing a display example of the display unit 23, and a white blood cell classification matrix diagram 23a for classifying white blood cells into lymphoid, monocytes, neutrophils, eosinophils, immature cells, and atypical lymphocytes; A reticulocyte classification matrix FIG. 23b for classifying red blood cells into reticulocytes, low mature reticulocytes, middle mature reticulocytes, and highly mature reticulocytes; and a general data display unit 23c for displaying numerical data indicating the overall state of the specimen; , A white blood cell data display unit 23d for displaying blood cell count data of each classification of white blood cells (displayed as "WBC" in the figure), and a classification of each classification of red blood cells (displayed as "RBC" in the figure) A red blood cell data display unit 23e for displaying blood cell count data.
[0005]
The medical staff can diagnose the patient corresponding to each specimen by comparing the blood cell classification matrix diagrams 23a and 23b with the data display units 23c to 23e.
[0006]
[Problems to be solved by the invention]
However, in the automatic blood cell counter 20, the display unit 23 is monochrome display, and the blood cell classification matrix diagrams 23a and 23b and the data 23c to 23e are displayed in different areas, so that the display content is difficult to see. There were drawbacks. In other words, medical personnel can judge the overall health status of the subject to some extent from the blood cell classification matrix diagrams 23a and 23b, but it is difficult to understand detailed data only from the blood cell classification matrix diagrams 23a and 23b. Therefore, it is necessary to refer to the numerical data 23c to 23e serving as a diagnosis standard.
[0007]
Therefore, the medical staff must look at the distribution trend in the blood cell classification matrix diagrams 23a and 23b, and then check the specific data against the numerical data 23c to 23e displayed in another area. It was inevitable that the diagnosis would take much time.
[0008]
The present invention has been made in consideration of the above-described points, and an object of the present invention is to provide a blood cell classification matrix diagram display device and blood cell for improving the visibility of the distribution state of the blood cell classification matrix diagram of the automatic blood cell counter Another object of the present invention is to provide a classification matrix diagram display method and a recording medium on which a blood cell classification matrix diagram display program is recorded.
[0009]
[Means for Solving the Problems]
In order to achieve the above object, the blood cell classification matrix diagram display device of the present invention is a display device of an automatic blood cell counter, which is connected to an analysis unit for analyzing the content of blood cells contained in a sample, leukocyte classification matrix diagram and Amiaka blood classification matrix diagram displayed separately the distribution of distribution and reticulocytes leukocytes in, and, for each classification to the total number of white blood cells to separate leukocytes from these blood classification matrices view A leukocyte data display unit that displays numerical data of the blood cell ratio and the absolute number of each classification, a reticulocyte data display unit that displays numerical data including the blood cell ratio of each classification with respect to the total reticulocyte count of the reticulocytes , and a sample total Overall display state and the white blood cell classification matrix on this complex display screen an overall data display unit for screen display for displaying the numerical data indicating the states Or it can be switched to a matrix diagram display state to expand to screen the details of the network red blood cell classification matrix diagram, in them matrix view display state, the displayed leukocyte classification matrix diagram or Amiaka blood classification matrix diagram While displaying a different color for each classification display area , each classification display area displayed in a different color contains the blood cell ratio of each classification displayed in the white blood cell data display section and numerical data of the absolute number of each classification. In addition , the added numerical data is configured to be displayed in a color different from each classification display area .
[0010]
Therefore, it is possible to confirm at a glance how the blood cells of each classification are distributed just by looking at each blood cell classification matrix diagram. That is, the health status of the subject corresponding to the specimen can be determined to some extent from the blood cell classification matrix shown in the figure, and detailed numerical data can be determined from the numerical values displayed on the same matrix diagram. Moreover, accurate judgment can be made quickly.
[0011]
Wherein are those blood classification matrix diagram are displayed separately on the leukocytes and reticulocytes, the numeric data includes the absolute number of blood ratios and blood of each classification of each classification for complete blood count of white blood cells or reticulocytes Therefore, blood cells can be divided into appropriate classifications, numerical data required for medical diagnosis can be obtained, and the blood cell classification matrix diagram is not complicated more than necessary. The visibility of the distribution state is improved.
[0012]
In the leukocyte classification matrix diagram, for example, lymphocyte count, lymphocyte ratio, monocyte count, monocyte ratio, neutrophil count, neutrophil ratio, eosinophil count, eosinophil ratio, atypical lymphocyte count By displaying the atypical lymphocyte ratio, the number of immature cells, the ratio of immature cells, and the number of leukocytes, information necessary and sufficient for diagnosis can be obtained. In the reticulocyte classification matrix diagram, for example, reticulocyte count, reticulocyte ratio, low mature reticulocyte ratio, neutral school reticulocyte ratio, high mature reticulocyte ratio, reticulocyte inside, low red blood cell ratio, medium mature reticulocyte In addition to the erythrocyte ratio, the ratio of highly mature reticulocytes, the ratio of highly mature erythrocytes in the reticulocytes, and the number of erythrocytes, it is possible to obtain necessary and sufficient information for diagnosis by displaying the corrected value of the reticulocyte count by hematocrit. .
[0013]
In addition, since the display unit displays the blood cell classification matrix diagram in different colors from the display color of the numerical data, the numerical data and the illustrated data of the blood cell classification matrix can be easily distinguished from each other. Can be effectively prevented.
[0014]
In the case of having a changeover switch that can switch the display / non-display of the numerical data, even when the numerical data overlaps with the illustrated data of the blood cell classification matrix, the displayed data of the blood cell classification matrix is displayed without loss. Can do.
[0015]
In the case where the display unit displays the blood cell classification matrix diagram in a different color for each classification display area, it is possible to recognize at a glance which classification the illustrated data displayed in the blood cell classification matrix belongs to. The visibility of the distribution state is further improved.
[0016]
The display method of the blood cell classification matrix diagram of the present invention is a display method in an automatic blood cell counter for analyzing and displaying the content of blood cells contained in a sample, and the distribution state of white blood cells and the distribution of reticulocytes in the sample leukocyte classification matrix diagram and Amiaka blood classification matrix diagram displaying separately state, and the absolute number of the numerical data thereof are separated from the blood cells classified matrix diagram with the classification of the blood cell ratio and the classification to the total white blood cell count of white blood cells reticulocyte data display unit for displaying the numerical data comprising a blood cell ratio of each classification to the total reticulocyte count of leukocytes data display unit and reticulocytes that displays, as well as overall to display the numerical data indicating the overall status of the specimen a comprehensive display state of the screen display data the display unit, the white blood cell classification matrix diagram or the network erythrocytes classification Matrigel on this complex display screen An enlarged detail of the box diagram is switchable to a matrix diagram display state displayed on a screen, in them matrix diagram display state, for each classification display area of the white blood cell classification matrix diagram or Amiaka blood classification matrix diagram displayed In addition to displaying different colors, each classification display area displayed in a different color is added with numerical data of the blood cell ratio and absolute number of each classification displayed in the white blood cell data display section , and these The added numerical data is displayed in a color different from each classification display area .
[0017]
The recording medium recording a blood cell classification matrix diagram display program of the present invention is a recording medium for recording a display program of an automatic blood cell counter for displaying and analyzing the content of blood cells contained in the specimen, the specimen leukocyte classification matrix diagram and Amiaka blood classification matrix diagram displayed separately the distribution of distribution and reticulocytes leukocytes in, and, for each classification to the total number of white blood cells to separate leukocytes from these blood classification matrices view A leukocyte data display unit that displays numerical data of the blood cell ratio and the absolute number of each classification, a reticulocyte data display unit that displays numerical data including the blood cell ratio of each classification with respect to the total reticulocyte count of the reticulocytes , and a sample total Overall display state and the white blood cells on this complex display screen integrated data display unit a screen display for displaying the numerical data indicating the states A matrix diagram display program that allows the display switching an enlarged detail of the kind matrix diagram or the network red blood cell classification matrix diagram and matrix diagram display state displayed on the screen, the matrix diagram display state, leukocyte classification matrix diagram displayed or causes to display a different color for each classification display area of Amiaka blood classification matrix diagram, and different blood ratios of the respective classification display area displayed in color each classification is displayed on the white blood cell data display unit each A blood cell classification matrix diagram display program having numerical data display programs for adding numerical data of absolute numbers of classifications and displaying the added numerical data in a color different from each classification display area is recorded It is said.
[0018]
DETAILED DESCRIPTION OF THE INVENTION
FIG. 1 is a diagram showing an overall configuration of an automatic blood cell counter 1 showing an embodiment of the present invention. The automatic blood cell counter 1 of this example includes an analyzer 2 for analyzing the content of blood cells contained in a blood sample T to be examined, and a display unit 3a connected to the analyzer 2 by, for example, a signal line C. It comprises a display device (hereinafter referred to as a computer) 3 provided.
[0019]
The analyzer 2 includes a rack holder 4 that can set a plurality of specimens T and a tray that can be equipped with a fluorescent staining reagent 5, and the specimen T is stained with the fluorescent staining reagent 5 to perform a fully automatic processing. And an analysis unit 6 that counts the number of blood cells of each sample T. Reference numeral 7 denotes a computer that controls the analysis unit 6. The computer 7 detects the blood cell count of the specimen T by dividing it into 38 blood cell classifications including 12 reticulocytes in addition to 5 leukocyte classifications. Displayed on the display unit 8 (see FIG. 6). Reference numeral 9 denotes a sample collection unit used when urgently analyzing one sample T by manual operation.
[0020]
The analyzer 2 and the computer 3 are connected by an interface conforming to RS-232C, for example, and various numerical data of the sample T measured by the analyzer 2 are communicated. The computer 3 receives the numerical data and displays the distribution status of each blood cell on the display unit 3a. That is, the blood cell classification matrix diagram display program P is introduced into the computer 3 via an electronic medium such as a CD-ROM or floppy disk, and the blood cell classification matrix diagram display program P is stored in the memory 3m or the hard disk 3h in the computer 3. To be recorded. The blood cell classification matrix diagram display program P includes a matrix diagram display program P1 and a numerical data display program P2.
[0021]
FIG. 2 is a diagram showing a display example of the display unit 3a, which displays almost the same content as the display example of the analysis apparatus 2 shown in FIG. 6 after converting it into Japanese (user's native language). Further, 10 is a white blood cell classification matrix diagram showing the distribution of white blood cells, 11 is a reticulocyte classification matrix diagram showing the distribution of red blood cells, and 12 is a general data display section for displaying numerical data indicating the overall state of the specimen T.
[0022]
In FIG. 2, “WBC” described in the comprehensive data display unit 12 indicates the concentration of white blood cells, and “RBC” indicates the concentration of red blood cells. “PLT” indicates “platelet”.
[0023]
Reference numeral 13 denotes a white blood cell data display unit for displaying blood cell count data for each classification of white blood cells. The classification of leukocytes is, for example, lymphocytes labeled “LYM”, monocytes labeled “MON”, neutrophils labeled “NEU”, and preferred “EOS”. There are eosinophils, basophils designated “BAS”, atypical lymphocytes designated “ALY”, and immature cells designated “LIC”. In each classification, there is numerical data of the blood cell ratio “%” of each classification with respect to the total white blood cell count “WBC” and the absolute number of blood cells “#” of each classification.
[0024]
On the other hand, 14 is a reticulocyte data display section for displaying blood cell count data of each classification of red blood cells. The classification of reticulocytes is, for example, reticulocytes labeled “RET”, low fluorescent reticulocytes labeled “RETL”, medium fluorescent reticulocytes labeled “RETM”, “RETH” This is a correction value for the displayed highly fluorescent reticulocytes and the reticulocytes displayed as “CRC”. In each classification, “%” is added to indicate the ratio to the total reticulocyte count “RET”.
[0025]
Further, in the reticulocyte data display unit 14, as an analysis result of the reticulocyte, for example, the immature cell ratio indicated as “IMM%”, the average fluorescence rate indicated as “MFI%”, “MRV” Numerical data such as the average reticulocyte volume is also displayed.
[0026]
Next, FIG. 3 shows an enlarged view of the white blood cell classification matrix FIG. That is, when the user moves the cursor to, for example, the white blood cell classification matrix diagram 10 on the screen shown in FIG. 2 and double-clicks the mouse, a window displaying the details of the white blood cell classification matrix diagram 10 shown in FIG. 3 is opened. be able to.
[0027]
In FIG. 3, in the displayed white blood cell classification matrix FIG. 10, for example, the horizontal axis represents volume, and the vertical axis represents light transmittance (that is, cell staining information). The matrix diagram display program P ₁ installed in the computer 3 classifies the blood cell classification matrix diagram 10 into five major categories. Each of the classification display areas W _{1 to} W ₅ corresponds to eosinophils, neutrophils, monocytes, lymphocytes, and immature cells, and is indicated by a solid line separating the classification display areas W _{1 to} W _5. A line segment Lw represents a threshold value that divides each of the classification display areas W _{1 to} W ₅ . In addition, a virtual line Lw ′ representing a threshold value for dividing the classification display area W ₄ ′ of deformed lymphocytes is also displayed in a part of each classification display area W ₄ of the lymphocyte.
[0028]
The matrix diagram display program P ₁ displays each measured blood cell by a point dw at a corresponding position on the blood cell classification matrix diagram 10, and the display color is different for each classification display area W _{1 to} W ₅ . That is, it can be recognized at a glance how much blood cells of which classification are included, and visibility is improved.
[0029]
Next, the numerical data display program P ₂ displays numerical data D _WBC representing the white blood cell count, for example, at the upper left of the white blood cell classification matrix diagram 10. Each classification display area W _{1 to} W ₅ , W ₄ ′ includes numerical data D representing the blood cell ratio “%” with respect to the white blood cell count D _WBC of each blood cell and the absolute number “#” of each blood cell. _EOS% , D _{EOS #} , D _NEU% , D _{NEU #} , D _MON% , D _{MON #} , D _LYM% , D _{LYM #} , D _ALY% , D _{ALY #} (hereinafter, these numerical data are numerical data D _{W %} , D _{W #} ).
[0030]
In the numerical data display program P _2, the numerical values representing the numerical data D _W% , D _{W #} and D _WBC are different from the display color of any point dw in each of the classification display areas W _{1 to} W ₅ . That is, even if the numerical data D _W% , D _{W #} , D _WBC are displayed with some dots dw superimposed on each other, the numerical data D _W% , D _{W #} , D _WBC are prevented from being unreadable.
[0031]
As described above, by adding the numerical data D _W% , D _{W #} , D _WBC to the leukocyte classification matrix diagram 10 and displaying it, the medical staff can respond to the sample T only by looking at the leukocyte classification matrix diagram 10. Thus, an outline of the health condition of the subject to be diagnosed can be diagnosed and accurate determination can be made from specific numerical data D _W% , D _{W #} , D _WBC . That is, since the visibility of the white blood cell classification matrix FIG. 10 can be improved, erroneous recognition of the diagnosis can be prevented and the speed can be increased.
[0032]
B ₁ is a button for operating whether or not to display numerical data D _W% , D _{W #} , D _WBC by the numerical data display program P ₂ , and the initial setting is, for example, numerical data D _W% , D _{W #} , D _WBC is not displayed. Numerical data D _W% by a button B ₁ as in this example, D W _#, by to switch whether to display the D _WBC, numerical data _{D W%, D W #,} D WBC of blood cells There is an advantage that an easy-to-see display can be freely selected when it overlaps the point dw indicating detection. Further, Be is a display end button of the white blood cell classification matrix FIG.
[0033]
In the above-described example, the numerical data display program P ₂ displays numerical values representing the numerical data D _W% , D _{W #} , D _WBC as the display portion of the point dw indicating the detection of each blood cell, that is, the classification display areas W _{1 to} W _5. However, the present invention is not limited to this. That is, the numerical data D _W% , D _{W #} , D _WBC may be displayed by clarifying the corresponding area by a leader line or the like. Further, the display position of the numerical data D _W% , D _{W #} , D _WBC may be adjusted so as not to overlap the point dw indicating the detection of blood cells.
[0034]
Next, FIG. 4 shows an enlarged view of the reticulocyte classification matrix FIG. Also in this case, for example, when the user moves the cursor to the top of the reticulocyte classification matrix FIG. 11 on the screen shown in FIG. 2 and double-clicks the mouse, the details of the reticulocyte classification matrix FIG. 11 shown in FIG. Can open a window. It should be noted that the operation method for displaying the details of the blood cell classification matrix diagrams 10 and 11 shown in FIGS. 3 and 4 is not limited to the one described above, and it is needless to say that the operation can be performed by an appropriate method.
[0035]
In the reticulocyte classification matrix of FIG. 11 in this example, for example, the horizontal axis represents volume, and the vertical axis represents fluorescence intensity. The matrix diagram display program P ₁ classifies the reticulocyte classification matrix diagram 11 into four groups according to the fluorescence intensity.
[0036]
That is, each of the classification display areas R _{1 to} R ₄ corresponds to a highly fluorescent reticulocyte, a medium fluorescent reticulocyte, a low fluorescent reticulocyte, and an aged red blood cell, respectively, and separates the classification display areas R _{1 to} R ₄ . A line segment Lr indicated by a solid line is a threshold value that divides each of the classification display areas R _{1 to} R ₄ . Further, the matrix diagram display program P ₁ displays each measured blood cell at a corresponding position on the reticulocyte classification matrix diagram 11 by a point dr of a display color corresponding to each of the classification display areas R _{1 to} R ₄ . That is, it can be recognized at a glance how much red blood cells of which classification are included.
[0037]
Next, numerical data display program P ₂ is, for example, the upper left of the reticulocyte classification matrix 11, the numerical data D _RET% representing the reticulocyte count, and displays the D _{RET #,} correction value D _CRC reticulocyte the lower left Display _% . Further, the numerical data D _RBC of mature red blood cells is displayed in the classification display area R ₄ . Numerical data D _RETH% , D representing the blood cell ratio “%” with respect to the reticulocyte count D _RET of each reticulocyte corresponding to each classification display area R _{1 to} R ₃ and the absolute number “#” of the blood cells of each classification _{RETH #, D RETM%, D} RETM #, D RETL%, D RETL # ( hereinafter, these numerical data numerical data D _R%, expressed as D _{R #)} is displayed.
[0038]
The numerical data display program P ₂ is similar to FIG. 3 in that the numerical values representing the numerical data D _R% , D _{R #} , D _RET , D _CRC , D _RBC are any of the classification display areas R _{1 to} R ₄ . Different from the display color of the point dr, the numerical data D _R% , D _{R #} , D _RET , D _CRC , and D _RBC are prevented from becoming unreadable.
[0039]
The reticulocyte classification matrix FIG. 11 is displayed with numerical data D _R% , D _{R #} , D _RET , D _CRC , _{D RBC} added and displayed, so that only the reticulocyte classification matrix FIG. It is possible to diagnose the outline and to make an accurate judgment. That is, by improving the visibility of the reticulocyte classification matrix FIG. 11, it is possible to prevent erroneous recognition and speed up diagnosis.
[0040]
B ₂ is a button for operating whether or not to display numerical data D _R% , D _{R #} , D _RET , D _CRC , D _RBC by the numerical data display program P ₂ , and Be is a reticulocyte classification matrix. It is a display end button of FIG. Also, in the example shown in FIG. 4, the numerical data display program P ₂ displays the numerical data D _R% , D _{R #} , D _RET , D _CRC , D _RBC by clarifying the corresponding area by a lead line or the like, You may make it adjust the display position so that it may not overlap with the point dr which shows the detection of a blood cell.
[0041]
In the above-described example, an example is disclosed in which the blood cell classification matrix diagram display device 1 of the present invention comprises an analysis device 2 for analyzing the content of blood cells contained in the sample T and a computer 3 connected to the analysis device 2. However, the present invention is not limited to this. That is, it goes without saying that the blood cell classification matrix diagram display device of the present invention may be built in the analyzer 2 such as an automatic blood cell counter.
[0042]
【The invention's effect】
As described above in detail, according to the blood cell classification matrix diagram display device, the blood cell classification matrix diagram display method, and the recording medium on which the blood cell classification matrix diagram display program of the present invention is recorded, the distribution can be obtained only by looking at the blood cell classification matrix diagram. In addition to the situation and trend, specific numerical data can be read, the recognition of classification can be improved, and the speed of diagnosis can be increased.
[Brief description of the drawings]
FIG. 1 is a diagram showing an overall configuration of an automatic blood cell counter provided with a blood cell classification matrix diagram display device of the present invention.
FIG. 2 is a diagram showing an overall display example by the blood cell classification matrix diagram display device.
FIG. 3 is a diagram showing a display example of a white blood cell classification matrix diagram.
FIG. 4 is a view showing a display example of a reticulocyte classification matrix diagram.
FIG. 5 is a diagram showing an overall configuration of a conventional automatic blood cell counter.
FIG. 6 is a view showing a display example by the automatic blood cell counter.
[Explanation of symbols]
1 ... automatic blood cell counter, 3 ... display device, 3a ... display unit, 6 ... analyzer, 10 ... white blood cell classification matrix diagram, 11 ... reticulocyte classification matrix diagram, B _1, B ₂ ... selector switch, D _W%, D _{W #} , D _WBC , D _R% , D _{R #} , D _RET , D _CRC , D _RBC ... Numerical data, W _{1 to} W ₅ , R _{1 to} R ₅ .

Claims (6)

A white blood cell classification , which is a display device of an automatic blood cell counter and is connected to an analysis unit for analyzing the content of blood cells contained in a sample and separately displays the distribution state of white blood cells and the distribution state of reticulocytes in the sample matrix view and Amiaka blood classification matrix diagram, and a white blood cell data display unit to these blood cells classification matrix view that displays the absolute number of numerical data of the blood cell ratio and the classification of each classification to separate to the total white blood cell count of white blood cells reticulocyte data display unit for displaying the numerical data comprising a blood cell ratio of each classification to the total reticulocyte count of reticulocytes as well as Overall the screen displaying the total data display unit for displaying the numerical data indicating the overall status of the specimen a display state, while the overall display screen an enlarged detail of the white blood cell classification matrix diagram or the halftone red blood cell classification matrix diagram on the screen display Are switchable into a helix diagram display state, and in them matrix diagram display state, the display of different colors for each classification display area of the white blood cell classification matrix diagram or Amiaka blood classification matrix diagram displayed, displayed in a different color Each classification display area is added with numerical data of the blood cell ratio of each classification and the absolute number of each classification displayed in the white blood cell data display section , and these added numerical data are the respective classification display areas. The blood cell classification matrix diagram display device is characterized by being configured to display in different colors . The blood cell classification matrix diagram display device according to claim 1, further comprising a changeover switch that enables switching between display / non-display of the numerical data. A display method in an automatic blood cell counter for analyzing and displaying the content of blood cells contained in a specimen , wherein a white blood cell classification matrix diagram and a network for separately displaying the distribution state of white blood cells and the distribution state of reticulocytes in the specimen red blood cell classification matrix diagram, and the total of the absolute number of numerical leukocytes data display unit for displaying data and reticulocytes of these blood cells classified matrices view to separate the classification of the blood cell ratio and the classification to the total white blood cell count of white blood cells reticulocyte data display unit for displaying the numerical data comprising a blood cell ratio of each classification for reticulocyte count, as well as a comprehensive display state of the screen displaying the total data display unit for displaying the numerical data indicating the overall status of the specimen, Matori' to screen an enlarged detail of the white blood cell classification matrix diagram or the network red blood cell classification matrix view on this complex display screen It is switchable to a scan diagram display state, and in them matrix diagram display state, the display of different colors for each classification display area of the white blood cell classification matrix diagram or Amiaka blood classification matrix diagram displayed, displayed in a different color Each classification display area is added with numerical data of the blood cell ratio of each classification and the absolute number of each classification displayed in the white blood cell data display section , and these added numerical data are the respective classification display areas. A method for displaying a blood cell classification matrix diagram, characterized by displaying in different colors . 4. The blood cell classification matrix diagram display method according to claim 3 , wherein the display state of each blood cell classification matrix diagram that displays the numerical data and the display state of each blood cell classification matrix diagram that does not display numerical data can be switched. . A white blood cell recording a display program of an automatic blood cell counter for analyzing and displaying the content of blood cells contained in a specimen , wherein the white blood cell distribution state and the reticulocyte distribution state are separately displayed in the specimen classification matrix diagram and Amiaka blood classification matrix diagram, and white blood cell data display unit from these blood classification matrix diagram displays the absolute number of numerical data of the blood cell ratio and the classification of each classification to separate to the total white blood cell count of white blood cells and reticulocytes data display unit for displaying the numerical data comprising a blood cell ratio of each classification to the total reticulocyte count of reticulocytes as well as screen integrated data display unit for displaying the numerical data indicating the overall status of the specimen displayed image enlarged and comprehensive display state, the details of the white blood cell classification matrix diagram or the network red blood cell classification matrix view on this complex display screen A matrix diagram display program that can be switched to a matrix diagram display state for displaying the display, in the matrix diagram display state, display a different color for each classification display area of the white blood cell classification matrix diagram or Amiaka blood classification matrix diagram displayed together is, each classification display area displayed in different colors by adding the absolute number of numerical data of the blood cell ratio and the classification of each classification is displayed on the leukocyte data display unit, and is these additional A computer-readable recording medium having recorded thereon a blood cell classification matrix diagram display program having a numerical data display program for displaying numerical data in a color different from each classification display area . Claims in which the blood cell classification matrix diagram display program records a blood cell classification matrix diagram display program capable of switching between a display state of a blood cell classification matrix diagram that displays numerical data and a display state of a blood cell classification matrix diagram that does not display numerical data Item 6. The computer-readable recording medium according to Item 5 .

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