JPH0531107B2 - - Google Patents

Description

DETAILED DESCRIPTION OF THE INVENTION The present invention provides an automatic blood analysis and judgment instruction that examines the condition of blood cells in the blood in which the collected blood cells are not altered and automatically instructs effective administration ingredients according to the symptoms. Regarding the method.

In recent years, the diversification of foods, food additives, luxury goods, etc. has made it easier to lose nutritional balance, and the diversification of various drugs, cosmetics, etc. has led to an increase in the number of people suffering from various allergies. .

However, even if patients exhibit similar symptoms, there are individual differences, so even if the same drugs, vitamins, minerals, etc. are administered, there will be differences in the therapeutic effects.

Therefore, it is necessary to select and administer appropriate active ingredients to each individual.

In order to accurately understand the symptoms depending on individual differences, there is a method of examining and determining the blood cells of a person exhibiting symptoms of a disease or the like.

For example, Japanese Patent Laid-Open No. 133659/1983 discloses a method of automatically performing such a determination by magnifying blood cells using a microscope and comparing the data with data showing symptoms using a computer or the like. Unexamined Japanese Patent Publication 1987
This method is disclosed in Japanese Patent Application Laid-open No. 103059, Japanese Patent Application Laid-Open No. 153367-1982, Japanese Patent Application Laid-Open No. 223868-1982, and Japanese Patent Application Laid-open No. 119294-1984.

In the conventional methods described in each of these publications, a microscopic specimen was prepared before observation using a microscope. In other words, approximately 10 cc of blood for various blood tests is collected using a syringe from a person exhibiting symptoms of a disease, etc., and a predetermined amount of blood is taken out and dropped onto a slide glass, and then stained.
They would coagulate it and make a microscopic specimen, which would then be subjected to blood tests.

However, since stained and coagulated blood cells are altered versions of living blood cells flowing through the human body, they cannot exhibit the same symptoms as those of living blood cells. Can not.
Therefore, the conventional method described above bypasses valuable data corresponding to the symptoms contained in living blood cells to judge the symptoms. It was impossible to judge.

In addition, the conventional method requires a long time to prepare a microscopic specimen, and cannot be used for emergency diagnosis.

Furthermore, nowadays there is a tendency to place importance on health management, and an increasing number of people, especially women, are constantly trying to maintain the health of their skin in order to apply makeup. Under these circumstances, there is a demand for a method that can accurately determine the level of health using a simple method.

The present invention was made against this medical and health background.

The automatic blood analysis/determination instruction method of the present invention was established through many years of clinical medical data collection and analysis by medical personnel such as the inventor.

The clinical medical facts are explained below in Figures 1 to 2, which are micrographs of unaltered raw blood cells.
Figure 1 will be explained. The magnification of this micrograph is
It is 1000 times more.

(1) Symptoms: Chaining of red blood cells (Rouleau)...Figure 1 Blood cell image: Red blood cells are clustered together like a stack of coins.

Contents: A decrease in oxygen supply to fiber cells causes fatigue in the human body.

Active ingredients: Hydrochloric acid (HCl), niacin (vitamin _B3 ) (2) Symptoms: Erythrocyte Aggregation...
Figure 2 Image of blood cells; Red blood cells are gathered in large numbers without regularity.

Content; It causes obesity and exhibits abnormal erythrocyte sedimentation.

Active ingredients: Hydrochloric acid, niacin, heparin (substances that prevent blood clotting, which are present in large quantities in the liver) (3) Symptoms: Spindle cell aggregates (Thrombocyte
Aggregation)...Figure 3 Blood cell image; Platelets are aggregated.

Contents: Increases the likelihood of circulatory disorders, pulse disorders, blood clots, headaches, etc.

Active ingredients: EPA, vitamin C, E, _B6 , magnesium,
Manganese, pancreatin (digestive enzyme) (4) Symptoms: Spicules...Figure 4 Image of blood cells: Small needle-like substances are precipitated. These substances are thought to be fibrin (fibrous proteins formed during blood clotting) or macroglobulins. These spicules often occur together with red blood cell aggregates.

Content; Feeling of decreased liver function, stress, and fatigue.

Active ingredients: Hydrochloric acid, niacin, iron, brown rice germ, inositol, methionine (5) Symptoms: Chylous material...Figure 5 Image of blood cells: An itchy substance is precipitated in the blood.

Details: High-fat blood, decreased liver function, and in particular, an inability to digest fat.

Active ingredients: choline, inositol, methionine, lecithin (liver medicine made from soybeans and egg yolks), lipotrophic (prevents liver fat deposition), vegetables, ions (6) such as low saturated fat diet Symptoms; L-Forms...Figure 6 Image of blood cells; Shiny and slightly large. Moves around a lot. It should not be confused with the larger version of the chyle-like substance.

Contents: The number of bacteria in the blood increases, resulting in low immunity and reduced resistance to diseases.

Active ingredients: vitamins A, B, C, E, selenium, zinc, lactobacillus, acidophilus, yogurt,
Minerals (7) Symptoms; Rod Forms...Figure 7 Image of blood cells; Rod-shaped substances precipitate.

Contents: Children often experience dizziness. Cancer immunity is lost and the incidence of cancer is high.

Active administration ingredient; The same is true for the L form.

(8) Symptoms; Parasitized RBC...Figure 8 Image of blood cells; Red blood cells are observed as infected red blood cells affected by bacteria.

Contents: Easily fatigued, easily catch colds, susceptible to suppuration, and prone to allergies.

Effective administration ingredients: Effective administration ingredients in L form, as well as pantothenic acid, garlic antibiotics, antiallergic agents, β
-Carotene (9) Symptoms: Protoplast...Figure 9 Image of blood cells; Looks like bacteria, larger than red blood cells. It glows red when it contains a lot of toxins. The white color is just bacteria.

Content; Cancer, respiratory diseases such as tuberculosis, and syphilis.

Active ingredients: vitamins C, E, natural minerals, selenium,
Carotene, pancreatin, anti-inflammatory enzymes.

(10) Symptoms: Plaques...Figure 10 Image of blood cells; They are less transparent than the original substance and look like bacteria. May have red crystals.

Contents: Heart disease, arteriosclerosis, decreased blood circulation, blood circulation disorders, decreased metabolism, various allergies, and easy bruising.

Active ingredients: Magnesium, vitamin B ₆ , potassium, vitamin B ₁₅ , C, E, iron, pancreatin,
EpA, squalane, aspartic acid, garlic, niacin (11) Symptoms: Red crystals...Figure 11 Blood cell image; Figure 11 is monochrome and the actual color cannot be seen, but when viewed in color, it appears red. It has a crystalline shape.

Contents: Arteriosclerosis, high blood pressure, heart failure, high levels of toxins, effective cancer ingredients: Enzyme, Chinese herbal medicine, rice leaves, lactic acid bacteria,
Digestive enzymes, acidophilus bacteria, yogurt, toxin detergent (12) Symptoms: Acanthrocyte Percentage...Figure 12 Blood cell image: Severely deformed red blood cells are seen. However, if it is 1% or less in one field of view, it is not significant.

Content; Blood purification effect decreases and allergies are likely to occur.

Active ingredients: hydrochloric acid, niacin, vitamins C, E, Chinese herbal medicine,
Anti-allergic agents (13) Symptoms; Neutrophilic Viability
...Figure 13 Image of blood cells; Due to agglutination of red blood cells, neutrophil activity becomes inactive.

Contents: Effective ingredients for reducing leukocyte activity: Hydrochloric acid, antioxidant (vitamin E), vitamin _B15 ,
Selenium (14) Symptoms; Hypersegmentation of neutrophils
of Neutrophils)...Figure 14 Image of blood cells; White blood cells appear to be dividing excessively.

Contents: Folic acid deficiency, weakened bacterial resistance Active ingredients: Vitamin B (yeast, liver, germ), brown rice germ, vitamin E, _B12 (15) Symptoms: Eosinophils...No. 15 Image of blood cells: Divided white blood cells appear larger and brighter than in the case of neutrophil hypermitosis.

Contents: Allergy symptoms, parasitic constitution, tumor active ingredients: Vitamins A, C, E, _B6 , pancreatin,
Calcium, anti-allergic agent (16) Symptoms: Target Cells...Figure 16 Image of blood cells: The center of the red blood cells appears white.

Contents: Chronic anemia, sensitivity to cold, iron deficiency anemia, hypothyroid hormone Active ingredients: Iron, vitamin B group (17) Symptoms: Anisocytosis...Figure 17 Blood cell image: Size of red blood cells Contents: Severe anemia, megaloblastic anemia Active ingredients: Iron, vitamin _B12 , A, E, folic acid, Chinese herbal medicine, ginseng (18) Symptoms: Poikilocytosis...Figure 18 Blood cells Image: Deformed red blood cells are seen.

Contents: Anemia, dizziness, indefinite complaints Active ingredients: Vitamin E, _B12 , A, C, folic acid, β-carotene, selenium, iron, antioxidants (19) Symptoms: Oval cells...No. Figure 19 Image of blood cells; Red blood cells are deformed into an oval shape.

Contents: Anemia, dizziness Active ingredients: Iron, folic acid, vitamin B ₁₂ (20) Symptoms: Macrocytes...Figure 20 Blood cell image: Red blood cells larger than 9 microns in diameter are seen.

Contents: Active ingredients for hemolytic anemia: Vitamin _B12 , folic acid (21) Symptoms: Microcytes...Figure 21 Blood cell image: Red blood cells smaller than 6 microns in diameter are seen.

Contents: Effective ingredients for administering anemia Vitamin _B12 , iron, folic acid The present invention was made based on the clinical medical facts mentioned above, and involves analyzing raw, unaltered blood cells to examine symptoms. An object of the present invention is to provide an automatic blood analysis determination instruction method that can predict diseases and display effective administration ingredients that tend to be in short supply in order to maintain health from a preventive medicine perspective.

The present invention uses a microscope to magnify a small amount of raw, unaltered blood cells collected from a patient's earlobe, etc., and detects each of the above-mentioned blood cell states from the image of the blood cells. The content is compared with each symptom stored in advance to determine the symptom and to instruct the appropriate effective ingredient to be administered for that symptom.

Hereinafter, No. 22 showing the apparatus for carrying out the method of the present invention will be described.
The diagram will be explained.

In the figure, reference numeral 1 denotes a microscope, which magnifies raw, unaltered blood cells collected from a patient to facilitate determination of the state of the blood cells. This microscope 1
Although an optical microscope is mainly used for this purpose, an electron microscope may be used if necessary. In addition, in order to easily observe live blood cells using the microscope 1, a ring-shaped bank of a predetermined height is provided on the slide glass, and a small amount of blood collected from the patient's earlobe is placed inside the ring-shaped bank. to form a blood film of a predetermined thickness. A television camera 2 is attached to this microscope 1, which takes an enlarged image of blood cells and sends the signal 2a to a display device 3 such as a television. The display device 3 projects an enlarged blood cell image on a screen 3a for visual viewing by doctors and patients. This display device 3 is connected with a data collector 4 that detects the presence of the various blood cells in the blood cell image and generates a data signal 4a corresponding to the state of the blood cells. This data collector 4
The AD converter 5 scans the blood cell image displayed on the screen 3a of the display device 3 and detects the type and number of blood cells contained therein, and the and a memory device 6 which stores the data and outputs it as a data signal 4a. This data signal 4a is
It is sent to the arithmetic unit 8. A memory device 9 is connected to this calculation section 8 . Into this storage device 9, the states of the various unaltered raw blood cells are stored in advance;
Symptoms corresponding to the blood cell condition and effective administration ingredients for the symptoms are stored. Then, the calculation unit 8 compares the data signal 4a with the items stored in the memory device 9, determines which symptom the blood cell state currently displayed on the screen 3a corresponds to, and then compares the symptom with the effective administration ingredient. An instruction signal 7a is sent to the display device 3. The display device 3 that receives this instruction signal 7a displays the symptom and the active ingredient on the screen 3a. At this time, the screen 3a may be switched between a blood cell image and a symptom, or both may be displayed at the same time. Further, a printer 10 is connected to the calculation section 8 of the calculation unit 7, which prints out the symptoms and the effective administration ingredients separately.

Next, the determination of the invention method will be explained.

First, unaltered raw blood collected from a patient is magnified, for example, about 1000 times using a microscope 1. This enlarged blood cell image is automatically captured by the television camera 2, and the image is captured on the screen 3a of the display device 3.
will be displayed on the screen. This allows doctors and patients to visually observe the state of blood cells within several minutes immediately after blood is collected from the patient.

This blood cell image is then captured by the data collector 4.
The blood cells are automatically scanned by the AD converter 5, and the type and number of blood cells contained therein are detected. The type and number of blood cells detected in this manner are stored in the memory 6 and sent to the calculation section 8 of the calculation unit 7 as a data signal 4a. This calculation unit 8 compares the contents of the data signal 4a with information stored in advance in the storage device 9,
The symptoms and effective administration ingredients corresponding to the blood cell image currently displayed on the screen are determined, and the instruction signal 7a is determined.
is emitted towards display device 3. Thereafter, the display device 3 displays the symptoms and effective administration ingredients based on the instruction signal 7a on the screen 3a together with the blood cell image or in a switched manner. This allows the physician to quickly determine the exact symptoms and active ingredients to administer.

Note that, if necessary, the symptoms and the active ingredients to be administered may be printed out in letters using the printer 10.

In this way, the method for instructing automatic blood analysis and judgment of the present invention can be performed by simply enlarging a small amount of unaltered raw blood collected from a patient using a microscope, and visually observing the blood cell image on the screen. It can be used for diagnosis by doctors and explanations for patients. In addition, even after that, the symptoms and active ingredients corresponding to the blood cell image can be automatically detected, determined, and instructed on the screen. In particular, since the system instructs the judgment of symptoms using unaltered living blood cells, which are equivalent to the blood flowing in the human body, compared to conventional methods, it is possible to understand the content of symptoms more accurately and make appropriate judgments. can be done,
It is a great help for patients to recover from illness and maintain good health. Since these detection/judgment operations are performed quickly and accurately, the diagnostic time can be greatly shortened. Thereby, it can be used for judgment in an emergency, and it is also possible to receive a diagnosis easily.

[Brief explanation of drawings]

FIGS. 1 to 21 are micrographs of various blood cells magnified 1000 times, and FIG. 22 is a system diagram showing an embodiment of the apparatus used in the automatic blood analysis and judgment instruction method of the present invention. 1... Microscope, 2... Television camera, 3... Display device, 4... Data collector, 4a... Data signal, 7... Arithmetic unit, 7a... Instruction signal.

Claims (1)

[Claims] 1. The sampled blood cells are magnified with a microscope before being altered, the image of the blood cells before the alteration enlarged by the microscope is imaged with a television camera, and the above-mentioned blood cells are A blood cell image is projected on a display device, a data collector detects the state of various blood cells from the blood cell image, and a data signal corresponding to the state is generated, and this data signal is stored in advance by an arithmetic unit. The contents of the blood analysis and judgment are displayed on the display machine by comparing the status of various blood cell images and emitting an instruction signal to select the symptoms and effective administration ingredients corresponding to the data signals and displaying them on the display machine. A method for instructing automatic blood analysis and determination, characterized by displaying the information.