Deciphering blood, urine and feces analyzes in a convenient reference book for obtaining information without a doctor and without the Internet.

The handbook contains a transcript of analyzes with detailing for each item:
- indicator rate;
- how to prepare for delivery and how it is carried out;
- general description and indications for medical research;
- possible reasons for the increase or decrease in the concentration of the measured values.

More than 70 transcripts of medical analyzes.

Blood tests transcript:
- complete blood count (CBC, clinical blood test);
- blood test for HIV;
- blood test for hemoglobin HbA and glycosylated hemoglobin (glycated, HbA1c);
- blood test for lipid profile (lipid profile);
- a blood test for markers of viral hepatitis and markers of osteoporosis;
other.

Urine tests decoding:
- general urine analysis (OAM);
- urine analysis according to Nechiporenko;
- Rehberg's test;
- Alpha-Amylase (portioned / daily urine).
- urine calcium, qualitative test (Sulkovich test).

Daily urine tests:
- albumin;
- total protein;
- glucose;
- creatinine;
- urea;
- uric acid;
- potassium, sodium;
other

Stool analyzes decoding;
- Coprogram, general analysis of feces.
- Fecal calprotectin.
- Latent blood in the feces (qualitative method).
- Latent blood in the feces (quantitative method).

Explanations of analyzes in this appendix will help you understand the procedure for preparing for analyzes and the values ​​obtained.

Important! Information from this application cannot be used for self-diagnosis and self-medication. In case of pain or other exacerbation of the disease, only the attending physician should prescribe diagnostic tests. For a diagnosis and correct treatment, you should contact your doctor.

We remind you that independent interpretation of the results is unacceptable, and the information provided in the appendix is ​​for reference only.

It should be understood that the calculation of analyzes in laboratories is carried out using high-precision equipment and various reagents. However, it is very common that the analysis of the same person, carried out in different laboratories, gives different digital results.

This is due to the fact that different laboratories use different equipment with different settings, as well as reagents from different manufacturers. As a consequence, the results of the study may indeed be different.

For this reason, in each of the laboratories, the normal limits in the analysis forms also differ just as much as the sensitivity of the reagents differs.

Therefore, if you are faced with a similar situation, first of all, pay attention to the fact that each laboratory gives its normal ranges of digital values.