| The program was carried out the interpretation of the results is simplest possible. The analysis program deals with the algorithms calculated by inverses problems resulting from the clinical tests, and the biochemical results in order to present the results in form of
syntheses images and the organs to you according to a specific chromatology corresponding to certain measured functional criteria to which you have access. |
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| Physiological significance of the colors |
| A risk analysis per system and the biochemical results in the form of graphs are also proposed to you. |
| Algorithms conventions |
| However, certain requirements are to be respected in order to use your system as well as possible : |
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1.The results obtained by the examination are not used imperatively to confirm the diagnosis of structure (imagery) or blood (laboratory tests) established by other examinations.
Instead they bring functional and complementary new elements to the interstitial level. Each medical examination has its specificities ; the EIS as a whole analyzes the function of the organs via the interstitial fluid with its specificities and information which one can extract from this examination.
Just like laboratory tests, the interpretation of the EIS thus requires that one has knowledge of adequate references and a list of variables which can modify the results. |
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2.Modeling represents the organs as well as their function and the interstitial fluid which traverses them.
This noninvasive and fast examination, evaluated within the clinical context, makes it possible to the medical user to have a functional assessment and not a
exhaustive medical diagnosis. The EIS establishes an organic functional evaluation making it possible to visualize therapeutic control and to analyze the
statistical functional risk. |
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| If pathology does not affect the measured organs or the total organ in its functionality, the device does not detect it, contrary to imagery systems. This is why examination by EIS is a screening examination, and a negative examination does not mean that the patient does not present pathologies, but simply that the functionality of the organ in its globality is respected. |
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| False positives / False negatives |
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| The optimal use of tests is not based only on comparing a result with reference values but also requires a definition of physiological limits. These cover 95% of healthy subjects. |
| Test interpretation therefore requires available adequate references and lists of variables which can modify the results |
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| Variation factors |
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| The physiological limits of decision making fluctuate with the objectives : |
- Diagnosis made Patient follow up Diseases concerned
- Possible therapies
- Prevalence
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| They are therefore based on current scientific and medical knowledge... |
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| 3.Reproduction and stability of results |
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| The body functions are being undulatory, the fundamental principles of physiology, can apply perfectly to EIS examination and make it possible to understand the modifications being able to occur during successive recordings or at several hours of interval. These variations also apply to the laboratory tests. |
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| These variations depend on : |
reflects the inaccuracy of the method used :
this is estimated by analyzing the test several times.
Intra individual variation is estimated by repeating the examination on the same person.
Inter individual variation is estimated by using the mean values for several people and is influenced by variables such as age and gender.
Specificity and sensitivity |
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| Help for interpretation : |
At the beginning, we can help you for the interpretation according to the clinical context It is possible to send us by e-mail your recordings by the import-export options from EIS program .
Of same we will answer all your questions by email or phone. |
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