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2.2.3. Working up of the results

2.2.3.1. Calculate the relative index of Voll effect (FER in %) between maximal and minimal indexes of background measurement of BAP, i.e. between the indexes of columns 3 and 4, table 6 according to formula 2 (see the item 2.1.4.3.).

Put down the result into column 5, table 6.

2.2.3.2. Calculate FER in % between the indexes of control measurement of BAP, i.e. between the indexes of columns 6 and 7, table 6 by analogy.

2.2.3.3. Then calculate the difference between maximal quantities of control and background indexes of BAP, i.e. between the indexes of columns 6 and 3, table 6.

Put down the result into column 9, table 6.

2.2.3.4. Then calculate the difference between the relative indexes of Voll effect, i.e. between the indexes of columns 5 and 8, table 6.

Put down the result into column 10, table 6.

2.2.4. The interpretation of results

For the interpretation of the results of testing by method of Voll it is necessary to compare among themselves the results of control and background indexes of BAP presented in table 4. To define the degree of significance of the results of comparing these indexes ( in %) you should use a universal diagnostic scale of asymmetries and deltas presented in table 2.1, appendix 2.

The first diagnostic criterion is the results of comparison of maximal quantities of control and background indexes of BAP within each other.

2.2.4.1. If the reading of the indicator increased in comparison with a background index (the index of column 6, table 6 is bigger than the index of column 3) after putting the investigated substance into the ditch, it testifies to an activating, energizing influence of the investigated substance on the function of the organ interconnected with the investigated BAP. When interpreting such influence it is necessary to take into account the quantity of a background index.

2.2.4.1.1. If the background index is lower than norm (which testifies to a hypofunction of a corresponding organ), the activating influence of substance is considered as a positive one, because it normalizes (brings nearer to the norm) the function of an organ.

2.2.4.1.2. If the background index is higher than norm (which testifies to a hyperfunction of a corresponding organ), the activating influence of substance is considered as a negative one, because it even more raises a boosted function of an organ as it is.

2.2.4.1.3. If the background index is equal to the norm, then the activating influence of substance, which is withdrawing it in the direction of hyperfunction, is also considered as undesirable (though to a smaller extent than that in the previous case).

2.2.4.2. If the reading of the indicator decreased in comparison with the background index (the index of column 6, table 6 is less than the index of column 3) after putting the investigated substance into the ditch, it testifies to a calming, overwhelming influence of the investigated substance on a corresponding organ (function).

When interpreting such influence it is necessary to take into account the quantity of the background index.

2.2.4.2.1. If the background index is higher than the norm (which testifies to a hyperfunction of the organ), the calming influence of the substance is positive, because it normalizes the function of the organ.

2.2.4.2.2. If the background index is lower than the norm (which testifies to a hypofunction of the organ), the calming influence of the substance is negative, because it even more decreases (depresses) the decreased function of the organ as it is.

2.2.4.2.3. If the background index is equal to the norm, then the calming influence of substance, which is withdrawing it in the direction of hypofunction, is also considered as undesirable (though to a smaller extent than that in the previous case).

2.2.4.3. If the maximal indexes of control and background measurements are equal with each other, it testifies to an indifferent influence of the investigated substance on the corresponding organ (function).

2.2.4.4. The second diagnostic criterion is the results of comparison of control and background indexes of Voll effect (FER) with each other.

2.2.4.4.1. If the control index of FER is bigger than the background one (i.e. the index of column 8, table 6 is bigger than the index of column 5), it testifies to a negative influence of the investigated substance on the corresponding organ (function). It happens because this substance causes the appearance of Voll effect or intensifies it, i.e. the substance provokes different undesirable changes on the organic level.

2.2.4.4.2. If the control index of FER is less than the background one (i.e. the index of column 8, table 6 is less than the index of column 5), it testifies to a positive influence of the investigated substance on the corresponding organ (function). It happens because this substance depresses FER, i.e. the substance provokes negative changes on the organic level.

2.2.4.4.3. If the control index of FER is equal to the background one (i.e. the indexes of columns 8 and 5, table 6 are equal with each other), it testifies to an indifference of organic influence of the investigated substance on the corresponding organ (function).

2.2.4.5. Among two above-stated diagnostic criteria the first is more connected with the influence of the investigated substance on the function, whereas the second criterion is concerned with the influence of the investigated substance on the organics of the corresponding organ. That’s why:

2.2.4.5.1. The quantity of percentage correlation of maximal indexes of control and background measurements is directly proportional to the force of influence of the investigated substance on the function of corresponding organ.

2.2.4.5.2. The quantity of percentage correlation of FER indexes of control and background measurements is directly proportional to the force of influence of the investigated substance on the organics of corresponding organ.

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