an example of the mathematical analysis of primary materials
investigation of the state left ventricular systolic function in patients with coronary artery disease and
the right heart in patients with chronic obstasctive pulmonary disease.

article is intended for professionals working in the field of evidence
Medicine.

Key words: measurement of human health, coronary heart disease,
chronic obstasctive pulmonary disease, the objectivity of the survey results
person.

1. Clarifications to the article "Quantifying human health»

In connection with the publication of us began to receive letters containing a set
similar issues. Therefore it was necessary to give the following public
explanation.

Currently, the Russian-speaking audience of the Internet accessible software
product called: "Calculator health." It is intended, in the final
After all, for physicians and to work with it does not require special knowledge.
Its address is:

213.131.60.245:81/Math2/faces/app/app.jsp

calculator provided with a reference material and examples
illustrating the possibilities offered us a method for quantitative measurement
human health. We must assume that this stuff will remove a number of issues
set out in the above mentioned letters and, in particular, the question: what
advantage of this method? Two words, it is reflected in the fact that this method
is a universal objective measuring instasment on human health, ie it can be
apply not only for any illness, but also in preventive medicine,
Specifically, during examination of astronauts and athletes. This method is essentially
case, takes medicine and biology at the rank of the exact sciences.

In order to verify the legality of the practice of the foregoing, it is possible
on an experimental basis, require applicants to handle Degrees
Materials dissertations with "Health Calculator».

It should be borne in mind that for objective measurement of health
person must satisfy the condition

Y (t ) = Y (t , G )

B _j (t ) =
B _j (t , P )
for all j = 1 .. N (t , G )
(1)

B _{j 0} = B _{j 0} (P )
for all j = 1 .. N (t , G ),

where

Y (t ) - a set of primary
indicators of human health, studied at the time
t ;

Y (t , G ) -
general population of the primary indicators of human health
at time t ;

B _j (t ) - the set of
survey results in terms of human y