A comparison of the size, composition and other
characteristics of the future populations, estimated, either taking account
or no account of the HIV epidemic, helps identify the impact of the epidemic
on demographic developments. Let us consider some of these characteristics.
Number of Infected with HIV
According to forecast assumptions, the epidemic is
to peak (a highest number of infected with HIV) in 2015 (except for scenario
A), when their number will be between 427,000 and 3,457,000, depending
on a given scenario (Table 16). The difference between the extreme scenarios
indicates the substantive sensitivity of results, on the one hand, on scenario
assumptions, and the assessment of the current stage of the epidemic, on
the other. Taking into account that once the HIV virus has penetrated into
the human organism it will stay there forever, HIV-infected people will
become noticeable in any case among other chronic patients, and in a worst-case
scenario, will be «devouring» a greater part of the health-care system’s
resources.
Table 16. HIV-positive,
2015 and 2025, thousand people
Scenarios
|
2015
|
2025
|
R
|
726
|
671
|
R1
|
437
|
403
|
R2
|
427
|
390
|
E
|
870
|
817
|
U
|
1303
|
1220
|
A
|
1734
|
1619
|
A1
|
1748
|
1604
|
A2
|
3457
|
3184
|
A3
|
3390
|
3086
|
Fig. 7. Number of
Infected with HIV According to Various Scenarios of Forecast. 2002-2025.
Thousand.
According to our estimates, the number of HIV-infected
will be between 390,000 and 3,200,000 in 2025. The numbers are much lower
than assumed in N. Eberstadt’s forecast mentioned above (from 4 million
to 19 million in 2025). Nevertheless, even according to our forecast, the
number of infected with HIV is great, indeed. It will considerably exceed
(by 1.6 to 13 times) the present-day number of the registered narcomaniacs
(See Table 17). Possibly, the strucrure of prevalence will change, the
HIV (younger age disease) will substitute the cancer (mostly, elder age
disease), and a big part of the population will not live till having senile
diseases. The number of HIV-positive, given most grim assumptions, could
become equal to the current average annual number of people suffering from
respiratory organ diseases.
Table 17. Some
of the Groups of Patients (Registered in Disease-Prevention and Treatment
Centers), end of 2000
Diagnosis |
Ths
|
Alcoholism
and alcoholic psychoses |
2,191
|
malignant
tumors |
2,098
|
mental disorders |
1,939
|
syphilis |
732
|
non-arrested
tuberculosis |
380
|
narcomania |
269
|
toxomania |
12
|
Source: Health Care in Russia:
Statistical Handbook/Goskomstat (or State Statistics Committee of Russia).
Moscow, 2001.
AIDS Deaths
At the present time, AIDS is going virtually unnoticed
in the overall Russian mortality - 15 people diagnosed with AIDS died in
2002, while an annual number of deaths is about 2 million.
In the foreseeable future the percentage of HIV
deaths, given most conservative assumptions, will grow to 1%, and should
other scenarios happen, to 12% or even more. It should also be remembered
that people at a relatively young age will be dying of AIDS without reaching
the age of retirement. Nowadays (2000) nearly half a million men and more
than 100,000 women die at a working age. AIDS may become the primary cause
of death among this age group.
Table 18. Annual
AIDS Deaths, 2015 and 2025, thousand
Scenarios
|
2015
|
2025
|
R
|
37
|
38
|
R1
|
25
|
21
|
R2
|
18
|
16
|
E
|
47
|
45
|
U
|
75
|
73
|
A
|
106
|
105
|
A1
|
162
|
87
|
A2
|
232
|
300
|
A3
|
149
|
215
|
At the present time, 80% of those who need ART
have received it. Let us assume that in future all HIV-infected people
will be receiving ART (ART costs $10,000 a year), then (budgetary) spending
on ART will be in the range of $4.37 billion to $34.57 billion, the upper
bound of this range exceeds the entire current budget of the country’s
health care system. It should not be excluded, however, that the cost of
ART will be reduced significantly. Some countries, for example, Brazil,
have considerable experience in cutting down the cost of treatment and
lowering AIDS-caused mortality.
A comparison of results, given various assumptions
about the degree of making ART available (R1 and R2, A2 and A3), enables
us to estimate its impact on AIDS-caused mortality. In worst years, medical
aid provided to all those who need it (scenarios R2 and A3), compared with
40% being available according toscenarios R1 and A2, could cut the AIDS
death toll by 30% to 40% a year.
In Table 18 data are given on cumulative AIDS deaths
according to various assumptions. At least nearly 300,000 Russians can
die of AIDS in the next 25 years, but according to the most pessimistic
forecasts, the decease may claim 3 million or as many as 4.5 million lives.
Table 19. Cumulative
AIDS Deaths by 2015 and 2025, thousand
Scenarios
|
2002-2015
|
2002-2025
|
R
|
232
|
617
|
R1
|
187
|
403
|
R2
|
120
|
296
|
E
|
487
|
954
|
U
|
767
|
1522
|
A
|
1068
|
2147
|
A1
|
1444
|
2533
|
A2
|
1564
|
4518
|
A3
|
1021
|
3090
|
AIDS deaths, according to our estimates, will be
between 16,000 and 300,000 every year. Table 19 shows that this new
cause of death, by its force, will just slightly fall short of an sub-total
of accidents, poisonings and injuries but, at the same time, will be stronger
than each of the causes of death within that aggregate.
Table 20. Died
in 2001 Due to Some Causes of Death
Deaths from
all causes |
2 254 856
|
including: |
|
Ischaemie
heart diseases |
588 684
|
Accidents,
poisonings and injuries |
331 634
|
of them from: |
|
occasional
alcohol poisonings |
41 091
|
transport
accidents (all types), injuries |
40 722
|
suicides |
57 284
|
homicides |
42 921
|
Diseases
of the respiratory system |
94 922
|
Mental and
behavioural disorders |
8 865
|
Complications
in pregnancy, delivery and postpartum period |
479
|
Source: The Demographic Yearbook
of Russia. 2002: Statistical Handbook / Goskomstat of Russia. Moscow, 2002.
According to all assumptions, the AIDS factor as
the cause of death will grow increasingly topical in the foreseeable future
but may develop into threat No. 1 for the life and health of the people
of Russia only if hardly probable «severe» scenarios of the epidemic happen.
What is more probable is that other risks (cardiovascular diseases, tumors
and psychoses of various etiology) will remain the principal ones. Meanwhile,
the rapid expansion of the new deadly disease in the already unhealthy
society (male life expectancy is less than 60 years) is fraught with still
unknown (synergetic) effects.
Life Expectancy
The AIDS epidemic will have a significant effect on
life expectancy in the period to come. The difference in life expectancy,
according to the assumed no AIDS assumption and according to the hardest
AIDS, will be 6.5 years for men and 4.5 years for women in 2025. What is
more, the time of healthy life will be shortened, there will be a significant
decrease in the level of the general well-being and prosperity of society.
Table 21. AIDS
Related Decrease in Life Expectancy, 2025, years
Scenarios
|
Males
|
Females
|
R
|
-1.35
|
-0.85
|
R1
|
-0.81
|
-0.50
|
R2
|
-0.63
|
-0.38
|
E
|
-1.65
|
-1.09
|
U
|
-2.47
|
-1.65
|
A
|
-3.24
|
-2.16
|
A1
|
-3.1
|
-2.05
|
A2
|
-6.54
|
-4.51
|
A3
|
-5.09
|
-3.51
|
Population Size
The epidemic of such a scale cannot but have an effect
on the total population. N. Eberstadt estimated an excess decrease in the
population due to AIDS-caused mortality at 10 million to 20 million people
till the year 2025. According to our estimates, the number is much lower,
but according to the most pessimistic versions of our forecast, is also
very high - nearly 7 million people according to version A2 (Table 21).
Meanwhile, 100% provision of ART to all those who need, in the worst-case
scenario of the epidemic, will save one million lives by 2025 (the difference
between A2 and A3).
Table 22. Decrease
of the Population Size, mln
|
Population
|
Population decrease
2002-2025
|
Scenarios
|
2002
|
2005
|
2010
|
2015
|
2020
|
2025
|
total
|
due to AIDS
|
D
|
143,6
|
141,5
|
138,5
|
135,1
|
130,8
|
125,7
|
-17,8
|
0
|
R
|
143,6
|
141,4
|
138,3
|
134,5
|
129,9
|
124,3
|
-19,2
|
-1,4
|
R1
|
143,6
|
141,4
|
138,3
|
134,6
|
130,2
|
124,8
|
-18,7
|
-0,9
|
R2
|
143,6
|
141,4
|
138,3
|
134,7
|
130,3
|
125,0
|
-18,6
|
-0,7
|
E
|
143,5
|
141,3
|
137,9
|
134,1
|
129,4
|
123,9
|
-19,7
|
-1,9
|
U
|
143,5
|
141,1
|
137,6
|
133,6
|
128,7
|
122,9
|
-20,6
|
-2,8
|
A
|
143,5
|
141,0
|
137,3
|
133,1
|
128,0
|
122,0
|
-21,5
|
-3,7
|
A1
|
143,5
|
141,0
|
137,1
|
132,5
|
127,4
|
121,7
|
-21,8
|
-4,0
|
A2
|
143,5
|
141,0
|
137,1
|
132,2
|
125,9
|
118,8
|
-24,7
|
-6,9
|
A3
|
143,5
|
141,0
|
137,2
|
132,4
|
126,4
|
119,7
|
-23,8
|
-5,9
|
Fig. 8. Population
Size, 2002-2025, mln
|