BIBLIOGRAPHIC INPUT SHEET TEMPORARY Patterns of mortality ...

BIBLIOGRAPHIC INPUT SHEET TEMPORARY Patterns of mortality ... BIBLIOGRAPHIC INPUT SHEET TEMPORARY Patterns of mortality ...

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Chapter I1. Birth Weight 57 TABLE 14. Neonatal Mortality in Single and Plural Births, by Birth Weight, in California Project. Birth weight in grains Type of birth Neonatal 2,600 or less 2,501 and over Estimated deaths _ live births Neonatal Neonatal Live deaths Live deaths births births No. Rate No. Iate No. State Total .................... 44,740 570 12.7 3,411 443 129.9 41,329 127 3.1 Single ................... 43,855 494 11.3 2,939 369 125.6 40,916 125 3.1 Plural ................... 885 76 85.9 472 74 156.8 413 2 4.8 Fro. 31. Percentage of Multiple Births' among fornia experience shows that products of Infants Dying in Neonatal Period in 13 Cities and Two Projects. multiple pregnancies have high neonatal PEE CENT mortality due to their low birth weights, 0 3 10 is 20 Ro s among other factors. IKIEl SINMAN FOl I CI ­ * * * ,SUl.C, - The frequency of low-weight births has 0Ml1 F1110 ______ ___ been presented as background information Nil. o16110 be'quse of the important implications of iA?At this ;actor in terms of the child's future CAUWINIA PROJICI nAIIABMA growth and development, susceptibility to SAOPAUtO infection, and chances of survival. Some 11110011 of these implications CAUI are considered in later COl1,IV chapters. Knowledge of true differences in SAIIIo0 SANSALMO distribution of birth weights for all births and infant deaths in cities and countries eOf bl,h. I, ho.pi .,. ith ..it0, ,.d. 1 is limited at present. Also the relationship of low birth weight to other factors cannot per 1,000 live births-was higher than for be established because of the lack of goodsingle live births owing to the greater fre- quality data. Therefore continued efforts quency of plural births in the lower weight are needed so that all the important inforgroups. Since there were only two neonatal ination will be recorded for each birth and deaths among plural births with weights of death. In addition, research in this field 2,501 grams or more, the number is not large involving rural as well as urban populations enough for evaluation of differences of is essential in order to establish bases for mortality in that weight group. This Cali- sound preventive action.

Chapter IV Mortality in Childhood The overall view of death rates in childhood in the 15 projects, as presented in this chapter, reveals wide variations in mortality that need to be studied in depth. The analysis of the rates by age group in infancy indicates also the problems that must be overcome to obtain complete and comparable data not only in the Americas but throughout the world. Officia 1 data of higher quality than those now available are indispensable for health planning. Moreover, in order to relate the findings on infants and young children to the health status of the mother, research on !ow birth weight, nutritional status, intelligence and mental condition, and congenital anomalies is necessary, and this requires full and cornparable data on the outcome of all pregnancies. For building healthy and intelligent populations, infancy is a decisive period of life, and one for which basic data of the highest quality should be made available. Tht present deficiencies cannot be tolerated in an era in which spectacular progress is possible in such other fields as travel in space. The well-being of each child can be attained through the application of medical technology. The first step is to define the problems. DEATH RATES IN CHILDREN UNDER 5 YEARS OF AGE Mortality in the period from birth to 5 years of age is discussed first in general terms to illustrate the variations found in urban, suburban, and rural areas of the 15 projects (Table 15). There are 25 distinct areas and these are shown in Figure 32 according to size of the death rates, which descend from the extreme high of 50.5 per 1,000 population to the low of 4.1. The two areas with exceedingly high rates were the rural municipios of El Salvador (50.5) and the rural community of Viacha, 58 Bolivia (48.1). The three with the next highest rates were cities: Recife, Brazil (29.3), La Paz, Bolivia (26.6), and San Salvador, El Salvador (26.4). Other areas with death rates exceeding 20 per 1,000 population were the rural and suburban departments of San Juan Province, Argentina (24.0 and 21.9) and the rural departments and the city of Resistencia in Chaco Province, Argentina (23.9 and 20.7). At the other end of the scale were three areas with very low rates: two in California in the

Chapter IV<br />

Mortality in Childhood<br />

The overall view <strong>of</strong> death rates in childhood<br />

in the 15 projects, as presented in this<br />

chapter, reveals wide variations in <strong>mortality</strong><br />

that need to be studied in depth. The<br />

analysis <strong>of</strong> the rates by age group in<br />

infancy indicates also the problems that<br />

must be overcome to obtain complete and<br />

comparable data not only in the Americas<br />

but throughout the world. Officia 1 data <strong>of</strong><br />

higher quality than those now available are<br />

indispensable for health planning. Moreover,<br />

in order to relate the findings on<br />

infants and young children to the health<br />

status <strong>of</strong> the mother, research on !ow birth<br />

weight, nutritional status, intelligence and<br />

mental condition, and congenital anomalies<br />

is necessary, and this requires full and cornparable<br />

data on the outcome <strong>of</strong> all pregnancies.<br />

For building healthy and intelligent<br />

populations, infancy is a decisive period <strong>of</strong><br />

life, and one for which basic data <strong>of</strong> the<br />

highest quality should be made available.<br />

Tht present deficiencies cannot be tolerated<br />

in an era in which spectacular progress is<br />

possible in such other fields as travel in<br />

space. The well-being <strong>of</strong> each child can be<br />

attained through the application <strong>of</strong> medical<br />

technology. The first step is to define the<br />

problems.<br />

DEATH RATES IN CHILDREN UNDER 5 YEARS OF AGE<br />

Mortality in the period from birth to 5<br />

years <strong>of</strong> age is discussed first in general<br />

terms to illustrate the variations found in<br />

urban, suburban, and rural areas <strong>of</strong> the 15<br />

projects (Table 15). There are 25 distinct<br />

areas and these are shown in Figure 32<br />

according to size <strong>of</strong> the death rates, which<br />

descend from the extreme high <strong>of</strong> 50.5 per<br />

1,000 population to the low <strong>of</strong> 4.1.<br />

The two areas with exceedingly high rates<br />

were the rural municipios <strong>of</strong> El Salvador<br />

(50.5) and the rural community <strong>of</strong> Viacha,<br />

58<br />

Bolivia (48.1). The three with the next<br />

highest rates were cities: Recife, Brazil<br />

(29.3), La Paz, Bolivia (26.6), and San<br />

Salvador, El Salvador (26.4). Other areas<br />

with death rates exceeding 20 per 1,000<br />

population were the rural and suburban departments<br />

<strong>of</strong> San Juan Province, Argentina<br />

(24.0 and 21.9) and the rural departments<br />

and the city <strong>of</strong> Resistencia in Chaco Province,<br />

Argentina (23.9 and 20.7). At the<br />

other end <strong>of</strong> the scale were three areas with<br />

very low rates: two in California in the

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