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D A Goldman

Publications and source records attributed to D A Goldman.

20 records · Page 2Linked to original sources

Validity of Pap smear and mammogram self-reports in a low-income Hispanic population.

This study measures the validity of self-reported mammography and Pap smear usage in Mexican-American women. We compared Pap smear and mammography reports in medical records to self-reports obtained in a household survey of 450 women in El Paso, Texas. The women were generally low-income, older, and Spanish-speaking. Forty-six percent of self-reported Pap smears in the previous year were verified (60.8% within previous two years, 67.1% within previous three years). Forty-nine percent of self-reported mammograms within the previous year were verified (74.7% within previous two years). For both Pap smears and mammograms, twice as many tests in the past five years were reported as were documented. Self-reports of Pap smears at a public health clinic were more valid than those at other sites. Denials of mammography within the past five years were more accurate (97.5%) than denials of Pap smears (81.8%). We conclude that self-reports of mammograms and Pap smears in Mexican-American women greatly overestimate the prevalence of screening. Intensive cancer prevention activities in this population are needed to approach the Year 2000 Objectives set by the U.S. Department of Health and Human Services.

Adolescent↗

The EPIGRAM computer program for analyzing mortality and population data sets.

EPIGRAM is a computer program designed to improve access to State-level underlying cause mortality data. The program produces results for population, deaths, death rate, age-adjusted death rate, years of potential life lost (YPLL), YPLL rate, and confidence intervals. Results can be compared variously among age groups, counties, causes of death, races, regions, and years. The program's menu-driven interface facilitates the selection or modification of analysis parameters. Current selections are retained so the user can modify one parameter at a time. Based on the parameters that the user selects, the program produces a series of tables, one for each instance of a particular parameter. Each output table has columns for male, female, and both sexes combined, and an indefinite number of user-defined rows for age groups, causes of death, counties, races, regions, or years. EPIGRAM has major advantages over other methods for analyzing mortality and population data. The program uses relatively small amounts of memory and disk space, executes rapidly, is flexible, can be used by inexperienced computer users, provides online help screens and tutorials, and runs under DOS or UNIX without modification. The program currently is used to analyze mortality and population data for Texas. Although it is not currently available for distribution, support is being sought for its evaluation and possible implementation in State health departments to analyze data for other States, or other data sets, such as hospital discharge data or cancer incidence data.

Cause of Death↗