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M B Marx

Publications and source records attributed to M B Marx.

31 records · Page 2Linked to original sources

An estimate of the true prevalence of epilepsy in a rural Appalachian population.

Relationship between reported and true prevalence of seizures in communities are often confounded by such factors as: availability of appropriate diagnostic and therapeutic resources, sophistication of medical records and disease reporting systems, a uniform definition of cases the social implications of the disease in that area. Through applications of an epidemiologic survey, monitored to take these factors into account, we have developed data which are considered an accurate estimate of the true prevalence of seizures in the school age population of a relatively isolated mountain community of 19 000. Analysis suggested a 50% greater prevalence of seizures than expected from other studies of similar age groups. Although exact comparison of these data with data from other studies is hampered by variation in definitions, there is a strong suggestion that a high rate of seizures does exist in this community. Some possible explanations are examined and plans for further investigation are described. The methodology employed in the survey is presented as a potential model for consideration.

Appalachian Region↗

Prevalence and correlates of depressive symptoms among older U.S. adults.

Using data from telephone interviews conducted during 1985, we investigated the prevalence and correlates of depressive symptoms in a national probability sample of 1,232 noninstitutionalized U.S. residents 65 years of age and older. The association between depressive symptoms and personal attributes, personal resources, illness behavior, life events, and self-reported health was examined through chi-square and logistic regression analyses. We measured depressive symptoms with the Center for Epidemiologic Studies--Depression (CES-D) scale using a score of 16 or greater as an indication of high depressive symptoms. Prevalence of high depressive symptoms was 9.9% in the total sample. For black males the prevalence of depressive symptoms was 7.4%, and for white males it was 6.8%. For black females the prevalence of depressive symptoms was 20.8%, while for white females it was 11.5%. In the regression analysis, female gender, single marital status, poor self-reported assessment of health, illness behavior, and a low number of club/organization memberships were significantly associated with high depressive symptoms. In comparison to respondents reporting good to excellent health, those reporting poor to fair health were almost four times more likely to report a high number of depressive symptoms (odds ratio = 3.97).

Aged↗