RESUMO
Intimate connections between culture and health are complicated by various understandings of the human body, divergent beliefs about reality and place-bound theories about healing. Health care systems in various countries are modified with a goal of creating 'hybrid' structures that make room for traditional practices within a dominant Western model. But genuine intercultural health care is elusive. In Ecuador, a country with great cultural and geographic diversity, the culture-health spectrum is broad and bumpy. This is especially evident in health care politics, education and administration. A constitution adopted in 2008 aims for inclusivity and equality by incorporating indigenous concepts of the 'good life' and ideals of an intercultural society. These new values and perspectives should be reflected in economics, law, education and health care. But these concepts confront a racial, political and economic history that has delegitimized indigenous systems of knowledge and belief. This paper contrasts 'ideal' and 'real' intercultural health care using case studies of the Tsáchila, an indigenous group in coastal Ecuador. The conclusion is that 'ideal' intercultural health care, as reflected in medical school education and clinical practice, is a superficial attempt at dialogue and understanding between indigenous and western medicine. 'Real' intercultural health care involves a more profound level of mutual respect and cross-cultural understanding that aims for symmetry in patient-doctor relationships. Insights from medical anthropology guide the authors through a critical analysis that addresses interculturality as a political issue and a political struggle that the Tsáchilas - like other indigenous groups - are losing.
Assuntos
Assistência à Saúde Culturalmente Competente/etnologia , Atenção à Saúde/etnologia , Medicina Tradicional , Idoso , Antropologia Médica , Equador/etnologia , Humanos , Masculino , Pessoa de Meia-IdadeRESUMO
The purpose of this study was to conduct a convenience study for brucellosis prevalence in dairy-producing animals in northern Ecuador. In total, 2,561 cows and 301 goats were tested. Cattle sera were tested using the Rose Bengal card antigen test (RBCT), yielding an overall apparent prevalence of 5.5% (95% confidence interval [95% CI] = 4.7-6.5%) and true prevalence of 7.2% (95% CI = 6.0-8.5%). Prevalence varied by herd size and was highest in larger commercial herds. Polymerase chain reaction was used to test goat milk and lymph nodes, resulting in 9% and 8% positivity, respectively. The RBCTs from goat sera yielded an adjusted true prevalence of 17.8% (95% CI = 6.2-44.2%). Our findings are similar to other overall prevalence estimates for dairy herds but show higher prevalence in commercial herds compared with small groups (less than five animals). We also identify urban milking goats living in metropolitan Quito as a potential source of zoonosis.