The Kiss of Death

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by Joseph William Bastien


  Zarate, L.G. 1980 The biology and behavior of Triatoma barberi. I. Blood meal source and infection with Tripanosoma cruzi. Journal of Medical Entomology 17 (2): 103-16.

  Zeballos, J.L., R. Zumaran, and A. Valencia 1978 Investigación epidemiológica de la enfermedad de Chagas en Bolivia. Revista Médica de la Universidad San Simon 2 (2): 149-53.

  Zeledón, R.R. 1969 The camouflage of

  Triatoma dimidiata

  and the epidemiology of Chagas disease in Costa Rica.

  Boletin Chileno de Parasitologia

  24 (1): 106-8.

  . 1974 Epidemiology, modes of transmission and reservoir host of Chagas’ disease. In Trypanosomias and Leishmaniasis with Special Reference to Chagas’ Disease, vol. 20, Ciba Foundation Symposium. Amsterdam: Elsevier.

  . 1983 Vectores de la enfermedad de Chagas y sus características ecofisiológicas. Interciencia 8 (6): 834-35.

  Zeledón, R.R., and J.E. Rabinovich 1981 Chagas’ disease: An ecological appraisal with special emphasis on its insect vectors. Annual Review of Entomology 26:101-33.

  Zeledón, R., G. Solano, L. Burstin, and J.C. Swarta Walder 1975 Epidemiological pattern of Chagas’ disease in an endemic area of Costa Rica. American Journal of Tropical Medicine and Hygiene 24 (2): 214.

  Zhang, Q., M. Tibayrenc, and F.J. Ayala 1988 Linkage disequilibrium in natural populations of Trypanosoma cruzi (flagellate), the agent of Chagas’ disease. Journal of Protozoology 35 (1): 81-85.

  Zippin, C. 1956 An evaluation of the removal method of estimating animal populations. Biometrics 12:163-89.

  Zuidema, R.T. 1964 The Ceque System of Cuzco: The Social Organization of the Capital of the Incas. Leiden: E.J. Brill.

  Zuna, Hugo, Mario Recacoechea, Hernán Bermudez, Aimé De Muynck, and Lucila Cardozo 1979 Infección chagasica en trabajadores agricolas temporales y sus familias, Proyecto Abapo-Izozog, Chaco Boliviano. Boletin Informativo del CENETROP 5:16-29.

  Zuna, H., C. La Fuente, and E. Valdez 1985 Prospective study of transmission of Trypanosoma cruzi by blood in Bolivia [English abstract]. Annales des Sociétés Belges de Médecine Tropicale, de Parasitologie et Mycologie Humaine et Animale 65 (suppl. 1): 107-13.

  Index

  A

  Accumulation index, for T. infestans in houses, 180

  Acquired resistance, to Chagas’ disease, 207-10

  Acute Chagas’ disease:

  acquired resistance to, 207-10;

  pathology of, 196-202

  Adaptation:

  Aymara and Quechua cultures and environmental, 142-43;

  of T. cruzi in Andes and Bolivia, 20, 52-58;

  of T. infestans in Bolivia, 52-58, 191

  Adenosine triphosphate (ATP), and T. infestans, 173

  Adobe, mechanical compaction of, 121, 235 n. 1-16

  Agriculture, and prevention of Chagas’ disease, 148-49. See also Livestock

  AIDS:

  herbal medicine and, xvii;

  meningoencephalitis and T. cruzi infection, 229 n.1;

  similarities between Chagas’ disease and, xv, 87;

  T-cells and Chagas’ disease, 210. See also HIV

  Albo, Xavier, 104, 147

  Alcázar, Jose Luis, 229n.6

  Allergies, to T. infestans, 56

  Allison, M. J., 19

  Allopurinol, 223

  Alpha-2-macroglobulin (A2M), 201

  Altitude:

  adaptation of T. infestans to, 191;

  chagasic heart disease and, 20, 81, 83, 165, 204

  Alva, Juan José, 147

  Amando Phillippi, Rodolfo, 28

  Amastigotes, of T. cruzi, 160, 160 , 162, 212

  Amazon Basin, spread of Chagas’ disease to, 96-97

  Amoebic dysentery, 1

  Amphibians, resistance to T. cruzi, 205

  Andes:

  Chagas’ disease and ethnomedicine, 30-45;

  chagasic heart disease and altitude, 20, 81, 83-84;

  history of Chagas’ disease in, 19-29.

  See also Bolivia; Peru

  Andrade, Z., 200

  Animal husbandry, 148

  Animals, as hosts for T. cruzi, 47, 51, 194-95

  Antezana, Gerardo, 199-200

  Anthropology, and interdisciplinary approach to prevention of Chagas’ disease, 146-47

  Antibiotics, 87

  Antibody, and immune response to T. cruzi infection, 206, 208, 210-12

  Antibody-dependent, cell-mediated cytotoxicity (ADCC), 208, 209, 213

  Antigenic mimicry hypothesis, 86

  Antigens:

  African trypanosomes and variation in, 213;

  immunization for T. cruzi and, 169-70

  Anti-laminin antibodies, 215

  Arata, Andy, xx

  Archaeology:

  evidence of Chagas’ disease in mummies from Chile, 19-20, 23, 164, 206;

  evidence of Chagas’ disease from preceramic period in Peru, 22-23

  Arctic biomes, and species of triatomines, 193

  Argentina, infestation of houses with T. infestans, 184

  Armadillos (Dasypus), 163, 195

  Arnold, D. Y., 90

  Arrazola, Suzanna, 229 n.6

  Arrhythmia, and chagasic heart disease, 203, 204, 232 n.4

  Arriaza, B., 19

  Artemisia absinthum, 43

  Assassin bugs. See T. infestans

  Atawallpa (Inca king), 27

  Ausangate (Peru), 38

  Autoantibody, 225, 232 n.6

  Autoimmune response:

  immunization for T. cruzi and, 171;

  pathogenesis of Chagas’ disease and, 213-16

  Avila, Father Francisco de, 156

  Aymara (Bolivia):

  adaptation to environment, 142-43;

  colonization and migration of, 96;

  housing and, 90, 92-93, 96, 100, 101, 140

  Aynisiña (mutual aid), and housing improvements, 93, 117, 119, 152

  Azara, Felix de, 9

  B

  Bachelard, Gaston, 89

  Bacillus Calmette-Guerin (BCG), 209

  Banda Navia, John, 179-80

  Banzer, Gen. Hugo, 233n.2

  Barbeiros. See Triatoma infestans

  B-cells, 199

  Behavior, and preventative health measures, 115

  Bell’s Palsy, 108, 109

  Beltran, José, xviii, 56, 124-33, 233n.3, 235n.3, 235n.6

  Beni, Department of (Bolivia), 97

  Benznidazole, and treatment of Chagas’ disease:

  efficacy of, 224;

  ethnomedicine and, 45;

  maternal transmission to fetus and, 61;

  recommendations on use of, 222-23;

  therapeutic efficacy of, 50

  Bermúdez, H., 237n.1

  Beta-carotene alkaloids, 44

  Binary fission, and reproduction of T. cruzi, 160, 161

  Biocultural diversity, in Bolivia, 155

  Biomedicine:

  Bolivian class system and, 39, 231n.2;

  Culture Context Model for Chagas’ prevention, 141-42;

  definition of illness, 40;

  ethics of in Bolivia and Indians as trial subjects, 228-29n.2;

  integration with ethnomedicine in Bolivia, xvi-xvii;

  interdisciplinary approach to prevention of Chagas’ disease, 146-49;

  Kallawaya herbalists and, xvi-xvii

  Birds, resistance to T. cruzi, 205-206

  Bisquinaldines, 220

  Bittencourt, A. L., 230 n.6

  Blastocrithidia spp., 187

  Blood:

  cultures and diagnosis of Chagas’ disease, 217, 218;

  life cycle of T. infestans and, 173;

  transfusions and transmission of T. cruzi infection, 59-60, 223, 229-30n.4, 230n.5

  Bolivia, and Chagas’ disease:

  authoritarian governments, 233n.2;

  baseline studies in Chuquisaca, 226-27;

  biomedical ethics and Indians as trial subjects, 228-29n.2;

  case study of chagasic esophagus, 75-76;<
br />
  case study of enlarged colon, 20-22, 65-75;

  case study of heart disease, 78-87;

  culture context model for control, 134-45;

  decreased productivity and, 149-53;

  environment of, 154-57;

  epidemiology of, 46-64;

  housing and physical proximity of parasites, vectors, and hosts, 88-106, 179-83;

  housing and prevention programs, 107-23, 124-33;

  integration of biomedicine and ethnomedicine, xvi-xvii;

  interdisciplinary approach to prevention, 146-49;

  Kallawaya herbalists and ethnomedicine, 30-45;

  public awareness of, xv, 113;

  restoration of traditional culture and prevention of, 29;

  triatomine vectors of T. cruzi in, 191-93

  Borda Pisterna, Mario, 196

  Borrelia burgdorferi, xv

  Bourdy, Gene, 229 n.6

  Brazil:

  blood transfusions and Chagas’ disease, 59;

  chagasic esophageal problems, 231n.7;

  Chagas’ research on malaria, 3-6;

  infestation of houses with T. infestans, 184;

  oral transmission of T. cruzi, 62;

  socioeconomic impact of Chagas’ disease, 84;

  xenodiagnosis and nifurtimox treatment of Chagas’ disease, 221

  Breast-feeding, and transmission of T. cruzi, 62-63

  Briceno-León, Roberto, xxi, 89, 147, 184-85

  Browne, Janet, 10

  Bryan, Ralph, 229n.3

  Bureaucracy, and prevention programs, 109-10

  C

  Calamus drago, 40

  Campesino (peasants):

  health education and, 132;

  housing in urban Bolivia, 100, 101

  Canada, blood transfusions and Chagas’ disease, 230n.5

  Cancer, and herbal medicine, xvii

  Carbon dioxide, and

  T. infestans, 174

  Cárdenas, Victor Hugo, 100

  Cardiomegaly, 19, 85, 197

  Cargo system, 112-13

  Caritas (Roman Catholic relief organization), 144, 235n.2

  Carrasco, Nicolás, 39-42, 44

  Carrasco, Roxanna, 199-200

  Carrying capacity, for T. infestans, 180

  La Casa Enferma: Sociologia de la Enfermedad de Chagas

  (Briceño-León, 1990), xxi

  Casanovas, Alberto, 81, 82-83, 203

  Castor oil, 44, 228n.1

  Catholic Church, 109-10, 144.

  See also Caritas; Proyecto Británico Cardenal Maurer

  Cats, infection with T. cruzi, 47, 194

  Cattle, as hosts for T. cruzi, 195

  Centers for Disease Control (CDC), 45, 128, 233n.2, 236n.1

  Central America:

  infestation of houses with T. infestans, 184;

  rates of T. cruzi vectors in, 190. See also specific countries

  Centro de Investigación y Diagnóstico de la Enfermedad de Chagas-Sucre, 81-82

  Cestrum mathewsi, 43

  Chagas, Carlos:

  congenital transmission of Chagas’ disease and, 230 n.6;

  description of symptoms of Chagas’ disease, 196;

  discovery of Chagas’ disease, xiii, 1-18, 194, 217;

  Romafia’s sign and, 49

  Chagas’ disease:

  Andean ethnomedicine and, 30-45;

  author’s personal awareness of, xviii-xx;

  autoimmune components ofpathogenesis, 213-16;

  baseline studies in Chuquisaca, 226-27;

  case studies of enlarged colon, 20-22, 65-75;

  case study of esophagus, 75-76;

  case study of heart disease, 78-87;

  chemotherapy for, 220-25;

  chronic heart disease and symptoms of, 203-204;

  cultural context model for control of, 134-45;

  decreased productivity in Bolivia and, 149-53;

  diagnostic tests for, 217-19;

  discovery of, 1-18;

  epidemiology of, 46-64;

  geographic distribution of in Latin America, xiv;

  history of in Andes, 19-29;

  housing in Bolivia and physical proximity of parasites, vectors, and hosts, 88-106, 179-83;

  housing in Bolivia and prevention programs, 107-23, 124-33;

  immunization against T. cruzi and, 166-72;

  interdisciplinary approach to prevention of, 146-49;

  pathology of acute, 196-202;

  public awareness of in Bolivia, xv;

  review of literature on, xx-xxiii;

  scope of as public health problem in Latin America, xiii;

  in United States, xxi-xxii, 60, 63, 94, 230 n.5;

  statistics on infestation of houses with T. infestans, 184-85.

  See also Trypanosoma cruzi

  Chagas’Disease in Bolivia: The Work of the SOH/CCH Chagas Control Pilot Program (1994), xxi

  Chagas’ Disease and the Nervous System (Pan American Health Organization, 1994), xxi

  Chagoma, 7, 8, 49, 196-97

  Chemotherapy, for Chagas’ disease:

  benznidazole, 45, 50, 61, 222-23, 224;

  D0870, 225;

  epidemiology in Bolivia and, 50-51;

  evasive strategies of T. cruzi and, 229 n.2;

  gentian violet, 223-24;

  lytic antibody (LA) levels and, 211;

  nifurtimox, 45, 50, 61, 71, 220-22, 224;

  possible new drugs, 223, 224-25

  Chickens, resistance to T. cruzi infection, 195, 206

  Chifleras (women herbal vendors), 151

  Children, and Chagas’ disease:

  attitudes toward T. infestans in Bolivia, 54, 56;

  contamination with feces of T. infestans, 59;

  immunization for T. cruzi and, 171;

  nifurtimox and, 220;

  public education and, 111-16, 31;

  statistics on death in Bolivia, 48;

  subcutaneous nodules and, 49-50. See also Congenital transmission

  Child Survival Program (USAID), xix-xx

  Chile:

  archaeological evidence of Chagas’ disease in mummies from, 19-20, 23, 164, 206;

  infestation of houses with T. infestans, 184;

  records of T. infestans in 1800s, 28

  Chinchona calasaya, 4

  Cholo (peasants):

  class and housing in urban Bolivia, 99-101

  Choromoro (Bolivia), 20-22, 226

  Chuquisaca, Department of (Bolivia), and Chagas’ disease:

  baseline studies in, 226-27;

  chagasic colonopathy, 73;

  chagasic esophageal problems, 75-76;

  high incidence of, 81-82, 183;

  housing and prevention, 107-23;

  infestation of houses with T. infestans, 182, 183

  Cielsielski, S., 94

  Class:

  health education projects and, 132-33;

  housing and urbanization in Bolivia, 97-101;

  stratified system of Bolivian society, 39, 132-33

  Climate:

  epidemiology of Chagas’ disease and, 182-83;

  of Tarija (Bolivia) and incidence of Chagas’ disease, 125-26;

  triatomine vectors of T. cruzi in Bolivia and, 191;

  vectorial transmission of T. cruzi and, 192. See also Ecology

  Clubes de Madres (mother’s clubs), 144

  Coca leaves, 34-35, 44, 75-76

  Cochamba, Department of (Bolivia), 182, 183

  Colon, and Chagas’ disease:

  archaeological evidence of in mummies, 19;

  case studies of in Bolivia, 20-22, 65-75;

  Kallawaya herbalists and, 35

  Colonialism, spread of Chagas’ disease and political economy of, 28-29

  Colonization, Bolivian agrarian reform and spread of Chagas’ disease, 95-97

  Colostomy, 70

  Columbia, infestation of houses with T. infestans, 184

  Columbus, Christopher, 28

  Communication, and Culture Context Model of Chag
as’ prevention, 138. See also Cross-cultural communication

  Community, participation of in Chagas’ prevention programs, 121-22

  Community and Child Health (CCH), 182, 233 n.2, 235 n.2, 236 n.1

  Community health workers (CHW):

  agriculture and animal husbandry, 148-49;

  housing improvement and concepts of aynisiña and turqasiña, 93;

  infrastructure for Chagas’ control projects and, 112, 113, 234 n.9;

  training of in Bolivia, 67

  Complement, and immune response to T. cruzi infection, 205, 206, 211, 212

  Complement-fixation test (CFT), 219

  Complement-mediated lysis, 211, 212

  Concientización (Consciousness-raising), and public education on Chagas’ disease, 113-15, 122, 234 n.8

  Congenital transmission, of Chagas’ disease:

  epidemiology in Bolivia, 60-62, 64, 230-31 n.7-9;

  epidemiology in Latin America, 230n.6;

  heart disease and, 80;

  nifurtimox and benznidazole, 224

  Constipation, and T. cruzi infection in Bolivia, 71. See also Colon

  Contamination, and feces of T. infestans, 58-59

  Control of Chagas’ Disease (WHO, 1991), xx-xxi

  Cooperatives, in Bolivia, 152

  Costa Rica, infestation of houses with T. infestans, 184

  Cost-benefit analysis, of economic impact of Chagas’ disease, 150

  Couto, Miguel, 16-18

  C-reactive protein (CRP), 201

  Credit problems, and loans for housing improvement, 139

  Cross-cultural communication, and health education, 131, 133

  Cross-cultural community participation (CCCP), and Chagas’ prevention programs, 122

  Cross-reactive autoantibodies, 232 n.6

  Croton roborensis. See Sangre de Drago

  Cruz, Oswaldo, 2-3, 12, 14-15, 16

  CSA (conventional serological antibodies), 210-11

  Culture, and Chagas’ disease:

  Andean ethnomedicine and, 45;

  context model for control, 134-45;

  housing and physical proximity of vectors and hosts in Bolivia, 88-106;

  restoration of traditional and prevention in Bolivia, 29

  Culture Context Triangle (CCT), 134-45

  Cunha-Neto, Edécio, 232 n.7

  Cunningham, D. D., 1

  Curanderos.

  chagasic colon and, 21;

  Culture Context Model for Chagas’ prevention and, 135;

  Kallawaya herbalists and Chagas’ disease, 30-45

  Cuzco (Bolivia), 26

  Cytokines, and immune response to T. cruzi infection, 209-10

  D

  Darwin, Charles, 8-11

  Datura sanguinea, 44

  DDT (insecticide), 34

  Defecation index, for triatomes, 177

 

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