SciELO - Scientific Electronic Library Online

vol.47 issue6Continued care for families of children with chronic diseases: perceptions of Family Health Program teamsI am alone: the experience of nurses delivering care to alcohol and drug users author indexsubject indexarticles search
Home Pagealphabetic serial listing  

Services on Demand



  • text in Portuguese
  • text new page (beta)
  • English (pdf) | Portuguese (pdf)
  • Article in xml format
  • How to cite this article
  • SciELO Analytics
  • Curriculum ScienTI
  • Automatic translation


Related links


Revista da Escola de Enfermagem da USP

Print version ISSN 0080-6234

Rev. esc. enferm. USP vol.47 no.6 São Paulo Dec. 2013 

Original Article

Effectiveness in the diagnosis of tuberculosis in Foz do Iguaçu, the triple-border area of Brazil, Paraguay and Argentina *

Reinaldo Antonio Silva-Sobrinho 1  

Maria Amélia Zanon Ponce 2  

Rubia Laine de Paula Andrade 2  

Aline Ale Beraldo 3  

Érika Simone Galvão Pinto 4  

Lucia Marina Scatena 5  

Aline Aparecida Monroe 6  

Ione Carvalho Pinto 7  

Tereza Cristina Scatena Villa 8  


This study sought to assess the effectiveness of health services in the diagnosis of tuberculosis in Foz do Iguaçu–PR, the triple border region of Brazil, Paraguay, and Argentina. In this epidemiologic, cross-sectional study, 101 persons with tuberculosis were interviewed in 2009 by using an instrument based on the Primary Care Assessment Tool . The analysis was based on proportions and respective 95% confidence intervals (95%) and means. Emergency units (37%) and primary health care units (26%) were the most sought units. Access to medical consultation on the same day reached 70%, but tuberculosis was suspected in less than 47% of patients; bacilloscopy was conducted in 50% of patients. We conclude that although these services provide rapid care, they do not determine the true diagnosis and lead the patient to seek specialized services. Specialty services are more effective in establishing the correct diagnosis. In the triple border region, seeking care at a primary health care unit led to extra time and more returns to the hospital for a tuberculosis diagnosis.

Key words: Tuberculosis; Diagnosis; Effectiveness; Evaluation of Health Services; Primary Health Care; Border health


The World Health Organization (WHO) states that in 2010, about 8.8 million of new cases of tuberculosis (TB) were registered worldwide. Of these, 57% had sputum samples with positive bacilloscopy results; 800,000 of these samples showed extrapulmonary tuberculosis. The incidence of TB in Brazil is 37.6 cases per 100,000 habitants, and currently the country has the 22nd highest load of TB in the world ( 1 ) .

Given the epidemiologic importance of TB in the country, since 1998 the National Program of Tuberculosis Control has intensified and strengthened the actions to detect and treat cases through active surveillance, control of vectors, and directly observed treatment. In addition, since 2001, actions for TB control in primary health care (PHC) have been systematized and decentralized in order to widen access to diagnosis and treatment ( 2 ) .

In the State of Paraná and municipality of Foz do Iguaçu-PR, the incidence coefficients in 2010 were 22.9 and 41.8 cases per 100,000 habitants, respectively ( 3 ) . Because this municipality shares borders with Paraguay and Argentina and other ´s regions ( 4 , 5 ) , Foz do Iguaçu has a higher incidence of TB than in other states and the country overall ( 6 ) .

The mobility and migration of the population are the main factors that make appropriate detection of TB and treatment adherence difficult. As a result, individuals who live in border regions are more vulnerable to acquiring TB. In such regions, initiatives for cooperation between countries are important for prevention and control of many infectious diseases (including TB); such initiatives include professional training, meetings of local health councils, and the exchange and sharing of materials and equipments ( 7 ) .

However, in the triple-border region for Brazil, Paraguay, and Argentina, few resources have been devoted to the prevention and treatment of infectious diseases. On the border of Paraguay, for example, Paraguayan patients place a high demand on the Sistema Único de Saúde (SUS [acronym in Portuguese], or the Brazilian Public Health System]), but the Brazilian government does not receive financial reimbursement for the care provided to this population. On the border of Argentina, a single vaccination schedule is used, and joint actions for epidemiologic surveillance take place ( 7 ) .

Given the prevalence of TB in Brazil and the importance of diagnosis (both to control spread of TB and identify the conditions that make a population vulnerable to the disease) in the triple-border region, studies of the effectiveness of health services for case detection are valuable for planning policies and sanitary activities in this area ( 8 ) .

Thus, the current study assessed primary health care sought by patients diagnosed with TB in Foz do Iguaçu, PR.


This study, designed for ex post assessment of interventions using scientific methods, analyzed theoretical bases, operational processes, and implementation of interface with constitutive context ( 9 ) . We chose the effect analysis type form attribute effectiveness ( 10 ) . A cross-sectional design, often adopted for health assessment ( 11 ) , was used, along with group comparison (primary health care services, emergency unit, and specialty services).

The study was conducted in Foz do Iguaçu-PR, which had a population of 325,137 habitants in 2009. The municipality has an ambulatory of reference for control of TB, 11 primary health units (PHUs), 16 family health unit (FHUs), and 32 family health teams, providing coverage for 38% of the population. Two emergency units and four hospitals serve the eight municipalities of 9 th regional of health. These services offer health care to all municipality residents and constitute an informal option for Brazilians and persons of Brazilian descent living in the municipalities that share borders (Ciudad del Este [Paraguay] and Porto Iguazu [Argentina]), in addition to the health care services offered to citizens of Paraguay and Argentina ( 7 ) .

Despite the agreement among countries of Mercosul (Southern Common Market), there is no universal health assistance for the population of this trade bloc. However, since the health system in Brazil is free, foreigners and immigrants look for care in Foz do Iguaçu and receive selective care because of the requirement to present a Brazilian ID card, an SUS card, and proof of permanent residency in Brazil. Requests for vaccination, urgent and emergency care, treatment for bites by poisonous animals, and follow-up of institutionalized pregnant women are honored without reciprocity of neighboring countries ( 12 ) .

Given the socioeconomic profile of TB patients and the transmissibility of the pathogen, health care managers in Foz do Iguaçu-PR are advised to diagnose and treat these patients without restrictions, even though they have no legal responsibility to offer care for foreigners and Brazilians who live outside of the national territory.

The study population was composed of patients with TB receiving all forms of treatment who were registered in the database of the National Disease Surveillance Data System for the current municipality who met the following inclusion criteria: age 18 years or older, not incarcerated, and diagnosed with TB at Foz do Iguaçu-PR in 2009.

Of 112 patients receiving treatment, 2 were minors, 7 were in the prison system, and 2 declined to participate in the research. Therefore, 101 patients were interviewed. It was not possible to identify the total number of Brazilians living in Paraguay or Argentina who were treated for TB at Foz do Iguaçu-PR.

The data collection instrument was based on the Brazilian validated version of the Primary Care Assessment Tool ( 13 ) , which was adapted for TB care ( 15 ) . This questionnaire consisted of questions with dichotomous and multiple-choice answers that concerned sociodemographic and clinical characteristics and were related to dimensions of health care access and role of health services in the diagnosis of TB.

Data were collected from secondary sources (medical charts) and by interviews with patients in the health service setting or at their home. Data were analyzed by using descriptive techniques. The effectiveness assessment ( Figure 1 ) consisted of the following outcome measures:

Diagnosis at the first service sought by patients (primary health care services [PHUs and FHUs]), emergency units, and specialty services [private clinics, specialized outpatient units, hospitals, and Tuberculosis Control Program clinic).

Figure 1 – Theoretical model to assess effectiveness of health service for diagnosis of tuberculosis in Foz do Iguaçu, PR, in 2009 

Results of actions from diagnosis (construction of access indicators and entrance from proportions and respective confidence intervals [95%]), (Chart 1);

Number of times that the patients returned to the health service facility and;

Time required for the diagnosis (days).

Chart 1 – Dimension and indicators of effectiveness of actions for diagnosis of tuberculosis in Foz do Iguaçu, PR, in 2009. 

Attributes Dimensions Indicators Calculation
Effectiveness of health services for diagnosis of TB Access Proportion of patients who had same-day consultation (PCD) PCD = number of patients who had a consultation at the same day x 100 Total of patients who sought health service
Proportion of patients with suspicion of TB reported by nurse at the first consultation (PSP) PSP = number of patients with suspicion of TB in the first consultation x 100 Total patients who sought health service
Entrance Proportion of patients with requested sputum examination (PES) PES = number of patients with requested sputum sample x 100 Total patients who sought health service
Proportion of patients with requested radiography (PRS) PRS = number of patients with requested radiography x 100 Total patients who sought health service
Proportion of referrals to other health services for medical consultation (PEC) PEC = number of patients with request for medical consultation x 100 Total patients who sought health service
Proportion of referrals to other health services to perform sputum examination (PEE) PEE = number of patients who were referred for sputum examination x 100 Total patients who sought health service
Proportion of referrals to other health services for radiography (PER) PER = number of patients who were referred for radiography x 100 Total patients who sought health service

To formulate the value judgment on the first and second measures, we used parameters for case detection ≥ 70% recommended by the World Health Organization ( 1 ) . For the third and fourth measures, the respective means were used ( Figure 1 ).

The project was approved by the Ethical Committee of Universidade Estadual do Oeste do Paraná – Unioeste, according to the protocol 235/2010. Participants were interviewed after they signed the informed consent form, according to resolution 196/96 of the National Health Committee.


The health services patients most frequently sought as their first option by were emergency units (37%) and PHUs (36%); however, the proportions of patients with TB who received that diagnosis at these services were 18.9% and 25.0%, respectively. Specialty services diagnosed TB in 96.3% of patients ( Table 1 ).

Table 1 – Distribution of patients with tuberculosis according to location of diagnosis and first health service sought in Foz do Iguaçu, PR, in 2009. 

Location of Diagnosis First Health Service Sought by Patients
Primary Health Care Specialty Services Emergency care Total
n % N % n % n
Primary health care 9 25.0 0 0 1 2.7 10
Specialty services 22 61.1 26 96.3 29 78.4 77
Emergency care 5 13.9 1 3.7 7 18.9 13
Total 36 100 27 100 37 100 100

With regard to effectiveness ( Table 2 ), we observed the following: The proportion of patients attended to on the first day was greater than 70% for all types of services; the proportion of patients in whom TB was suspected at the first health service was less than 47%; sputum examination was requested for roughly 50% of patients; the emergency unit was the service that more requested radiographs; and all types of services referred patients for consultations and bacciloscopy of sputum in other units. The PHU was the service that referred more patients for radiography in other health units.

Table 2 – Indicators of effectiveness at the first health service sought by patients for diagnosis of tuberculosis in Foz do Iguaçu, PR, in 2009. 

Indicators of Effectiveness of Health Service in the Diagnosis of TB First Health Service Sought by Patient
Primary Health Unit n=36 Emergency Care n=37 Specialty Services n=28
% [95% CI] % [95% CI] % [95% CI]
Proportion of patients who had consultation on first day 81 [68-93] 73 [59-87] 86 [73-99]
Proportion of patients with suspicion of TB at first consultation reported by the health professional 31 [16-46] 32 [17-48] 46 [28-65]
Proportion of patients with requested sputum examination 47 [31-64] 49 [33-65] 50 [31-69]
Proportion of patients with requested radiography 22 [1-36] 30 [15-44] 14 [0-27]
Proportion of referrals to other health service units for medical consultation 61 [45-77] 62 [47-78] 54 [35-72]
Proportion of referrals to other health service units to perform sputum examination 36 [20-52] 49 [33-65] 43 [25-61]
Proportion of referrals to other health service unit to perform radiography 75 [61-89] 41 [25-56] 50 [31-69]

Patients who chose a PHU as their first health service for diagnosis of TB had the most returns to the hospital (5) and longer time (15 days) to diagnosis ( Table 3 ).

Table 3 – Number of times that patient sought health service and time to diagnosis of tuberculosis between first visit and diagnosis of tuberculosis in Foz do Iguaçu, PR, in 2009. 

First Health Service Sought Number of Times That Patients Sought Health Service
Mean 1 st Quartile 3 rd Quartile
PHC (n=36) 3 2 5
Emergency care (n=37) 2 1 4
Specialty service (n=28) 2 1 4
All (n=101) 3 2 4
First Health Service Sought Time for diagnosis (days)
Mean 1 st Quartile 3 rd Quartile
PHC (n=36) 15 7.5 35
Emergency care (n=37) 10 3.0 30
Specialty service (n=27) * 7 4.0 30
All (n=100) 15 5.0 30


Several studies have assessed patient health-seeking behavior. Even with the existence of a national policy that incentivizes the use of PHUs as the preferable location for first contact, this venue is not a priority for health care service. Urgency/emergency services continue to be the principal point of entry ( 16 ) ; PHUs are responsible for 30% of all health care provided.

At the South Arch border (2,200 km long), the demand for Brazilian health services by Paraguayans, Argentines, and Brazilians immigrants takes place at PHUs (23.82%), followed by emergency units (21.8%). In relation to foreigners living in the South Arch area, the municipality of Foz do Iguaçu assists 28.2% of all patients ( 12 ) .

This study shows a heterogeneous distribution of PHC in all sanitary districts of Foz do Iguaçu. However, 36.6% of people suspected of having TB sought care in an emergency unit. This choice could be due to organizational characteristics of this modality of service, including wide access that can accommodate working hours, assistance in response to spontaneous demand, immediate availability of medical consultations, feasibility for performing exams, access to hospital admission, and restricted hours of PHUs ( 17 ) .

We found that 26.7% of patients were directly referred for secondary services, which are specialized in attempt for diagnosis. The access to specialty services, which benefit from organizational structures (inputs), specialized teams, technological density (access to radiography and laboratory exams), and organized working processes, seems to have been the differential that led to a diagnosis in 96.3% of patients who had sought secondary services as their first option; this indicates a more effective service. Hence, we verified that the type of unit sought and the forms of service organization are important for prompt diagnosis ( 17 ) .

Three types of health services achieved the measure proportion of patients who had consultation on the same day . However, obtaining a consultation on the same day did not guarantee access for diagnosis at the first service sought. This situation was also verified in Malaysia ( 18 ) , probably because the health care professionals were not prepared to investigate and diagnose, mainly in PHC ( 19 ) . This finding explains the patient’s need to seek other health services in order to be diagnosed.

Studies show that during the first consultation, when cough, fever, and dyspnea are seen, the main hypotheses for diagnosis were pneumonia, allergy, chronic obstructive pulmonary disease, and, lastly, TB. This finding indicates health care professionals’ insufficient experience with TB diagnosis ( 20 ) .

Concerning the measure request of sputum examination , the health service had unsatisfactory results: detection of only 70% of cases ( 1 ) . All health units had autonomy to request bacilloscopy with laboratory safeguard.

The low rate of requests for bacilloscopy is due to lack of suspicion for TB at the patient’s first visit; this, in turn, compromises the diagnosis. This barrier to bacilloscopy was also identified in Thailand ( 18 ) and in a study conduct in Bayeux, Brazil ( 21 ) .

All units had unsatisfactory performance for the measure request for radiography , even when radiology equipment was available at the referral centers. A cross-sectional study in Malaysia also showed a deficit in requests for exams at first consultation ( 18 ) .

The organizational improvement of care depends on the qualifications of health care workers, implementation of referral systems, and guaranteed access to essential exams for diagnosis ( 19 , 22 ) .

The results for the measures referral to another service for medical visit and performing sputum exam and radiography show that these are part of routine practice in PHUs and emergency units in Foz do Iguaçu-PR. A similar situation is found in Ribeirão Preto-SP ( 23 ) .

PHC must be organized to make TB diagnosis a priority ( 24 ) . Thus, a challenge to be faced is the organization of communication flow so that care levels and diagnostic support; in addition incorporation of reference and against-reference system, so that ensuring a networking

Referrals to exams in other health services allows hypotheses about the existence of deficiencies in the structure of services ( 23 ) or lack of organization of the local system for health care regarding TB.

The PHUs were more effective for the measure referral to other service for radiography , particularly because this exam is available only in municipality-level radiology units. This study shows the need for referral of patients to conduct exams when necessary ( 22 ) .

The stimulus policy of offering of PHC access, based on family health strategy, increases the demand for specialty services; the Ministry of Health recognizes this and has stated the need for specialty support ( 25 ) . The SUS is obligated to guarantee continuity of care in PHUs, outpatient units, and specialty services and to promote the connection of PHUs with services to support diagnosis ( 22 ) .

Patients who sought the PHU for the first consultation had to return to unit a mean of three times until the diagnosis was made. Despite the repetitive presence of the patient at the health service unit, it is possible for the condition to remain undiagnosed because this process depends on the training of the team to suspect the disease ( 19 ) . In addition, in PHC several factors influence resolution (23); one of these is the difficulty in characterizing disease episodes, the wide volume of badly defined symptoms, and diversity of chronic conditions faced in distinct locations.

On the other hand, specialty services had shorter mean time spent for diagnosis (7 days), perhaps because of the high technological density for diagnosis and treatment of the disease.

In other countries, there is no standard amount of time needed for diagnosis ( 17 , 18 , 20 ) . It is possible that differences result from the manner in which the health system is organized, training and salary of health professionals, access to programs for TB control, and economic and sociocultural differences ( 20 ) .

This scenario shows the need to reflect on how organization of health services for diagnosis of TB affects achievement of desired results. The ability to adjust care, such as using care networks, in order to strengthen the diagnosis and treatment of chronic conditions may be key for organization of health services ( 22 , 26 ) .

In border regions, the organization of health services is an even greater and urgent challenge because of the ambiguities between volume of financing resources available and exclusions from health care due to socioeconomic factors and the difficulties in integrating care between local health systems and neighboring countries ( 7 ) .

In the context of the Mercosul bloc, partnerships are linked to the protection of health; however, these partnerships are not realized because of the weakness of health services in the membership countries. However, it is well known that multilateral agreements should preview the interaction between commercial and sanitary perspective to strength expected intersectional results ( 12 , 27 ) .

A model of consolidated transnational cooperation can be seen in the border region shared by Portugal and Spain. Health care is financed with European Union funds, and the objective is to balance and protect the health of users in such spaces ( 28 ) . In such cases, the public managers involved agreed to share responsibilities and made structural adjustments to rationalize interventions and expenses in care networks, but did not enter into agreements that obligated the adoption of health system models by involved countries.

The case of Portugal and Spain shows consensus in public health, such as the organization of an information system related to service delivery, norms of compensation, and formal agreements to guarantee health care access of specific groups ( 29 ) .

In the borders shared by Brazil, Paraguay, and Argentina, the notable asymmetry in care highlights the differences in health system organization. In Brazil, for example, the health system is universal, free, and decentralized, whereas in the neighboring countries, the health system is centralized and involves coinsurance. In addition, inequalities are seen more often in the Paraguayan population that sought care in Brazil and in Argentina because of the scarcity of sanitary resources in these countries and lack of financial resources to access health care. In addition, there is the presence of brasiguaios (Brazilians immigrants and their children who were born in Paraguay), who are not eligible for health care in Paraguay ( 12 , 29 - 30 ) .

This problem occurs because a bilateral cooperative agreement has not been reached. Therefore, Brazilian municipalities can block health care access for these population, which affects the quality of life for socioeconomically vulnerable individuals; this also reduces their opportunity to obtain an accurate diagnosis in border areas with a high rate of TB transmission ( 6 , 30 ) .

Study limitations include the possibility of biases because it relied on patients’ ability to remember locations for and number of consultations (method of the study); in addition, it did not include some information on foreign patients who did not reside in Foz do Iguaçu-PR.


Type of service sought and manner of care organization determine the opportune diagnosis of TB. In Foz do Iguaçu, specialty services were more effective for diagnosis of TB because of the shorter time to diagnosis and fewer return visits to the health care unit. These findings show that specialty level and technologic density were decisive elements in diagnosis elucidation.

We recommend the creation of management mechanisms to set in place structural, complementary resources for health professionals from PHUs and emergency units, particularly to amplify the resolution ability. We also suggest that further studies assess the effectiveness of diagnostic services for TB, especially in border regions shared by countries.


We thank the National Council for Science and Technology for the financing support. Process No. 558835/2009-0.


. World Health Organization. Global Tuberculosis Control Report. Geneva: WHO; 2011. [ Links ]

. Cunha NV, Cavalcanti MLT, Costa AJL. Diagnóstico situacional da descentralização do controle da tuberculose para a Estratégia Saúde da Família em Jardim Catarina, São Gonçalo, RJ, 2010. Cad Saúde Coletiva. 2012;20(2):177-87. [ Links ]

. Brasil. Ministério da Saúde. Sala de situação em saúde do Ministério da Saúde [Internet]. 2011 [citado 2013 fev. 2]. Disponível em: ]

. Deiss R, Garfein RS, Lozada R, Burgos JL, Brouwer KC, Moser KS, et al. Influences of cross-border mobility on tuberculosis diagnoses and treatment interruption among injection drug users in Tijuana, Mexico. Am J Public Health. 2009;99(8):1491-5. [ Links ]

5.  . Rodrigues Júnior AL, Castilho EA. AIDS e doenças oportunistas transmissíveis na faixa de fronteira Brasileira . Rev Soc Bras Med Trop. 2010;43(5):542-7. [ Links ]

. Braga JU, Herrero MB, Cuellar CM. Transmissão da tuberculose na tríplice fronteira entre Brasil, Paraguai e Argentina. Cad Saúde Pública. 2011;27(7):1271-80. [ Links ]

. Giovanella L, Guimarães L, Nogueira VMR, Lobato LV, Damacena GN. Saúde nas fronteiras: acesso e demandas de estrangeiros e brasileiros não residentes ao SUS nas cidades de fronteira com países do MERCOSUL na perspectiva dos secretários municipais de saúde. Cad Saúde Pública. 2007;23 Supl 2:S251-66. [ Links ]

. Lienhardt C, Cobelens FGJ. Operational research for improved tuberculosis control: the scope, the needs and the way forward. Int J Tuberc Lung Dis. 2011;15(1):6-13. [ Links ]

. Contandriopoulos AP, Champagne F, Denis JL, Pineault R. A avaliação na área de saúde: conceitos e métodos. In: Hartz ZMA, editora. Avaliação em saúde: dos modelos conceituais à prática na análise da implantação de programas. Rio de Janeiro: FIOCRUZ; 1997. p. 29-47. [ Links ]

. Donabedian A. The seven pillars of quality. Arch Pathol Lab Med. 1990;114(11):115-8. [ Links ]

. Rouquayrol MZ, Almeida-Filho N. Epidemiologia e saúde. Rio de Janeiro: Medsi; 2003. Elementos de metodologia epidemiológica; p. 149-77. [ Links ]

. Nogueira VMR, Dal Prá KR, Fermiano S. A diversidade ética e política na garantia e fruição do direito à saúde nos municípios brasileiros da linha da fronteira do MERCOSUL. Cad Saúde Pública. 2007;23 Supl 2:S227-36. [ Links ]

. Starfield B. Atenção Primária: equilíbrio entre necessidades de saúde, serviços e tecnologia. Brasília: UNESCO/Ministério da Saúde; 2002. [ Links ]

. Macinko J, Almeida C. Validação de uma metodologia de avaliação rápida das características organizacionais e do desempenho dos serviços de Atenção Básica do Sistema Único de Saúde (SUS) em nível local. Brasília: OPAS; 2006. [ Links ]

. Villa TCS, Ruffino-Netto A. Questionário para avaliação de desempenho de serviços de atenção básica no controle da tuberculose no Brasil. J Bras Pneumol. 2009;35(6): 610-2. [ Links ]

. Fernandes LCL, Bertoldi AD, Barros AJD. Utilização dos serviços de saúde pela população coberta pela Estratégia de Saúde da Família. Rev Saúde Pública. 2009;43 (4):595-603. [ Links ]

. Zerbini E, Chirico MC, Salvadores B, Amigot B, Estrada S, Algorry G. Delay in tuberculosis diagnosis and treatment in four provinces of Argentina. Int J Tuberc Lung Dis. 2008;12(1):63-8. [ Links ]

. Chang CT, Esterman A. Diagnostic delay among pulmonary tuberculosis patients in Sarawak, Malaysia: a cross-sectional study. Rural Remote Health [Internet]. 2007 [cited 2013 Feb 2];7(2):667. Available from: ]

. Monroe AA, Gonzales RIC, Palha PF, Sassaki CM, Ruffino-Netto A, Vendramini SHF, et al. Envolvimento de equipes da Atenção Básica à Saúde no controle da tuberculose. Rev Esc Enferm USP. 2008;42(2):262-7. [ Links ]

. Cáceres-Manrique FM, Orozco-Vargas LC. Delayed diagnosis of pulmonary tuberculosis in a particular part of Colombia. Rev Salud Publica (Bogotá). 2008;10(1):94-104. [ Links ]

. Marcolino ABL, Nogueira JA, Ruffino-Netto A, Moraes RM, Sá LD, Villa TCS, et al. Avaliação do acesso às ações de controle da tuberculose no contexto das equipes de saúde da família de Bayeux - PB. Rev Bras Epidemiol. 2009;12(2):144-57. [ Links ]

. Paim JS, Travassos C, Almeida C, Bahia L, Macinko J. O sistema de saúde brasileiro: história, avanços e desafios. Lancet [Internet]. [citado 2013 fev. 2];Série 1. Disponível em: ]

. Oliveira MF, Arcêncio RA, Ruffino-Netto A, Scatena LM, Palha PF, Villa TCS. The front door of the Ribeirão Preto Health System for diagnosing tuberculosis. Rev Esc Enferm USP [Internet]. 2011 [citd 2013 Feb 2];45(4):898-904. Available from: ]

. Brasil. Ministério da Saúde; Secretaria de Vigilância em Saúde. Programa Nacional de Controle da Tuberculose. Manual de Recomendações para o Controle da Tuberculose no Brasil. Brasília; 2011. [ Links ]

25.  . Tanaka OY, Drumond Junior M. Análise descritiva da utilização de serviços ambulatoriais no Sistema Único de Saúde segundo o porte do município, São Paulo, 2000 a 2007. Epidemiol Serv Saúde. 2010 ; 19(4):355-66. [ Links ]

. Mendes EV. As redes de atenção à saúde. Belo Horizonte: ESP-MG; 2009. [ Links ]

. Agustini J, Nogueira VMR. A descentralização da política nacional de saúde nos sistemas municipais na linha da fronteira Mercosul. Serv Soc Soc. 2010;(102):222-43. [ Links ]

28.  . Guimarães L, Queiroz VP. Integração europeia e acordos fronteiriços em saúde na euroregião de Extremadura - Alentejo. In: Mendes JMR, organizadora. Mercosul em múltiplas perspectivas : fronteiras, direitos e proteção social. Porto Alegre: Ed. PUCRS; 2007. p. 36-86. [ Links ]

. Jiménez RP, Nogueira VMR. La construcción de los derechos sociales y lós sistemas sanitarios: los desafíos de las fronteras. Rev Katál. 2009;12(1):50-8. [ Links ]

. Silva-Sobrinho RA, Andrade RLP, Ponce MAZ, Wysocki AD, Brunello ME, Scatena LM, et al. Delays in the diagnosis of tuberculosis in a town at the triple border of Brazil, Paraguay, and Argentina. Rev Panam Salud Publica. 2012;31(6):461-8. [ Links ]

*Adapted from the thesis “Avaliação da efetividade dos serviços de saúde no diagnóstico da tuberculose em Foz do Iguaçu, PR - tríplice fronteira Brasil, Paraguai e Argentina”, Escola de Enfermagem de Ribeirão Preto, Universidade de São Paulo, 2012.

Received: March 01, 2013; Accepted: August 19, 2013

Correspondence addressed to : Reinaldo Antonio Silva-Sobrinho. Av. Tarquínio Joslin dos Santos, 1500 – Jardim Universitário, CEP 85870-900 – Foz do Iguaçu, PR, Brazil

Creative Commons License This is an Open Access article distributed under the terms of the Creative Commons Attribution Non-Commercial License, which permits unrestricted non-commercial use, distribution, and reproduction in any medium, provided the original work is properly cited.