BMC Research Notes

, 10:159

Profile and professional expectations of medical students from 11 Latin American countries: the Red-LIRHUS project

  • Percy Mayta-Tristán
  • Reneé Pereyra-Elías
  • Juan José Montenegro-Idrogo
  • Christian R. Mejia
  • Fiorella Inga-Berrospi
  • Edward Mezones-Holguín
  • Red-LIRHUS (Grupo Colaborativo Latinoamericano para la Investigación en Recursos Humanos en Salud)
Open Access
Project Note

Abstract

Background

Latin America is undergoing a human resource crisis in health care in terms of labor shortage, misdistribution and poor orientation to primary care. Workforce data are needed to inform the planning of long-term strategies to address this problem. This study aimed to evaluate the academic and motivational profile, as well as the professional expectations, of Latin American medical students.

Results

We conducted an observational, cross-sectional, multi-country study evaluating medical students from 11 Spanish-speaking countries in 2011–2012. Motivations to study medicine, migration intentions, intent to enter postgraduate programs, and perceptions regarding primary care were evaluated via a self-administered questionnaire. Outcomes were measured with pilot-tested questions and previously validated scales. A total of 11,072 valid surveys from 63 medical schools were gathered and analyzed.

Conclusions

This study describes the profile and expectations of the future workforce being trained in Latin America. The obtained information will be useful for governments and universities in planning strategies to improve their current state of affairs regarding human resources for health care professions.

Keywords

Human resources Motivation Primary Health Care Medical education Latin America 

Abbreviations

Red-LIRHUS

Grupo Colaborativo Latinoamericano para la Investigación en Recursos Humanos en Salud

FELSOCEM

Latin American Federation of Medical Students’ Scientific Societies

MEM-12

motivation for choosing medicine scale

Background

Adequately trained and readily available human resources are needed for a broad range of applications to improve public health [1]. Over the years, evidence has revealed how health career-related migration to richer countries has hollowed out the human resources of developing countries [1, 2, 3, 4]. Imbalances have also been found in workforce density within nations, favoring urban over rural areas [1, 3]. Furthermore, few professionals are found working in primary care settings in the less-advantaged areas [5, 6].

A great majority of the world still faces this crisis, with varying local circumstances and magnitudes [5]; and Latin America is no exception [7].

A number of factors have been shown to influence professional decisions of health personnel. Personal characteristics [8, 9], academic and motivational profile [10], future expectations [11, 12] and contextual working and living conditions [13, 14, 15, 16] steer the workforce after training to their future work destinations.

Diversity regarding academic backgrounds, age at university admission, curriculums and local health systems make Latin American students a population of special interest. Additionally, there is a paucity of workforce data on the region [17, 18], even though such data are vital for planning long-term strategies regarding universal health care for the population [19, 20]. Efforts must therefore be focused on generating evidence to improve these circumstances.

Methods

Aims

The present study aimed to evaluate the academic and motivational profile, as well as the professional expectations, of Latin American medical students. The specific objectives were
  1. 1.

    Describe medical students’ motivations for choosing a career in medicine.

     
  2. 2.

    Describe the academic profile of medical students.

     
  3. 3.

    Estimate the frequencies of internal and external migration intentions of medical students, and the associated factors.

     
  4. 4.

    Evaluate medical students’ perceptions on working in a primary care setting.

     
  5. 5.

    Evaluate medical students’ personal, financial and professional expectations.

     

Design

Our Collaborative Working Group for the Research of Human Resources for Health, Red-LIRHUS (Grupo Colaborativo Latinoamericano para la Investigación en Recursos Humanos en Salud) performed a cross-sectional, multi-country study in Latin America.

Settings and participants

The study subjects were medical students from 11 Spanish-speaking Latin American countries. Our group included 63 medical schools from Bolivia, Chile, Colombia, Costa Rica, Ecuador, El Salvador, Honduras, Mexico, Paraguay, Peru and Venezuela. Medical schools from Argentina, Cuba, Guatemala, Nicaragua, Panama and Uruguay also initially joined the project but eventually departed; they were not included in the total data counts.

We aimed to make the assessment as varied as possible regarding subjects’ inclusion, targeting at least one university from each country’s capital city and one from outside it, as well as one university with public and one with private funding (Table 1). We have provided an estimated number of the existing medical schools by country, according to the World Directory of Medical Schools [21]. While this information may not be completely up-to-date, it provides a fair approximation of the number of schools.
Table 1

Universities participating in the study: profile and professional expectations of medical students from 11 Latin American countries

Country

Medical schools

Total no.a

No. includedb

Funding

Location

Medical students

Private

Public

Capital city

Provinces

Surveys gathered

Surveys valid

Bolivia

19

4

2

2

1

3

1749

1618

Chile

19

6

3

3

0

6

611

606

Colombia

50

11

6

5

1

10

1482

1423

Costa Rica

8

1

1

0

1

0

149

148

Ecuador

23

1

0

1

0

1

1270

1174

El Salvador

6

1

1

0

1

0

94

94

Honduras

1

1

0

1

1

0

1011

990

Mexico

83

2

0

2

0

2

237

201

Paraguay

8

1

0

1

1

0

164

156

Peru

31

31

15

16

7

24

3940

3768

Venezuela

11

4

0

4

2

2

933

894

Total

259

63

28

35

15

48

11,640

11,072

a Total number of medical schools by country according to the World Directory of Medical Schools [21]. This list might not be up-to-date

b Number of medical schools included in the study

Medical school duration ranges 5–8 years. We evaluated students in their first or fifth year to compare the characteristics of students at the beginning and near the end of their course. We excluded students who refused to take part in the survey and those who completed it inappropriately or incongruously (Fig. 1). Response rates varied widely, from 59.6 to 100%, mainly due to missing study subjects. The proportion of non-responders was similar between public and private universities, but slightly higher in fifth-year students. Unfortunately, we lack accurate information about the characteristics of non-responding participants.
Fig. 1

Latin American multicountry study evaluating the profile and professional expectations of physicians in training.a Data collection was carried out in three medical schools, however, the shipping to Lima was not successful.b Sixty three Schools of Medicine from 61 Universities given that the Universidad Central de Venezuela (Venezuela) and the Universidad de San Martín de Porres (Peru) have a subsidiary School besides the main.c Total estimate of Medical Students from first and fifth year in participant schools.d Surveys declared as invalidly or inappropriately fulfilled after revision

Recruitment of researchers and study subjects

Researchers

As our study subjects were medical students, we decided to involve them as the primary local-level researchers. We recruited them in two different ways. First, we made a public announcement at the Annual Medical Students’ Meeting of the Latin American Federation of Medical Students’ Scientific Societies (Federación Latinoamericana de Sociedades Científicas de Estudiantes de Medicina—FELSOCEM) in Asunción, Paraguay [22, 23].

From that, we enrolled around 30 investigators. We also recruited through Facebook by posting on the university pages of Medical Students’ Scientific Societies and the International Federation of Medical Students’ Association [24]. This strategy led to a total of 90 researchers enrolled, including medical students and physicians (who were also involved in the societies while in training), who officially became part of the project. They represented 87 schools of medicine from 17 Latin American countries (one participant for each institution, and two in exceptional cases). Ultimately, 63 researchers from 63 medical schools completed the study. Fifty-five were physicians in training, while only eight were graduated physicians. Communication and coordination during the entire research process was primarily performed via Facebook. A “Closed group” was created that added the local researchers as members. The official documents (study protocol, survey, specific procedures guidelines for each stage of the project, ethical approvals and letters of endorsement for researchers to present the study to local authorities) were uploaded in this space. All discussions and uncertainties were solved through member interaction to ensure a standardized data collection process [24]. Authorship credits were proposed at the beginning of the study.

Data collection

We trained all researchers in data-gathering skills so they could effectively carry it out at their respective schools. Each researcher was requested to obtain the rosters and schedules of classes that brought together all or most of the students from the required years, to enable data collection in those settings. Rosters were not obtained in approximately half of the cases. From October 2011 to July 2012 (roughly two academic semesters as it does not precisely correspond with the academic year for most of the subject universities), and with the permission of the course coordinator and the responsible teacher of the class, the researchers explained the project and distributed the survey to the students who accepted. The investigators remained in the classrooms to resolve any emerging concerns of the study subjects. Missing students were identified so as to locate them in another class. A student was definitely considered “missing” after three unsuccessful attempts to locate him or her. In 2012, all completed surveys were packaged and shipped by courier to Lima, Peru, to be digitized. Figure 2 shows a detailed timeline of the processes.
Fig. 2

Timeline for the evaluation of the profile and professional expectations of medical students from 11 Latin American countries: the Red-LIRHUS project

Study subjects

Using available information, we estimated a total of 16,014 students in the first and fifth year in the 63 medical schools. Of them, 279 refused to take part in the research, 52 returned surveys blank or nearly blank (unusable) and 4441 were missing. A total of 11,573 completed surveys were obtained (Fig. 1). We then excluded the invalid surveys, most of which were partially completed (lacking any of our main outcomes). The final sample size for later analysis was 11,072. Table 2 shows the main characteristics of these subjects according to their year of study.
Table 2

Profile of the first- and fifth-year medical students from 11 Latin American countries included in the Red-LIRHUS project

Variables

Total

First-year

Fifth-year

pc

n (%)

n (%)

n (%)

Sociodemographic

 Agea

20.4 (3.0)

19.0 (2.0)

23.2 (2.3)

<0.001d

 Male gender

5224 (47.3)

3365 (46.6)

1859 (48.6)

0.040

 Married/cohabiting

364 (3.3)

153 (2.1)

211 (5.5)

<0.001

 Have children

505 (4.6)

232 (3.3)

273 (7.2)

<0.001

 Born in a rural area

598 (5.7)

412 (6.1)

186 (5.1)

0.045

 Religious

9746 (88.0)

6447 (89.1)

3299 (86.1)

<0.001

 Migrated for medical school

3524 (32.8)

2317 (32.9)

1207 (32.5)

0.695

 Intermediate/advanced english language proficiency

5275 (47.6)

3282 (45.3)

1993 (52.0)

<0.001

 National language-speakerb

887 (8.0)

595 (8.2)

292 (7.6)

0.265

 Relative of a physician

5489 (49.8)

3635 (50.4)

1854 (48.6)

0.073

 Relationship with someone living abroad

9182 (84.9)

6051 (85.7)

3131 (83.5)

0.002

University

 Country

   

<0.001

  Bolivia

1618 (14.6)

1219 (16.8)

399 (10.4)

 

  Chile

606 (5.5)

302 (4.2)

304 (7.9)

 

  Colombia

1423 (12.9)

874 (12.1)

549 (14.3)

 

  Costa Rica

148 (1.3)

137 (1.9)

11 (0.3)

 

  Ecuador

1174 (10.6)

866 (11.9)

308 (8.0)

 

  El Salvador

94 (0.9)

51 (0.7)

43 (1.1)

 

  Honduras

990 (8.9)

556 (7.7)

434 (11.3)

 

  Mexico

201 (1.8)

136 (1.9)

65 (1.7)

 

  Paraguay

156 (1.4)

100 (1.4)

56 (1.5)

 

  Peru

3768 (34.0)

2422 (33.5)

1346 (35.1)

 

  Venezuela

894 (8.1)

575 (7.9)

319 (8.3)

 

Capital city location

3441 (31.1)

2150 (29.7)

1291 (33.7)

<0.001

Publicly funded

7204 (65.1)

4652 (64.3)

2552 (66.6)

0.016

Medical career

 Have failed a class

3334 (30.9)

1790 (25.4)

1544 (41.2)

<0.001

 Satisfied with medical career

9705 (88.7)

6393 (89.3)

3312 (87.6)

0.005

Total

11,072 (100)

7238 (65.4)

3834 (34.6)

 

a Mean and standard deviation

b Native national or regional languages other than Spanish

c Chi square test

d Student’s T test

Survey and outcome measurements

The survey was an anonymous, self-administered questionnaire previously tested in a pilot in a sample of Latin American medical students [17]. It assessed general data of the students and four main topical sections: (1) motivation for choosing medicine, (2) academic profile and professional expectations, (3) migration, and (4) perceptions of primary care.

Sociodemographic data included sex, age, marital status (single or married/cohabiting), birth place (city; urban or rural), university funding (private or public), religion (Catholic, Jehovah’s Witness, atheist/agnostic or other). We also asked about their English language skills (none, basic, intermediate or advanced). In the same way, skills in a language that was native in their country or region (e.g., Quechua in Peru; Guaraní in Paraguay) were assessed. We also evaluated relationships with someone (family or close friends) living abroad (yes or no) and having physicians as relatives (yes or no).

The English translation of the questionnaire is included herein as Additional file 1.

Motivations for studying medicine

Motivations for studying medicine were assessed primarily through the Motivaciones para Estudiar Medicina (MEM-12) scale, which was validated in a Latin American student sample. Global internal consistency was high (0.74). The scale comprises 12 items from two components: (1) altruism, social conscience (6 items, 5–30 points; α = 0.80) and (2) social and financial status/position (5 items, 5–30 points; α = 0.71) [25].

Other important variables were also measured: age of decision to study medicine, external influence on choosing the career (parent, relative, schoolteacher or none). We also asked about prior admission to a hospital as a patient (yes or no) and the experience of taking care of a sick family member (yes or no) and if they thought these events influenced their career choice (yes or no) [26].

Academic profile and professional expectations

Identifying an academic profile encompassed variables regarding performance in languages other than Spanish (language: basic, intermediate or advanced), participation in students’ scientific meetings (yes or no), intention to complete a thesis to graduate (yes or no), publications in scientific journals (yes or no), career satisfaction (yes or no) and having failed courses (yes or no).

Expectations about professional future included plans 10 years after finishing medical school. We inquired about plans to perform a master’s, doctoral or residency program (yes, no or not yet decided) and the first intended program option, expected number of jobs and expected salary (both numerical open questions). The main intended workplace was also addressed (hospital, health center, university or research center, administrative and policy-related organizations or others).

Migration

Migration was assessed as per two different time frames and with several definitions because of the lack of a standardized definition. The first time frame corresponded to the migration to the medical school’s location. To generate this new variable, the university location was matched with variables referring to origin: (1) birth place, (2) location of completed high school and (3) having lived less than 5 years where the university is located (excluding the undergraduate study period).

The second time frame regarded migration for work. It was measured with the question, “Where do you expect to be working 10 years after finishing medical school?” The students were asked to indicate to what countries they were willing to emigrate, or what city if they were staying in their country. In either case—abroad or their country—some characteristics of the target area were obtained (country capital or provinces; urban or rural). To create a definition of migrant, this was matched with: (1) birth place, (2) location of completed high school and (3) location of completed medical school. For those who planned to emigrate, we asked about their intent to eventually return to their countries. When asked about their migration intent, students were also able to respond that they had not yet decided.

Other important variables contributing to migration-related issues were measured: English proficiency certification (FCE, TOEFL or IETLS or none), documentation to emigrate (passport, American/European visa or none), relatives living abroad (yes or no) and intent to enter a postgraduate program in a foreign country (yes or no).

Primary care labor perspectives

An 11 item-scale validated in a sample of Latin American medical students [17] through a five-point Likert-type scale was used to evaluate perceptions on primary care labor. A simple sum of the item scores generated totals ranging from 11 to 55, which expressed the strength of perceptions in a favorable (lower score) or unfavorable (higher score) way. A global adequate internal consistency was found (α = 0.78). The scale was subdivided into three domains, representing specific perceptions about: (1) primary care physician (5 items, 5–25 points; α = 0.73), (2) primary care work itself (4 items, 4–20 points; α = 0.65) and (3) financial consequences for an individual in working in primary care (2 items, 2–10 points; α = 0.60) [27].

Statistical analysis

Data were tabulated in Microsoft Excel (Microsoft Corporation, Redmond, WA, USA) and then subjected to a cleaning process. About 25% of observations were double-entered and matched. A randomized 10% of the other surveys was reviewed in search of concordance, which ultimately was good. We additionally assessed the descriptive analysis of each variable. Aberrant values, when found, were verified with the physical survey. Analyses were performed using STATA 14.0 (StataCorp LLC, College Station, TX, USA).

In the present study, categorical variables were described using absolute and relative frequencies; numerical variables were expressed in mean and standard deviation after normality testing. We compared characteristics between the first- and fifth-year students. Bivariate analysis was performed with Pearson’s Chi squared test and Student’s t test for categorical and numerical variables, respectively.

Ethical approval

The study protocol was approved in 2011 by the Ethics & Research Committee of Instituto Nacional de Salud del Perú (Peruvian National Institute of Health) (223-2011-CIEI/INS). Additionally, permission was obtained from every participant institution’s ethics committee or equivalent competent authority (e.g., dean or equivalent).

For students who voluntary agreed to participate, informed verbal consent was obtained. The questionnaire was self-administered and included no fields that would enable personal identification.

Costs and funding

This project had no funding grants. Total expenditure was approximately US$20,000. This amount only includes the salary of the data entry clerk; no other financial remuneration was paid. The principal investigator paid for the transport of the surveys to Lima and the digitation process. Individual researchers at their local centers paid for reproduction of the survey. This lack of funding may explain the delays in the stages of the study and deferral of the results’ publication.

Discussion

Sample of Latin American medical students

This study sought to evaluate characteristics and expectations of the Latin American health workforce in training. The final number of enrolled medical students who completed surveys valid for analysis was 11,072. Most of the study subjects were first-year students because of the normally expectable attrition rates in medical schools [28, 29]. The mean age of first-year subjects did not correspond to the average age at which students begin university studies in Latin America (17–19 years old, varying by country). This may be because the admissions process for medical students typically takes longer than for other courses, and may require certain preparation in pre-university institutions [17, 30, 31]. The slightly higher proportion of women reflects the growing representation of women in medicine [32]. As in other reports throughout the world, a small fraction of the students were from rural areas [8, 16] or were native speakers of a regional language other than Spanish [9]. Additionally, one out of two students were relatives of a physician. This is considerably higher when compared with other studies [6, 16]. A previous study found a similar result in a sample of recently graduated Peruvian physicians [9].

What worked and did not work?

What worked?

  • Collaborating with medical students as researchers was a risky but successful strategy [33].

  • Using an online social network (Facebook) to recruit researchers was also an efficient approach [24].

What did not work?

  • As expected, working without proper external funding prolonged times of execution and data entry. Consequently, longer times to publication were required.

  • Working without a defined sample frame considerably limits representativeness.

  • Having a paper-based survey led to three medical schools abandoning the study (Fig. 1). Even though this format was the best option given the lack of funding, electronic surveys through mobile devices might be taken into consideration for future studies.

Strengths and limitations

The strengths of this study are in the wide scope of evaluation and the novel recruitment methods using social networking. We evaluated 63 medical schools, covering a wide range of Spanish-speaking countries through Latin America. These nations were reached using Facebook; as mentioned above, this was an efficient tool for contacting and recruiting, and for coordinating all aspects of research execution [24].

The present study has some limitations. At the time of the study, there was only one medical school in Honduras, which was included. For the other countries, we were not capable to evaluate at least one medical school in the capital city and one outside it, or at least one private and one public school. Only subjects from Peru, Colombia, Venezuela and Bolivia met these criteria for diversity. Because of this, and also taking into account that Peru was the only subject country to successfully complete a national census, the proportions obtained must be interpreted with caution.

We cannot extrapolate the results to all participating countries because not all medical schools there were assessed, with the exception of Peru, in which all 31 schools existing by 2011 were included. There is a certain potential for our information to be biased because of the high proportion of Peruvian subjects included. Additionally, not all collected surveys were valid for analysis. Another source of possible sample skew could be the use of a social networking service to recruit researchers leading to some restrictions preventing inclusion for certain medical schools in connecting in this virtual environment (e.g., rural or resource-limited schools). However, this Internet-based strategy enables recruitment and connection of a large number of schools and study subjects. Finally, the cross-sectional nature of our evaluation does not allow us to draw causal relations, but rather only associations.

Despite the limitations, this is, to our knowledge, the widest-ranging evaluation of Latin American medical students. Moreover, we reached a considerable sample size, and this aspect will be useful toward finding associations.

Final reflections

Our data can be applied to provide indications of future workforce trends. This is an indispensable benefit, because no health improvements can be realized without ensuring available, skilled and motivated personnel [19]. Universities serve as quarries of the new generation of doctors. In that sense, academia represents a major stakeholder in solving the crisis. Transformative education planning must be aligned with governmental and international needs to counteract the erosion of health systems’ manpower [34, 35, 36].

Authors’ contributions

PMT conceived, designed and funded the study. PMT, RPE, JJMI & CRM recruited the researchers. PMT & RPE supervised and coordinated with the whole research team. PMT & EMH validated the questionnaires used in the study. RPE wrote the first version of the protocol and all of the other authors critically reviewed it. RPE, JJMI & FIB collected the data. All authors read and agreed with the final version of the manuscript.

Acknowledgements

To the members of Red-LIRHUS: Adriana Sanchez-Pozo (Universidad Nuestra Señora de la Paz, Bolivia), Juan Pablo Cardozo-López (Universidad Mayor Real y Pontificia San Francisco Xavier de Chuquisaca, Bolivia), Silvia Luizaga-Panozo (Universidad Mayor de San Simón, Bolivia), Rhanniel Theodorus-Villar (Universidad Catolica Boliviana San Pablo, Bolivia), Milisen Vidal (Universidad de Concepción, Chile), Roxana Sepúlveda-Morales (Universidad de La Frontera, Chile), Gabriel Abudinén A (Universidad San Sebastián, Chile), Patricio Alfaro-Toloza (Universidad Católica de la Santísima Concepción, Chile), Romina Olmos-de-Aguilera (Universidad Católica de la Santísima Concepción, Chile), Juan Pablo Sánchez-González (Universidad Austral de Chile, Chile), Ignacio Navarro-Brito (Universidad de Valparaíso, Chile), Jairo A. Sierra-Avendaño (Universidad Industrial de Santander, Colombia), Fabián Carreño (Universidad Industrial de Santander, Colombia), Jennifer Gomez-Alhach (Universidad San Martín de Cali, Colombia), Francisco Bonilla-Escobar (Universidad del Valle, Colombia), Omar-Javier Calixto (Universidad Militar Nueva Granada, Colombia), Álvaro Mondragón-Cardona (Universidad Tecnológica de Pereira, Colombia), Jorge Ortega-Arias (Universidad de Cartagena, Colombia), Laura Agudelo-Cifuentes (Universidad del Quindio, Colombia), Kevin Acosta (Universidad de Tolima, Colombia), Martha Ospina (Universidad de Tolima, Colombia), Germán D. Londoño Ruíz (Universidad Surcolombiana, Colombia), Andrés Felipe Quimbayo-Cifuentes (Universidad de Caldas, Colombia), Ingrid Benítez-Ortega (Universidad del Sinú—Elías Bechara Zainúm, Colombia), Christian D. Valverde-Lozano (Universidad Hispanoamericana, Costa Rica), Jorge Barrezueta-Fernández (Universidad de Guayaquil, Ecuador), Luis Cerna-Urrutia (Universidad Dr. José Matías Delgado, El Salvador), Geovanna Moya (Universidad Nacional Autónoma de Honduras, Honduras), Gilberto Yescas (Universidad de Montemorelos, México), Maribel Vizárraga-León (Universidad Juarez del Estado de Durango, México), Erick Gutierrez-Quezada (Universidad Autónoma de Nayarit, México), Rita Azucas-Peralta (Universidad Nacional de Asunción, Paraguay), Roy R. Vasquez-Sullca (Universidad Nacional San Antonio Abad, Perú), José Antonio Grandez-Urbina (Universidad Ricardo Palma, Perú), Franco León-Jiménez (Universidad Catolica Santo Toribio de Mogrovejo, Perú), Cristian Diaz-Velez (Universidad San Martin de Porres Filial Norte y Universidad de Chiclayo, Perú), John Cabrera-Enriquez (Universidad Nacional Pedro Ruiz Gallo, Perú), Fiorella Inga-Berrospi (Universidad de San Martín de Porres, Perú), Katia Montalván-Muñoz (Universidad Nacional de Trujillo, Perú), Oscar Moreno-Loaiza (Universidad Nacional de San Agustín, Perú), María Molina-Torres (Universidad Nacional del Centro del Perú, Perú), Johana Ávila-Figueroa (Universidad Nacional del Altiplano), Martha Torres-Dextre (Universidad Nacional José Faustino Sánchez Carrión, Perú), Nelson Purizaca-Rosillo (Universidad Nacional de Piura, Perú), Omar Raraz-Vidal (Universidad Nacional Hermilio Valdizán, Perú), Diego Ernesto Valencia-Chambi (Universidad Particular Católica de Santa María, Perú), Mónica Alfonso (Asociación Universidad Privada San Juan Bautista, Perú), Diego Lizarzaburu-Castagnino (Universidad Científica del Sur, Perú), Cesar Mogollón (Universidad Nacional de Cajamarca, Perú), Julio Maquera-Afaray (Universidad Privada de Tacna, Perú), Mario Johnson-Franco (Universidad Peruana Cayetano Heredia, Perú), Gerardo Florián-Gómez (Universidad Cesar Vallejo—Sede Trujillo, Perú), Jimmy Jeison Castro (Universidad San Pedro, Perú), Erik J. Jhonston(Universidad de la Amazonía Peruana, Perú), Miguel Odar-Sampé (Universidad Privada Antenor Orrego, Perú), Gelsing Richard Vásquez-García (Universidad Nacional de Ucayali, Perú), Kelly Herencia-Anaya (Universidad Nacional San Luis Gonzaga, Perú), Felix Ancalli-Calizaya (Universidad Nacional Jorge Basadre, Perú), Lizeth Guzmán (Universidad Nacional Federico Villareal, Perú), Carlos E. Muñoz-Medina (Universidad del Oriente Núcleo Bolívar, Venezuela), Manuel A. Rodríguez (Universidad de Los Andes, Venezuela), Adrián DaSilva-DeAbreu (Universidad Central de Venezuela, Venezuela).

Competing interests

The authors declare that they have no competing interests.

Availability of data and materials

Data is available from: 10.6084/m9.figshare.3464144.v1.

Ethics approval and consent to participate

The study protocol was approved in 2011 by the Ethics & Research Committee of Instituto Nacional de Salud del Perú (223-2011-CIEI/INS). Additionally, every participant institutions’ ethics committees or competent authorities authorized the study’s execution (i.e. Deans and equivalents). The list of institutions is included in the acknowledgements section. Informed verbal consent was obtained from all participants, as it was stated in the original protocol approved by the mentioned ethics committee.

Funding

Self-financed.

Publisher’s Note

Springer Nature remains neutral with regard to jurisdictional claims in published maps and institutional affiliations.

Supplementary material

13104_2017_2479_MOESM1_ESM.doc (136 kb)
Additional file 1. Questionnaire of the Red-LIRHUS project.

Copyright information

© The Author(s) 2017

Open AccessThis article is distributed under the terms of the Creative Commons Attribution 4.0 International License (http://creativecommons.org/licenses/by/4.0/), which permits unrestricted use, distribution, and reproduction in any medium, provided you give appropriate credit to the original author(s) and the source, provide a link to the Creative Commons license, and indicate if changes were made. The Creative Commons Public Domain Dedication waiver (http://creativecommons.org/publicdomain/zero/1.0/) applies to the data made available in this article, unless otherwise stated.

Authors and Affiliations

  • Percy Mayta-Tristán
    • 1
    • 2
    • 3
  • Reneé Pereyra-Elías
    • 1
  • Juan José Montenegro-Idrogo
    • 4
  • Christian R. Mejia
    • 5
  • Fiorella Inga-Berrospi
    • 4
  • Edward Mezones-Holguín
    • 1
  • Red-LIRHUS (Grupo Colaborativo Latinoamericano para la Investigación en Recursos Humanos en Salud)
  1. 1.Escuela de MedicinaUniversidad Peruana de Ciencias AplicadasLimaPeru
  2. 2.Escuela de PostgradoUniversidad Privada Antenor OrregoTrujilloPeru
  3. 3.Dirección de Investigación y DesarrolloUniversidad Científica del SurLimaPeru
  4. 4.Facultad de MedicinaUniversidad Nacional Mayor de San MarcosLimaPeru
  5. 5.Escuela de Medicina HumanaUniversidad ContinentalHuancayoPeru

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