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Research Article

Factors associated with producing a scientific publication during medical training: evidence from a cross-sectional study of 40 medical schools surveyed in Latin America

[version 1; peer review: 1 approved, 1 approved with reservations]
PUBLISHED 24 Nov 2020
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Abstract

Background: Scientific publication during medical training is key to promote enduring cutting-edge knowledge. The promotion of science among medical students in Latin America is a multi-sphere issue hampered by the unawareness of governments to invest in national research, as well as a lack of support from local universities. This study aims to determine the factors associated with producing a scientific publication during medical training among Latin American medical students of local scientific societies.
Methods: This is a secondary data analysis of a cross-sectional study initially conducted in 2016 to evaluate the use of information and communications technologies (TICs) among medical students of 40 local scientific societies of medical students affiliated to the Latin American Federation of Medical Students Scientific Societies (FELSOCEM, in Spanish). Teams in each local scientific society surveyed self-reported scientific publications and explored its association with socioeconomic, academic, and research training conditions. We included medical students enrolled in the 2016-I term and excluded medical interns. We implemented nested models to identify covariates associated with self-reported scientific publication until reaching a parsimonious mixed-effect multilevel model clustered by medical scientific society.
Results: We surveyed 11,587 medical students. The prevalence of scientific publications increased in 36% among medical students affiliated to a Scientific Society of Medical Students [parsimonious prevalence ratio (PRp)=1.36, 95%CI=1.16–1.59], 51% among medical students with advanced English proficiency [PRp=1.51, 95%CI=1.21 – 1.87], 85% among medical students who attended a scientific writing skills course [PRp=1.85, 95%CI=1.59–2.15], 81% among medical students who use Sci-Hub [PRp=1.81, 95%CI=1.50–2.20], and 108% among medical students who have access to a pirated academic account [PRp=2.08, 95%CI=1.83–2.36].
Conclusions: Producing a scientific publication among medical students is associated with being affiliated to a Scientific Society of Medical Students, English proficiency, training in scientific writing, use of Sci-Hub, and pirated academic accounts.

Keywords

Medical Education, Undergraduate, Scientific Societies, Latin America, Medical Students

Introduction

Producing a scientific publication during medical training is key to promote the constant medical training and to encourage students to create cutting-edge knowledge; in this way, students will build-up research skills and critical thinking, and conduct evidence-based practice and patient-centered care with an endured vision to follow a scientific career13. Latin American universities are progressively recognizing the critical importance of foster science in the early onset of undergraduate, and are implementing research-oriented courses such as research design methods, biostatistics, epidemiology, and a final research-centered thesis4. However, there are still gaps in Latin America when comparing to research university systems from developed countries in terms of the number of publications, the quality of articles published, the outreach of the studies, and funding opportunities5. Studies in Colombia and Brazil show that medical students consider scientific research as an important issue of their training and the low scientific production is influenced by the lack of inspirational and committed mentors as role models for the beginning of a scientific career6,7. Between 1997 and 2010, there was an increase of 8.4% in student participation in manuscripts published on journals indexed in Scielo-Peru, of whom 42% reported being affiliated to a scientific society of medical students4,8.

In Peru, the progress of research in medical undergraduate has been strongly promoted by the Peruvian Scientific Society of Medical Students (SOCIMEP, by its acronym in Spanish), an organization that has been improving the research training of medical students for 27 years9. SOCIMEP stands scientific and academic committees in their central and 38 local scientific societies throughout local medical schools of Peru, and held international, national, and local scientific conferences9. The SOCIMEP also foster societies to actively participate and integrate them into a nation-wide research network, and provide connections with experienced research mentors. Being affiliated to the SOCIMEP's local scientific society is associated with increased scientific production (PR: 2.41; 95% CI: 1.55-3.74)10. However, only 10% of the projects conducted in local scientific societies are published in indexed journals due to deficient methods implemented in the studies, lack of knowledge about editorial processes, few local mentors and a lack of financial support from public agencies and institutions11. The funding opportunities for medical students are poor in the local medical schools of Peru and in much of Latin America; overall government investment is disproportionately granted to attend local public health priorities with well-implemented laboratories, and full-time research-centered faculties12. In Peru, less than 30% of universities have research funding programs for students to implement their thesis research operations, or research student program awards13.

The promotion of science among medical students in Latin America is a multi-sphere issue hampered by the unawareness of governments on the investment in nation research and innovation well-structured systems, as well as a lack of local universities support, their lack of investment in research facilities, and a lack of international-research experienced mentors3. In this scenario, our study aims to determine the factors associated with scientific publication during medical training, in order to identify the needs of Latin American local scientific societies for the implementation of their continuing education programs in research. Our hypothesis is that there are factors from medical training associated with producing a scientific publication during undergraduate.

Methods

Study design

This is a secondary data analysis of a cross-sectional study initially conducted in 2016 to evaluate the use of information and communications technologies (TICs) in medical students along Latin America14,15. This study evaluated 40 scientific societies of medical students from Latin America. We primarily evaluated the self-report of scientific publications and used the following variables to explore its associated factors: gender, age, university, current year of career, affiliated to a scientific medical student society, English proficiency, studied previous career, courses in scientific databases including PubMed, Scopus and Scielo, courses in scientific writing skills, courses in scientific browsing, courses in Zotero, use of Sci-Hub, access and provider of pirated academic accounts.

Population and sampling

The primary study surveyed 11,587 students from 40 medical schools, including two from Ecuador, two from Panama, four from Paraguay, three from Bolivia, 18 from Peru, two from Mexico, two from Venezuela, one from Honduras, three from Colombia, one from Chile, and two from Argentina. This study included medical students enrolled in the term 2016-I and excluded who were doing the internship.

We made a stratified sampling using the academic year in the medical school as a stratum. The estimated sample size for each investigation site was 289 medical students, we also added 10% to anticipate withdraws. Thus, we aimed to survey 318 medical students in each university. We consider a sample size calculation with an 80% of power, and 5% of significance for an infinite sample size. Regarding participant selection, the interviewer team entered the course with greatest credits in each academic year and picked the students who were sat in an odd numbered location per row. In three universities, the sample size was not enough large to reach the minimum required, so we conducted a census-type sampling.

Operational procedures

In 2015, the ICTs project was awarded on the category of multi-center projects by the XXX International Congress of the Latin American Federation of Medical Students Scientific Societies (FELSOCEM, by its acronym in Spanish). This award let connect the researchers within the FELSOCEM’s international collaboration network and carry out the study. We could enroll teams from 40 out of 69 Scientific Medical Students Society (SOCEMs, by its acronym in Spanish) along Latin American. Each scientific society had at least one team with three medical students who were trained on scientific integrity16, standardized methods for survey participants, data entry procedures, and quality control of datasets.

In each medical school, every team of interviewers surveyed at the beginning or the end of the lectures, prioritizing that the students had long time enough for their convenience. The surveys were self-reported and last approximately 15 minutes per participant. An English translation of the survey is available as Extended data17.

Measures

We analysed the self-reported manuscript publication as a binary outcome. Multinomial variables included gender, age, current year of career, English proficiency, courses in PubMed, courses in Scopus, courses in Scielo and provider of pirated academic accounts. Binary variables included university, affiliation to a Scientific Medical Student Society, studied previous career, courses in scientific data bases, courses in scientific writing, courses in scientific browsing, courses in Zotero, use of Sci-hub, use of pirated academic accounts. All of these variables were assessed with a self-administered survey.

Data analysis

We evaluated the association between self-reported manuscript publication and its covariates using chi-squared tests for categorical variables and Mann-Whitney U-test for numerical variables. Poisson family regressions were performed using a log link function and mixed effects multilevel models. We estimated nested models following a manual forward selection method to identify covariates associated with self-reported manuscript publication until reaching a parsimonious multivariable model. These covariates were selected using likelihood ratio tests. Crude and adjusted prevalence ratios (PR) were estimated with 95% confidence intervals (CI 95%). All hypotheses were contrasted using 5% significance. The analysis was performed using Stata 15.1, and the analysis code is openly available on GitHub and Zenodo18.

Ethical considerations

This study was classified as minimal risk for participants by the San Bartolome Hospital’s Institutional Review Board (CIE15325-15) and issued its approval. Trained interviewers verbally consent participants, provided them an anonymized self-administered survey. Also, each survey was assigned a numeric ID to protect the privacy of the participants.

Results

We interviewed 11,587 medical students, of whom the mean age was 21±2.9 years and 53% were female. In total, 22.2% (n=2,575) of medical students were in the first year of career. There were 12.5% (n=1,449) affiliated to a Scientific Medical Student Society and 14.1% (n=1,618) reported advanced English skills. The individual-level responses are available as Underlying data19.

A total of 65.1% (n=3,989) had attended a scientific writing course, and 7.9% (n=893) published at least one scientific article during his medical training. There were 22.6% (n=2,514) with a pirated academic account, and from a total of 6,632 medical students, 19.2% (n=1,273) used Sci-Hub at a certain point of their careers (Table 1).

Table 1. Characteristics of medical students from 40 schools of medicine in Latin America.

CharacteristicsN=11,587n%
Gender11,587
  Male5,36346.3
  Female6,22453.7
Age (years)*21±2.86
University11,587
  National6,11952.8
  Private5,46847.2
Current year of career11,586
  1st2,57522.2
  2nd2,48621.5
  3rd2,05317.7
  4th1,96917.0
  5th1,58513.7
  6th9187.9
Affiliated to a Scientific
Medical Student Society
11,587
  No10,13887.5
  Yes1,44912.5
English proficiency11,499
  Elementary2,02817.6
  Basic4,66640.6
  Intermediate3,18727.7
  Advanced1,61814.1
Studied previous career11,574
  No10,68992.4
  Yes8857.7
Courses in scientific
databases
11,448
  No5,30046.3
  Yes6,14853.7
Courses in PubMed11,297
  Do not use the database4,52940.1
  No3,68632.6
  Yes3,08227.3
Courses in Scopus11,139
  Do not use the database9,33483.8
  No8968.0
  Yes9098.2
Courses in Scielo11,200
  Do not use the database4,91843.9
  No4,16537.2
  Yes2,11718.9
Courses in scientific
writing
11,417
  No7,42865.1
  Yes3,98934.9
Courses in scientific
searches
11,458
  No4,56439.8
  Yes6,89460.2
Courses in Zotero11,408
  No9,48583.1
  Yes1,92316.9
Use of Sci-Hub6,632
  No5,35980.8
  Yes1,27319.2
Pirated academic accounts11,136
  No8,62277.4
  Yes2,51422.6
Provider of pirated
academic accounts
11,063
  Student1,75115.8
  Professor1,81716.4
  Both1416.4
  Do not answer7,48167.6
Scientific publication11,316
  No10,42392.1
  Yes8937.9

* Mean ± standard deviation.

There were differences on the prevalence of scientific publications among first-year and last-year medical students (13% vs 4.3%, respectively), being affiliated to a Scientific Medical Student Society (12.43% vs 7.24%), the advanced and elementary proficiency of English (11.2% vs 6.4%), took a scientific writing course (14.6% vs 4.3%), use Sci-Hub (19.3% vs 4.7%) and having pirated academic accounts (15.3% vs 5.5%) (Table 2).

Table 2. Characteristics of medical students among scientific publication from 40 schools of medicine in Latin America.

CharacteristicsScientific publicationP value
NoYes
n%n%
Gender0.529
Male4,82391.94238.1
Female5,60092.34707.7
Age (years)*0.99<0.001
University<0.001
National5,38990.25899.9
Private5,03494.33045.7
Current year of
career
<0.001
1st2,41795.71084.3
2nd2,25892.91727.1
3rd1,85592.31557.7
4th1,76390.91779.1
5th1,38289.116910.9
6th74887.011213.0
Affiliated to a
Scientific Medical
Student Society
<0.001
No9,17692.87167.24
Yes1,24787.617712.43
English proficiency<0.001
Elementary1,86993.61276.4
Basic4,24093.13156.9
Intermediate2,86991.42718.6
Advanced8988.817511.2
Studied previous
career
<0.001
No9,68492.77657.3
Yes72985.212714.8
Courses in scientific
databases
<0.001
No5,02496.31953.7
Yes5,35688.569711.5
Courses in PubMed<0.001
Do not use the
database
4,22094.22595.8
No3,28391.23178.8
Yes2,72089.830910.2
Courses in Scopus<0.001
Do not use the
database
8,53192.76737.3
No79589.69210.4
Yes79888.410511.6
Courses in Scielo<0.001
Do not use the
database
4,62495.32264.66
No3,63488.547211.5
Yes1,90591.51788.55
Courses in scientific
writing
<0.001
No6,99395.73174.34
Yes3,36685.457414.57
Courses in scientific
browsing
<0.001
No4,29895.42064.57
Yes6,09189.968410.1
Courses in Zotero<0.001
No8,77493.95706.1
Yes1,57983.232016.85
Use of Sci-Hub<0.001
No5,02695.32464.67
Yes1,01680.724319.3
Pirated academic
accounts
<0.001
No8,05594.54685.49
Yes2,10284.738015.31
Provider of pirated
academic accounts
<0.001
Student1,48686.12423.28
Professor1,45380.323913.86
Both1285.735719.72
Do not answer7,14096.7214.29

* Simple logistic regression. Beta and p-value.

The nested models progressively selected the following covariates: courses in scientific writing, pirated academic accounts, universities, courses in Zotero, courses in scientific databases, year of study, previous career, English proficiency, and affiliation to a scientific medical student society. The prevalence of having a scientific publication were 36% (PRp=1.36, 95%CI=1.16–1.59, p<0.001) higher if a medical student was affiliated to a Scientific Medical Student Society, 51% (PRp=1.51, 95%CI=1.21–1.87, p<0.001) higher among the medical students with advanced English proficiency, 85% (PRp=1.85, 95%CI=1.59–2.15, p<0.001) higher in medical students who took a scientific writing course, 81% (PRp=1.81, 95%CI=1.50–2.20, p<0.001) higher in medical students who used Sci-Hub, and 108% (PRp=2.08, 95%CI=1.83–2.36, p<0.001) higher among medical students who have a pirated academic account (Table 3). The information about medical schools in Latin America is available as Extended data20.

Table 3. Associated factors with scientific publication among medical students from 40 schools of Medicine in Latin America and the Caribbean.

ParametersScientific publicationModels**
Simple regression (1)Multiple regression
parsimonious model (2)
Adjusted parsimonious model
(2) *
PRc95% CI P
value
PRp95% CI P
value
PRp95% CI P
value
Gender1
    MaleRef.Ref.
    Female0.960.85-1.090.5290.990.87-1.120.865
Age (years)*1.020.99-1.0450.3052
University
    National1.731.51-1.98<0.0011.821.58-2.09<0.001
    PrivateRef.Ref.
Current year of
career
    1stRef.Ref.
    2nd1.651.31-2.09<0.0011.271.01-1.600.043
    3rd1.801.42-2.29<0.0011.391.09-1.760.007
    4th2.131.69-2.69<0.0011.291.02-1.640.036
    5th2.552.02-3.22<0.0011.641.30-2.07<0.001
    6th3.042.36-3.92<0.0011.791.38-2.33<0.001
Affiliated to
a Scientific
Medical
Student Society
    NoRef.Ref.
    Yes1.721.47-2.00<0.0011.361.16-1.59<0.001
English
proficiency
    ElementaryRef.Ref.
    Basic1.090.89-1.330.4121.110.91-1.350.302
    Intermediate1.361.11-1.660.0031.220.99-1.490.057
    Advanced1.761.42-2.19<0.0011.511.21-1.87<0.001
Studied
previous career
    NoRef.Ref.
    Yes2.031.70-2.41<0.0011.681.41-2.00<0.001
Courses in
scientific
databases
    NoRef.Ref.
    Yes2.211.90-2.57<0.0011.581.33-1.88<0.001
Courses in
PubMed
3
    Do not use
the database
Ref.Ref.
    No1.521.30-1.78<0.0010.960.81-1.120.582
    Yes1.761.51-2.07<0.0010.860.72-1.010.069
Courses in
Scopus
4
    Do not use the
database
Ref.Ref.
    No1.421.15-1.740.0011.020.82-1.270.848
    Yes1.591.31-1.93<0.0010.920.76-1.130.427
Courses in
Scielo
5
    Do not use the
database
Ref.Ref.
    No2.472.12-2.87<0.0011.471.24-1.74<0.001
    Yes1.831.52-2.22<0.0010.950.77-1.180.644
Courses in
scientific
writing
    NoRef.Ref.
    Yes3.362.95-3.83<0.0011.851.59-2.15<0.001
Courses in
scientific
searches
    NoRef.
    Yes3.082.64-3.60<0.001
Courses in
Zotero
    NoRef.Ref.
    Yes2.762.43-3.14<0.0011.661.45-1.90<0.001
Use of Sci-Hub6
    NoRef.Ref.
    Yes4.143.50-4.88<0.0011.811.50-2.20<0.001
Pirated
academic
accounts
    NoRef.Ref.
    Yes2.792.45-3.17<0.0012.081.825-2.36<0.001
Provider
of pirated
academic
accounts
7
    Student4.233.56-5.01<0.0013.863.05-4.90<0.001
    Professor6.025.15-7.02<0.0014.563.85-5.39<0.001
    Both4.361.20-15.820.0253.830.93-15.690.062
    Do not
answer
Ref.Ref.

(1) Poisson´s regression model with robust variance.

(2) Poisson´s regression model with robust variance and multilevel analysis.

* Multiple regression parsimonious model was indepently adjusted by each variable below

Abbreviations: PRc, Crude prevalence ratio; PRp, Parsimonious model's prevalence ratio; PRa, adjusted parsimonious' prevalence ratio.

Discussion

Pirated academic accounts and use of Sci-Hub

The use of Sci-Hub was reported by 19.2% (n= 1273) of the students surveyed, of whom 19.3% (n=243) published a manuscript during their medical training. The awareness and use of Sci-Hub may be due to the high need to access top-level scientific evidence behind a paywall. However, medical students have reported difficulties to access Sci-Hub because it is considered an illegal service in many regions, meaning the web domain is often blocked2124.

The use of Sci-Hub was associated with higher prevalence of scientific publications among medical students (PR: 1.81; CI95%: 1.50-2.20). Students feel the great need to obtain access to payed articles, leading them to seek free access throughout Sci-Hub23,25. However, even those students who do not face a paywall, found using Sci-Hub reduced the time and increased simplicity of browsing26. In addition, many researchers and students identify Sci-Hub as a faster option that is not limited to their institution's catalogue24. This is likely homogeneous between high- and low-income countries worldwide27. More than 56,000 article downloads via Sci-Hub came from different east coast cities of the United States, especially from cities where large universities have subscriptions to different publishers26.

The use of pirated academic accounts was associated with higher prevalence of scientific publications (PR: 2.08; CI95%: 1.83–2.36). The institutional licenses let access to journals, books, or specialized databases such as Scopus or Web of Science. These paid services are funded by government institutions in low- or middle-income countries (LMIC); however, these are not widely distributed or have not been implemented in LMIC28. Alternatives such as HINARI allow access to paid articles in LMIC, and is available to the academic and research community only from certified institutions who achieved certain milestones defined by local science systems29. All this complex context leads users to exchange, loan or acquire access accounts or proxy links to journal catalogs of institutions by non-legal terms27.

Courses in scientific writing

A total of 34.9% of students who had produced a scientific publication attended a course in scientific writing skills. Attending a scientific writing skills course increased the prevalence of scientific publications by 85% (PRp=1.85, CI95%=1.59–2.15, p<0.001). This is likely because of the great need of medical students to improve their skills to effectively communicate scientific findings, make a relevant academic reflection, and enhance the chances of acceptance into a scientific journal30. New medical students in research training are eager to be trained in scientific writing skills and seek an experienced mentor to train them31. In addition, medical students actively seek for courses of scientific writing and communication, for instance, the Brazilian DivulgaMicro initiative was a course funded by the Fundação de Amparo a Pesquisa do Estado de São Paulo (FAPESP, by its acronym in Portuguese) to train early career researchers to translate complex scientific messages to understandable pieces of information to community members32. At 30 days after launch, the website registered 1,026 users from different regions worldwide, including Latin American, United Kingdom, Pakistan, Germany and Canada. This was one of the most visited free and open scientific communication workshops, which trained over 600 novel medical student researchers32.

English proficiency

An advanced English proficiency was reported in 14.1% of the students, of whom 11.2% published a scientific manuscript during medical training. In addition, the prevalence of scientific publications increased by 51% among students with advanced English proficiency (PRp=1.51, 95%CI=1.21–1.87, p<0.001). Students are encouraged to understand a scientific evidence written in English33. The TOEFL score is correlated with publishing in a medical journal (correlation coefficient: 0.63)34. Scientific journals preferably accept articles from English natives versus non-English natives (acceptance rate 7% vs 3.6%, respectively)35. Likewise, Americans are 49% more likely to reach an article peer-review or acceptance in an American journal comparing to non-English natives35. Medical students from second to sixth year who attended an English scientific writing skills training reported 53% of them perceived that they were not proficient enough at English to publish a manuscript in English-language journals36.

The association between scientific publications and advanced English proficiency could be likely because of students’ desire to pursue an academic training abroad offered by institutions requiring academic excellence and a great potential. In 2016, the Peruvian Program of Educational Grants and Credits (PRONABEC, by its acronym in Spanish) jointly funded the Fulbright, FONDECYT, and Chevening scholarships in Peru which benefited 14, 6, and 15 Peruvian graduate applicants, respectively37. In this way, the scholars could be trained by outstanding foreign universities producing a generation of researchers with masters and doctoral degrees who upon returning to their home countries seek to improve the science and technology system3840. During 2004–2012, the Fogarty International Clinical Research Fellows Program funded promising initiatives of highly competitive English-dominant students from LMIC whose scientific discoveries can address long-term global health needs41,42. This approach has become Fogarty's hallmark: bringing great science to solve local problem of global outreach and building local research capacities42. During 2014–2015, Fogarty has contributed substantially to the training of more than 6,100 global health leaders, 140 of whom have earned doctorates in epidemiology and 96 in public health43.

The Fogarty International Center builds a bridge between the US National Institutes of Health and the global health research community; 85–90% of trained fellows return to LMICs and obtain research positions into academia, government agencies, and institutes42. However, young Latin American scholars and postdoctoral researchers trained abroad find it difficult because of an unfavourable science system29. For instance, the investment of the Peruvian administration to progress in science and research is still insufficient, it is only 0.12% of the gross domestic product compared to 0.36% in Chile, 1.3% in Brazil and 2.8% in the United States44,45.

Affiliated to a scientific medical student society

Our findings showed that being affiliated to a medical student scientific society increased the prevalence of scientific publication in 36% (PRp:1.36, CI95%=1.16-1.59, p<0.01). Student scientific societies, such as the Peruvian Medical Student Scientific Society (SOCIMEP, by its acronym in Spanish) tries to fill the gaps of research training and provide students the mentors, courses, and scientific opportunities to pursue a research career9,46. With over 30 years of operations with local-level scientific societies across Peru, SOCIMEP promotes research events at a regional, national, and local level multidisciplinary university research and service camps (CUMIS, by its acronym in Spanish), the annual scientific conferences, and foundation courses in epidemiology, research design, and biostatistics47. The outreach the SOCIMEP achieved overall was reflected in the 242 published articles by scientific societies, of which 11% (n=67) were published in Q1 journals, under the mentorship of highly experienced national researchers48.

Limitations

We must understand our findings have limitations, described in the following statements. First, several parameters of the questionnaire were self-reported which may cause an undifferentiated classification of the outcome, and may increase the residual confusion of confounding parameters, indicating potential information bias. However, we tried to control this situation by motivating the students to answer the questionnaire truthfully and not to rush their answers; in this sense, our outcome is consistent with reality. Second, all 40 medical schools were affiliated with FELSOCEM, indicating potential selection bias, so our findings are useful for these schools and similar studies should be extended to understand local and regional scientific realities from different countries.

Conclusion

Factors associated with producing a publication among medical students during their medical training in Latin America include being affiliated to a local Scientific Society of Medical Students, having an advanced English proficiency, attended a course of scientific writing skills, the use of Sci-Hub, and having pirated accounts. The promotion of science among medical students in Latin America is a multi-sphere issue which needs to be addressed as part of multilevel strategies coming from high government authorities, to empower universities and build-up a committed science system in each nation.

Data availability

Underlying data

Figshare: Scientific article. https://doi.org/10.6084/m9.figshare.13061699.v219.

This project contains the underlying data in DTA and CSV formats.

Extended data

Figshare: Technological and educational factors associated with the use of information sources in medical students from Latin America. https://doi.org/10.6084/m9.figshare.13070603.v117.

This project contains an English-language copy of the questionnaire used for data collection.

Figshare: Latin American medical students surveyed in 2016 - Supplementary materials from a cross-sectional study of 40 medical schools surveyed in Latin America. https://doi.org/10.6084/m9.figshare.13070693.v120.

This project contains a list of the medical schools surveyed for this study.

Analysis code used in this study is available at: https://github.com/culquichicon/Scientific_writing.

Archived code at time of publication: https://doi.org/10.5281/zenodo.373035918.

Analysis code license: GNU General Public License v3.0.

Unless otherwise indicated, data are available under the terms of the Creative Commons Attribution 4.0 International license (CC-BY 4.0).

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Valladares-Garrido MJ, Mejia CR, Rojas-Alvarado AB et al. Factors associated with producing a scientific publication during medical training: evidence from a cross-sectional study of 40 medical schools surveyed in Latin America [version 1; peer review: 1 approved, 1 approved with reservations]. F1000Research 2020, 9:1365 (https://doi.org/10.12688/f1000research.26596.1)
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Approved with reservations A number of small changes, sometimes more significant revisions are required to address specific details and improve the papers academic merit.
Not approvedFundamental flaws in the paper seriously undermine the findings and conclusions
Version 1
VERSION 1
PUBLISHED 24 Nov 2020
Views
30
Cite
Reviewer Report 14 Apr 2022
Megan Anakin, Otago Medical School, University of Otago, Dunedin, New Zealand 
Approved with Reservations
VIEWS 30
Review of
Factors associated with producing a scientific publication during medical training: evidence from a cross-sectional study of 40 medical schools surveyed in Latin America. DOI: 10.12688/f1000research.26596.1

General comments

The authors provide a report ... Continue reading
CITE
CITE
HOW TO CITE THIS REPORT
Anakin M. Reviewer Report For: Factors associated with producing a scientific publication during medical training: evidence from a cross-sectional study of 40 medical schools surveyed in Latin America [version 1; peer review: 1 approved, 1 approved with reservations]. F1000Research 2020, 9:1365 (https://doi.org/10.5256/f1000research.29360.r128598)
NOTE: it is important to ensure the information in square brackets after the title is included in all citations of this article.
  • Author Response 23 May 2022
    Annel Rojas Alvarado, School of Medicine, Universidad Privada Antenor Orrego, Piura, Peru
    23 May 2022
    Author Response
    "Abstract

    The authors succinctly outline the topic, a problem that is addressed by the methods, and present the main results. Missing from the abstract is a few sentences outlining ... Continue reading
COMMENTS ON THIS REPORT
  • Author Response 23 May 2022
    Annel Rojas Alvarado, School of Medicine, Universidad Privada Antenor Orrego, Piura, Peru
    23 May 2022
    Author Response
    "Abstract

    The authors succinctly outline the topic, a problem that is addressed by the methods, and present the main results. Missing from the abstract is a few sentences outlining ... Continue reading
Views
33
Cite
Reviewer Report 14 Dec 2020
Virgilio Efrain Failoc Rojas, Research Unit for the Generation and Synthesis of Evidence in Health, Saint Ignatius of Loyola University, Lima, Peru 
Approved
VIEWS 33
This study brings a broad view of the current efforts of local Scientific Societies of Medical Students on promoting research among medical students. The authors found relevant factors associated with producing a scientific manuscript during medical school including the use ... Continue reading
CITE
CITE
HOW TO CITE THIS REPORT
Failoc Rojas VE. Reviewer Report For: Factors associated with producing a scientific publication during medical training: evidence from a cross-sectional study of 40 medical schools surveyed in Latin America [version 1; peer review: 1 approved, 1 approved with reservations]. F1000Research 2020, 9:1365 (https://doi.org/10.5256/f1000research.29360.r75348)
NOTE: it is important to ensure the information in square brackets after the title is included in all citations of this article.

Comments on this article Comments (0)

Version 2
VERSION 2 PUBLISHED 24 Nov 2020
Comment
Alongside their report, reviewers assign a status to the article:
Approved - the paper is scientifically sound in its current form and only minor, if any, improvements are suggested
Approved with reservations - A number of small changes, sometimes more significant revisions are required to address specific details and improve the papers academic merit.
Not approved - fundamental flaws in the paper seriously undermine the findings and conclusions
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