medical communications exposure and education among ...audience selection, authorship guidelines,...

1
0 5 10 15 20 25 30 35 Focus of Course Component of Course Lecture Topics Writing Opportunity Publishing Opportunity Number of Courses MD DNP PharmD Components Exposure Medical Communications Exposure and Education Among Medical, Nursing, and Pharmacy Students Rachel Brown ab , Sarah Rogado c , Muhammad Iqbal b , Maryah Haidery a , Jennifer Kent a , and Rozena Varghese a a MedVal Scientific Information Services, LLC, and PharmaWrite, LLC, Princeton, NJ, USA; b Philadelphia College of Pharmacy, University of the Sciences in Philadelphia, Philadelphia, PA, USA; c Ernest Mario School of Pharmacy, Rutgers, the State University of New Jersey, New Brunswick, NJ, USA ABSTRACT BACKGROUND CONCLUSIONS A common misperception among researchers is that authors of scientific manuscripts do not require medical writing support 1 However, creating a document that is publication-ready requires strong command of the English language, adherence to proper structure, the ability to craft a logical story flow, and familiarity with reporting guidelines and submission procedures. It also involves timeline management and coordination with co-authors Training in medical writing and best practices for manuscript preparation and submission should ideally begin during graduate school According to one study, some of the top reasons for manuscript rejection are easily avoidable technical elements such as: 2 Picking the wrong journal Incorrect submission format Not following manuscript preparation guidelines Poor writing Inadequate reporting in the methods, results, and discussion This may reflect “insufficient training in the range of issues related to reporting of research, such as use of reporting guidelines, publication ethics, and research integrity” 3 To combat these problems, schools for health professionals have increasingly been adding courses on medical writing and communications to their curricula 4,5 To our knowledge, there has been no systematic study to determine how many medical writing and communication courses exist and what forms they usually take We report on the curricula of the top medical, nursing, and pharmacy schools in the United States to determine the extent of medical communication and medical writing exposure among graduate students in the healthcare professions RESULTS 8 courses (indicated with stars in Table 1) described discussions of more advanced topics related to publication practices, including journal publication decisions, journal and audience selection, authorship guidelines, writing challenges, critiquing one’s own and others’ writing, plagiarism, and professional standards Based on available course descriptions, they did not seem to follow any standard format or publication practice guidelines Most top healthcare graduate programs in medicine, nursing, and pharmacy offer a medical communications-related course although very few include medical communications as a main focus A small number of courses discuss advanced topics in publication practices, including journal publication decisions, journal and audience selection, authorship guidelines, writing challenges, critiquing one’s own and others’ writing, plagiarism, and professional standards Our data suggest that until graduate schools incorporate more courses with standardized education in medical writing, communications, and publication practices, authors may still require medical writing support to face real-world challenges Course Name School MD Programs F ME670.0: Understanding the Peer-Reviewed Literature Harvard University DNP Programs F NR. 110.832: Writing for Publication Johns Hopkins University F N9150: Scholarly Writing and Dissemination I Columbia University F NUR 3052: Research Practicum 3 - Manuscript Development University of Pittsburgh F NURS704: Scientific Writing University of North Carolina – Chapel Hill PharmD Programs C PHR 7460 - Regulatory Strategy, Writing, and Leadership Ohio State University C Research Seminar in Social & Administrative Pharmacy (S&A PHM 732-911) University of Wisconsin – Madison C LAI 648 Graduate Research Ethics University at Buffalo – SUNY F SPPS 284: Scientific Writing University of California – San Diego METHODS We selected the top 25 US doctor of medicine (research) (MD), doctor of nursing practice (DNP), and doctor of pharmacy (PharmD) schools according to US News & World Report 2017 rankings 6 We assessed the available curricula descriptions and syllabi of these schools to determine the amount (number of courses) and extent (main focus of course vs component) of exposure students receive in medical communications and medical writing Medical communications was defined as services provided to the pharmaceutical, biotechnology, and medical device industries to plan and develop medical documents and publications for various audiences, including healthcare providers, patients, and regulatory agencies Medical writing was defined as the writing of scientific documents, which include regulatory and research-related documents; disease- or drug-related educational and promotional literature; publications such as journal manuscripts, abstracts, and posters; and content for healthcare websites, health-related magazines, or news articles We identified and categorized which courses were “possibly medical communications-related” by the following criteria: Focus of course: any course that includes main course objectives and topics related to publication development (ie, writing/communications/publications courses that discuss how to write/publish) Related component: any course that includes, in the course description, requirements related to publication development (ie, research courses with writing requirements and/or publication opportunities) Exposure unknown: any course with a title or description that indicated a possible relation to medical communications without sufficient information to determine amount of exposure 0 100 200 300 400 500 600 700 800 900 1000 Enrollment MD DNP PharmD There were 27 MD research schools, 25 DNP schools, and 29 PharmD schools with a rank of 25 or better, as shown in Figure 1 Of these, 27/27 MD, 18/25 DNP, and 21/29 PharmD schools had published curricula and 27 MD, 17 DNP, and 13 PharmD programs included at least one possibly-related medical communications course We identified a total of 65 (30 MD, 17 DNP, 18 PharmD) possibly- related medical communications courses Twenty-eight possibly-related medical communications courses (11 MD, 14 DNP, and 3 PharmD) were included as required courses in the curricula and 37 (19, 3, and 15, respectively) were provided as electives (Figure 2) Objective: Perception of the medical publication profession can be influenced by healthcare professionals’ exposure to best practices in medical communications. We aimed to characterize this exposure from school curricula in students within healthcare professions, since understanding early exposure may be of interest. Research design and methods: The top 25 ranked US doctor of medicine (research) (MD), doctor of nursing practice (DNP), and doctor of pharmacy (PharmD) schools were selected from the US News & World Report 2017 rankings. Curricula descriptions and syllabi were analyzed to determine the amount (number of courses) and extent (main focus of course vs component) of exposure students receive in medical communications. Results: Of programs with published curricula (27/27 MD, 18/25 DNP, and 21/29 PharmD), we identified 65 (30 MD, 17 DNP, 18 PharmD) possibly-related medical communications courses from 27 MD, 17 DNP, and 13 PharmD programs. Twenty- eight courses (11, 14, and 3, respectively) were required and 37 (19, 3, and 15) were electives. Only 6 (1, 4, and 1; each from different programs) had medical communications as a main focus, while 32 (12, 4, and 16) contained some related component. Insufficient information was available for 27 courses. Conclusions: Most top healthcare graduate programs in medicine, nursing, and pharmacy offer a medical communications-related course; however, it remains unclear if the courses reflect best practices. There appears to be very low exposure to medical communications-focused courses. Limitations of this analysis must be taken into consideration: We only included the top 25 ranked schools for each degree type, which were ranked based on criteria unrelated to medical communications. This sample may not be representative of all schools and programs Our analysis was based only on curricula and descriptions published on each school’s website Due to the use of only published course descriptions, and a lack of availability of course syllabi, we were unable to determine the extent to which best practices in medical communications and medical publications are discussed in the courses and how closely they adhere to publication practice guidelines REFERENCES 1. Hamilton CW, Gertel A, Jacobs A, Marchington J, Weaver S, Woolley K. Mythbusting Medical Writing: Goodbye, Ghosts! Hello, Help!. Account Res. 2016;23(3):178-194. 2. Pierson DJ. The top 10 reasons why manuscripts are not accepted for publication. Respir Care. 2004;49(10):1246-52. 3. Glasziou P, Altman DG, Bossuyt P, et al. Reducing waste from incomplete or unusable reports of biomedical research. Lancet. 2014;383(9913):267-76. 4. Brown JN, Tiemann KA, Ostroff JL. Description of a medical writing rotation for a postgraduate pharmacy residency program. J Pharm Pract. 2014;27(2):169-73. The authors thank Rosie Lynch and Lou Greco of MedVal Scientific Information Services, LLC, and PharmaWrite, LLC, Princeton, NJ for mentorship and guidance, Rosie Lynch for inspiring the research topic, and Diana Talag and Donald Fallon of MedVal Scientific Information Services, LLC, and PharmaWrite, LLC for editorial assistance. This research and editorial assistance was funded by MedVal Scientific Information Services, LLC, and PharmaWrite, LLC, Princeton, NJ. ACKNOWLEDGEMENTS Region MD DNP PharmD Total Midwest 7 6 9 22 Northeast 8 5 2 15 South 7 9 11 27 West 5 5 7 17 Total 27 25 29 81 DNP, doctor of nursing practice; MD, doctor of medicine (research); PharmD, doctor of pharmacy. Only 6 courses (1, 4, and 1, respectively; each from different programs) had a main focus on medical communications-related topics, while 32 contained some related component (Figure 3) A list of courses that focused on medical communications- related topics is provided in Table 1 16 courses (2, 4, and 10, respectively) included lectures related to medical communications, 30 courses (11, 6, and 13, respectively) offered writing opportunities, and 10 courses (6, 3, and 1, respectively) offered publishing opportunities (Figure 3) Insufficient information was available for 27 courses (17, 9, and 1, respectively) 24 DNP, doctor of nursing practice; MD, doctor of medicine (research); PharmD, doctor of pharmacy. STRATEGY SCIENCE COMPLIANCE SERVICE Includes discussion of advanced topics related to publication practices. C, course contains a component related to medical communications; DNP, doctor of nursing practice; F, focus of course is related to medical communications; MD, doctor of medicine (research); PharmD, doctor of pharmacy. Regions are defined by the US Census Bureau. 7 DNP, doctor of nursing practice; MD, doctor of medicine (research); PharmD, doctor of pharmacy. 7% 29% 64% Required Courses (n=14) 100% 0% 0% Elective Courses (n=3) B. Exposure Among DNP Courses (n=17) Unknown (n=9) Component (n=4) Focus (n=1) Focus (n=3) Unknown (n=0) Component (n=0) 7% 93% 0% Elective Courses (n=15) 0% 67% 33% Required Courses (n=3) C. Exposure Among PharmD Courses (n=18) Component (n=2) Unknown (n=1) Focus (n=0) Component (n=14) Focus (n=1) Unknown (n=0) 5. Rees S, Payne J, Houlahan B. Creating a culture for publication through education and mentoring. J Nurs Care Qual. 2015;30(2):187-92. 6. US News & World Report. Best Graduate Schools: 2017 Rankings. https://www.usnews.com/best-graduate-schools. Accessed March 20, 2017. 7. US Census Bureau. https://www.census.gov/geo/reference/gtc/gtc_census_divreg.html. Accessed March 20, 2017. 8. StartClass. http://pharmacy-schools.startclass.com. Accessed March 20, 2017. 0% 73% 27% Required Courses (n=11) 5% 21% 74% Elective Courses (n=19) A. Exposure Among MD Courses (n=30) Component (n=4) Unknown (n=14) Focus (n=1) Component (n=8) Unknown (n=3) Focus (n=0) Presented at the 13th Annual Meeting of ISMPP May 1 - 3, 2017 National Harbor, MD, USA PDF AUDIO TABLE 1. Courses with Focus or Advanced Topics in Medical Communications AUDIO FIGURE 3. Type of Exposure to Medical Communications AUDIO FIGURE 2. Exposure to Medical Communications AUDIO FIGURE 1. Location 6,7 and Enrollment Size 6,8 of Analyzed MD, DNP, and PharmD Schools

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Page 1: Medical Communications Exposure and Education Among ...audience selection, authorship guidelines, writing challenges, critiquing one’s own and others’ writing, plagiarism, and

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Focus of Course Component of

Course

Lecture Topics Writing

Opportunity

Publishing

Opportunity

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MD DNP PharmD

ComponentsExposure

Medical Communications Exposure and Education Among Medical, Nursing, and Pharmacy StudentsRachel Brownab, Sarah Rogadoc, Muhammad Iqbalb, Maryah Haiderya,

Jennifer Kenta, and Rozena Varghesea

aMedVal Scientific Information Services, LLC, and PharmaWrite, LLC, Princeton, NJ, USA;bPhiladelphia College of Pharmacy, University of the Sciences in Philadelphia, Philadelphia, PA, USA;

cErnest Mario School of Pharmacy, Rutgers, the State University of New Jersey, New Brunswick, NJ, USA

ABSTRACT

BACKGROUND

CONCLUSIONS

• A common misperception among researchers is that authors of scientific manuscripts do not require medical writing support1

• However, creating a document that is publication-ready requires strong command of the English language, adherence to proper structure, the ability to craft a logical story flow, and familiarity with reporting guidelines and submission procedures. It also involves timeline management and coordination with co-authors

• Training in medical writing and best practices for manuscript preparation and submission should ideally begin during graduate school

• According to one study, some of the top reasons for manuscript rejection are easily avoidable technical elements such as:2

• Picking the wrong journal

• Incorrect submission format

• Not following manuscript preparation guidelines

• Poor writing

• Inadequate reporting in the methods, results, and discussion

• This may reflect “insufficient training in the range of issues related to reporting of research, such as use of reporting guidelines, publication ethics, and research integrity”3

• To combat these problems, schools for health professionals have increasingly been adding courses on medical writing and communications to their curricula4,5

• To our knowledge, there has been no systematic study to determine how many medical writing and communication courses exist and what forms they usually take

• We report on the curricula of the top medical, nursing, and pharmacy schools in the United States to determine the extent of medical communication and medical writing exposure among graduate students in the healthcare professions

RESULTS

• 8 courses (indicated with stars in Table 1) described discussions of more advanced topics related to publication practices, including journal publication decisions, journal and audience selection, authorship guidelines, writing challenges, critiquing one’s own and others’ writing, plagiarism, and professional standards

• Based on available course descriptions, they did not seem to follow any standard format or publication practice guidelines

• Most top healthcare graduate programs in medicine, nursing, and pharmacy offer a medical communications-related course although very few include medical communications as a main focus

• A small number of courses discuss advanced topics in publication practices, including journal publication decisions, journal andaudience selection, authorship guidelines, writing challenges, critiquing one’s own and others’ writing, plagiarism, and professional standards

• Our data suggest that until graduate schools incorporate more courses with standardized education in medical writing, communications, and publication practices, authors may still require medical writing support to face real-world challenges

Course Name School

MD Programs

F ME670.0: Understanding the Peer-Reviewed Literature Harvard University

DNP Programs

F NR. 110.832: Writing for Publication Johns Hopkins University

F N9150: Scholarly Writing and Dissemination I Columbia University

FNUR 3052: Research Practicum 3 - Manuscript

DevelopmentUniversity of Pittsburgh

F NURS704: Scientific WritingUniversity of North Carolina – Chapel

Hill

PharmD Programs

C PHR 7460 - Regulatory Strategy, Writing, and Leadership Ohio State University

CResearch Seminar in Social & Administrative Pharmacy

(S&A PHM 732-911)University of Wisconsin – Madison

C LAI 648 Graduate Research Ethics University at Buffalo – SUNY

F SPPS 284: Scientific Writing University of California – San Diego

METHODS

• We selected the top 25 US doctor of medicine (research) (MD), doctor of nursing practice (DNP), and doctor of pharmacy (PharmD) schools according to US News & World Report 2017 rankings6

• We assessed the available curricula descriptions and syllabi of these schools to determine the amount (number of courses) and extent (main focus of course vs component) of exposure students receive in medical communications and medical writing

• Medical communications was defined as services provided to the pharmaceutical, biotechnology, and medical device industries to plan and develop medical documents and publications for various audiences, including healthcare providers, patients, and regulatory agencies

• Medical writing was defined as the writing of scientific documents, which include regulatory and research-related documents; disease- or drug-related educational and promotional literature; publications such as journal manuscripts, abstracts, and posters; and content for healthcare websites, health-related magazines, or news articles

• We identified and categorized which courses were “possibly medical communications-related” by the following criteria:

• Focus of course: any course that includes main course objectives and topics related to publication development (ie, writing/communications/publications courses that discuss how to write/publish)

• Related component: any course that includes, in the course description, requirements related to publication development (ie, research courses with writing requirements and/or publication opportunities)

• Exposure unknown: any course with a title or description that indicated a possible relation to medical communications without sufficient information to determine amount of exposure

0

100

200

300

400

500

600

700

800

900

1000

En

rollm

en

t

MD DNP PharmD

• There were 27 MD research schools, 25 DNP schools, and 29 PharmD schools with a rank of 25 or better, as shown in Figure 1

• Of these, 27/27 MD, 18/25 DNP, and 21/29 PharmD schools

had published curricula and 27 MD, 17 DNP, and 13 PharmD programs included at least one possibly-related medical communications course

• We identified a total of 65 (30 MD, 17 DNP, 18 PharmD) possibly-related medical communications courses

• Twenty-eight possibly-related medical communications courses (11 MD, 14 DNP, and 3 PharmD) were included as required courses in the curricula and 37 (19, 3, and 15, respectively) were provided as electives (Figure 2)

Objective: Perception of the medical publication profession can be influenced by healthcare professionals’ exposure to best practices in medical communications. We aimed to characterize this exposure from school curricula in students within healthcare professions, since understanding early exposure may be of interest.

Research design and methods: The top 25 ranked US doctor of medicine (research) (MD), doctor of nursing practice (DNP), and doctor of pharmacy (PharmD) schools were selected from the US News & World Report 2017 rankings. Curricula descriptions and syllabi were analyzed to determine the amount (number of courses) and extent (main focus of course vs component) of exposure students receive in medical communications.

Results: Of programs with published curricula (27/27 MD, 18/25 DNP, and 21/29 PharmD), we identified 65 (30 MD, 17 DNP, 18 PharmD) possibly-related medical communications courses from 27 MD, 17 DNP, and 13 PharmD programs. Twenty-eight courses (11, 14, and 3, respectively) were required and 37 (19, 3, and 15) were electives. Only 6 (1, 4, and 1; each from different programs) had medical communications as a main focus, while 32 (12, 4, and 16) contained some related component. Insufficient information was available for 27 courses.

Conclusions: Most top healthcare graduate programs in medicine, nursing, and pharmacy offer a medical communications-related course; however, it remains unclear if the courses reflect best practices. There appears to be very low exposure to medical communications-focused courses.

• Limitations of this analysis must be taken into consideration:

• We only included the top 25 ranked schools for each degree type, which were ranked based on criteria unrelated to medical communications. This sample may not be representative of all schools and programs

• Our analysis was based only on curricula and descriptions published on each school’s website

• Due to the use of only published course descriptions, and a lack of availability of course syllabi, we were unable to determine the

extent to which best practices in medical communications and medical publications are discussed in the courses and how closely they adhere to publication practice guidelines

REFERENCES1. Hamilton CW, Gertel A, Jacobs A, Marchington J, Weaver S, Woolley K. Mythbusting Medical Writing: Goodbye, Ghosts!

Hello, Help!. Account Res. 2016;23(3):178-194.

2. Pierson DJ. The top 10 reasons why manuscripts are not accepted for publication. Respir Care. 2004;49(10):1246-52.

3. Glasziou P, Altman DG, Bossuyt P, et al. Reducing waste from incomplete or unusable reports of biomedical research.

Lancet. 2014;383(9913):267-76.

4. Brown JN, Tiemann KA, Ostroff JL. Description of a medical writing rotation for a postgraduate pharmacy residency

program. J Pharm Pract. 2014;27(2):169-73.

The authors thank Rosie Lynch and Lou Greco of MedVal

Scientific Information Services, LLC, and PharmaWrite, LLC,

Princeton, NJ for mentorship and guidance, Rosie Lynch for

inspiring the research topic, and Diana Talag and Donald Fallon

of MedVal Scientific Information Services, LLC, and

PharmaWrite, LLC for editorial assistance. This research and

editorial assistance was funded by MedVal Scientific

Information Services, LLC, and PharmaWrite, LLC, Princeton, NJ.

ACKNOWLEDGEMENTS

Region MD DNP PharmD Total

Midwest 7 6 9 22

Northeast 8 5 2 15

South 7 9 11 27

West 5 5 7 17

Total 27 25 29 81 DNP, doctor of nursing practice; MD, doctor of medicine (research); PharmD, doctor of pharmacy.

• Only 6 courses (1, 4, and 1, respectively; each from different programs) had a main focus on medical communications-related topics, while 32 contained some related component (Figure 3)

• A list of courses that focused on medical communications-related topics is provided in Table 1

• 16 courses (2, 4, and 10, respectively) included lectures related to medical communications, 30 courses (11, 6, and 13, respectively) offered writing opportunities, and 10 courses (6, 3, and 1, respectively) offered publishing opportunities (Figure 3)

• Insufficient information was available for 27 courses (17, 9, and 1, respectively)

24

DNP, doctor of nursing practice; MD, doctor of medicine (research); PharmD, doctor of pharmacy.

STRATEGY ● SCIENCE ● COMPLIANCE ● SERVICE

Includes discussion of advanced topics related to publication practices.

C, course contains a component related to medical communications; DNP, doctor

of nursing practice; F, focus of course is related to medical communications; MD,

doctor of medicine (research); PharmD, doctor of pharmacy.

Regions are defined by the US Census Bureau.7

DNP, doctor of nursing practice; MD, doctor of medicine (research); PharmD, doctor of pharmacy.

7%

29%

64%

Required Courses (n=14)

100%

0%

0%

Elective Courses (n=3)

B. Exposure Among DNP Courses (n=17)

Unknown

(n=9)

Component

(n=4)

Focus

(n=1)

Focus

(n=3)

Unknown

(n=0)

Component

(n=0)

7%

93%

0%

Elective Courses (n=15)

0%

67%

33%

Required Courses (n=3)

C. Exposure Among PharmD Courses (n=18)

Component

(n=2)

Unknown

(n=1)

Focus

(n=0)

Component

(n=14)

Focus

(n=1)

Unknown

(n=0)

5. Rees S, Payne J, Houlahan B. Creating a culture for publication through education and mentoring. J Nurs Care Qual.

2015;30(2):187-92.

6. US News & World Report. Best Graduate Schools: 2017 Rankings. https://www.usnews.com/best-graduate-schools.

Accessed March 20, 2017.

7. US Census Bureau. https://www.census.gov/geo/reference/gtc/gtc_census_divreg.html. Accessed March 20, 2017.

8. StartClass. http://pharmacy-schools.startclass.com. Accessed March 20, 2017.

0%

73%

27%

Required Courses (n=11)

5%

21%

74%

Elective Courses (n=19)

A. Exposure Among MD Courses (n=30)

Component

(n=4)

Unknown

(n=14)

Focus

(n=1)

Component

(n=8)

Unknown

(n=3)

Focus

(n=0)

Presented at the 13th Annual Meeting of ISMPP ● May 1-3, 2017 ● National Harbor, MD, USA

PD

F

AUDIO

TABLE 1. Courses with Focus or Advanced Topics in Medical Communications

AUDIO

FIGURE 3. Type of Exposure to Medical Communications

AUDIO

FIGURE 2. Exposure to Medical Communications

AUDIO

FIGURE 1. Location6,7 and Enrollment Size6,8 of Analyzed MD, DNP, and PharmD Schools