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1.
Med Ref Serv Q ; 42(3): 228-239, 2023.
Article in English | MEDLINE | ID: mdl-37459488

ABSTRACT

Previous investigations into trends in Library and Information Science literature have revealed changes in the topics librarians publish on over time, with older studies highlighting classification and indexing, and information retrieval and more recent studies highlighting keywords such as Internet, information technology, digital libraries, and again, information retrieval. No similar investigation has been conducted on current publication trends by health sciences librarians. This study analyzes the top themes on which health sciences librarians published from 2016 to 2020 by examining the frequency of keywords. Keywords and subject headings were analyzed from The Journal of the Medical Library Association, Medical References Services Quarterly, The Journal of Hospital Librarianship, and The Journal of Electronic Resources in Medical Libraries. A total of 8,806 keywords were downloaded for analysis and organized into 292 categories during taxonomy creation. The ten most frequent themes were: libraries, information, education, humans, demography, librarian, geographical locations, research, electronic resources, and technology. The study also found that data, psychiatry and psychology, informatics, and publishing were other key themes, indicating that health sciences librarians are publishing on a wide range of topics. Some keywords that appeared only once, such as telecommuting and flexible staffing, suggest emerging areas of research for librarians.


Subject(s)
Librarians , Libraries, Medical , Library Science , Humans , Library Science/education , Information Storage and Retrieval , Technology
2.
Med Ref Serv Q ; 40(1): 11-22, 2021.
Article in English | MEDLINE | ID: mdl-33625335

ABSTRACT

The University of Central Florida Health Sciences Library is a digital library with 98% of resources being electronic and available online. Though almost all aspects of the library's operations were impacted by the closing of the physical space during the coronavirus pandemic, being a digital library helped the library team transition quickly to remote reference, programming and instruction services.


Subject(s)
COVID-19 , Information Dissemination/methods , Libraries, Digital/organization & administration , Libraries, Digital/statistics & numerical data , Libraries, Medical/organization & administration , Libraries, Medical/statistics & numerical data , Florida , Humans
3.
Med Ref Serv Q ; 37(3): 266-275, 2018.
Article in English | MEDLINE | ID: mdl-30239295

ABSTRACT

Five years ago, the Harriet F. Ginsburg Health Sciences Library created a Personal Librarian Program (PLP) to encourage librarian engagement with first- and second-year medical students and to promote awareness of library resources and services. Prior to the creation of the PLP, the library struggled with finding ways to connect with its medical students, especially because the library is 98% digital. The PLP was created to give students an individualized library experience and an easier way to interact with librarians. As a result, opportunities for librarian-student engagement increased, and Personal Librarian groups facilitated the integration of librarians into two first- and second-year medical school courses.


Subject(s)
Curriculum , Education, Medical/organization & administration , Evidence-Based Medicine/education , Intersectoral Collaboration , Librarians , Libraries, Medical/organization & administration , Students, Medical , Adult , Female , Florida , Humans , Male , Middle Aged
4.
Res Synth Methods ; 9(4): 540-550, 2018 Dec.
Article in English | MEDLINE | ID: mdl-30129708

ABSTRACT

When the Medical Library Association identified questions critical for the future of the profession, it assigned groups to use systematic reviews to find the answers to these questions. Group 6, whose question was on emerging technologies, recognized early on that the systematic review process would not work well for this question, which looks forward to predict future trends, whereas the systematic review process looks back in time. We searched for new methodologies that were more appropriate to our question, developing a process that combined systematic review, text mining, and visualization techniques. We then discovered tech mining, which is very similar to the process we had created. In this paper, we describe our research design and compare tech mining and systematic review methodologies. There are similarities and differences in each process: Both use a defined research question, deliberate database selection, careful and iterative search strategy development, broad data collection, and thoughtful data analysis. However, the focus of the research differs significantly, with systematic reviews looking to the past and tech mining mainly to the future. Our comparison demonstrates that each process can be enhanced from a purposeful consideration of the procedures of the other. Tech mining would benefit from the inclusion of a librarian on their research team and a greater attention to standards and collaboration in the research project. Systematic reviews would gain from the use of tech mining tools to enrich their data analysis and corporate management communication techniques to promote the adoption of their findings.


Subject(s)
Libraries, Medical , Medical Informatics/methods , Systematic Reviews as Topic , Bibliometrics , Data Mining , Databases, Bibliographic , Humans , Information Storage and Retrieval/methods , Information Storage and Retrieval/standards , Research Design
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