Abstract
Introduction – This article describes the level of bioinformatics services offered by academic libraries across Canada. It also assesses faculty use of bioinformatics resources and the need for library bioinformatics services at one academic institution, Concordia University. Methods – To assess the level of bioinformatics services at Canadian universities, a survey was sent to life and health sciences librarians at English-speaking Canadian universities comparable to Concordia University. To assess faculty use of bioinformatics and the need for bioinformatics instruction, another survey was sent to faculty of the Centre for Structural and Functional Genomics at Concordia University. Results – Approximately one-quarter of librarians surveyed provided services such as online research guides for bioinformatics resources, workshops, or online tutorials. Individual consultations with students were infrequent. The majority of the libraries where bioinformatics services were offered were at universities with a medical school. The faculty survey indicated that Concordia Centre for Structural and Functional Genomics researchers are heavy users of bibliographic and bioinformatics databases, using at least one of these databases on a daily basis. Most faculty members learned how to use bioinformatics databases on their own and regularly teach the use of these databases to their students or colleagues. Nevertheless, faculty at Concordia seem to be open to some form of collaboration with the library for the provision of bioinformatics services. Discussion – Although librarians can participate in the teaching of bioinformatics database skills, library services in bioinformatics at Canadian university libraries are still in the embryonic phase. Librarians should be trained in the use of these databases to increase their confidence and expertise and to help them market these skills to faculty and students.
Highlights
Over the past two decades, genomics, the study of all the genes found in an organism [1], has been responsible for explosive growth in the generation of biological information. ‘‘This deluge of genomic information [requires] computerized databases to store, organize, and index the data and for specialized tools to view and analyze the data’’ [2]
Another study by Brown [4] on the use of bioinformatics databases by molecular biology graduate students showed that 92% of those surveyed used these databases on a regular basis to search for sequences or to compare their data with that of others
The second objective of this study was to establish the need for bioinformatics services in one academic setting: Concordia University, in Montreal, Quebec
Summary
Over the past two decades, genomics, the study of all the genes found in an organism [1], has been responsible for explosive growth in the generation of biological information. ‘‘This deluge of genomic information [requires] computerized databases to store, organize, and index the data and for specialized tools to view and analyze the data’’ [2]. ‘‘This deluge of genomic information [requires] computerized databases to store, organize, and index the data and for specialized tools to view and analyze the data’’ [2]. This type of handling of DNA and protein sequence data is a relatively new field of study called bioinformatics. Another study by Brown [4] on the use of bioinformatics databases by molecular biology graduate students showed that 92% of those surveyed used these databases on a regular basis to search for sequences or to compare their data with that of others. Brown concludes that students in molecular biology overlook the library as an ‘‘information ground’’ or ‘‘information community’’ in favour of their mentors or colleagues in the laboratory
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More From: Journal of the Canadian Health Libraries Association / Journal de l'Association des bibliothèques de la santé du Canada
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