Faculty Bibliography

Spaced repetition study tools aim to optimize study time and maximize learning retention. An alternative to cramming (and then forgetting) information, spaced repetition reinforces learning by revisiting information over time in optimal intervals. Study tools utilizing spaced repetition algorithms have become widely used among students in many health professions, often forming a parallel curriculum to the official curriculum of textbooks and lectures. Examples of these tools include the open-source flashcard program Anki and the subscription-based visual learning platforms Osmosis and Picmonic. Health professions educators, including health science librarians, can learn from learners how they use spaced repetition study tools and thus potentially adjust teaching strategies and library collections.

INTRODUCTION/UNASSIGNED:We hosted a national consensus conference with a diverse group of stakeholders to develop a patient-centered research agenda focused on reducing disparities in telehealth use. METHODS/UNASSIGNED: = 8). RESULTS/UNASSIGNED: = 8). The top question identified by both groups focused on patient and family perspectives on important barriers to telehealth use. The entire group voting identified telehealth's impact on patient outcomes as the next most important questions, while the patient-only group identified trust-related considerations and cultural factors impacting telehealth use as next priorities. CONCLUSIONS/UNASSIGNED:This project involved extensive patient and stakeholder engagement. While voting varied between patients only and the entire group of conference attendees, top identified priorities included patient and family perspectives on important barriers to telehealth, trust and cultural barriers and facilitators to telehealth, and assessment of telehealth's impact on patient outcomes. This research agenda can inform design of future research focused on addressing disparities in telehealth use.

INTRODUCTION:Glycaemic variability and other metrics are not well characterised in subjects without diabetes. More comprehensive sampling as obtained with continuous glucose monitoring (CGM) may improve diagnostic accuracy of the transition from health to pre-diabetes. Our goal is to investigate the glycaemic system as it shifts from health to pre-disease in adult patients without diabetes using CGM metrics. New insights may offer therapeutic promise for reversing dysglycaemia more successfully with dietary, nutritional and lifestyle change before progression occurs to pre-diabetes and diabetes. METHODS AND ANALYSIS:This systematic review will include comprehensive searches of the PubMed, Scopus, Cochrane Library and ClinicalTrials.gov databases, with restrictions set to studies published in the last 10 years in English and planned search date 10 March 2022. Reference lists of studies that meet eligibility criteria in the screening process will subsequently be screened for the potential inclusion of additional studies. We will include studies that examine CGM use and report diagnostic criteria such as fasting glucose and/or haemoglobin A1c such that we can assess correlation between CGM metrics and established diagnostic criteria and describe how CGM metrics are altered in the transition from health to pre-diabetes. The screening and data extraction will be conducted by two independent reviewers using Covidence. All included papers will also be evaluated for quality and publication bias using Cochrane Collaboration risk of bias tools. If there are two or more studies with quantitative estimates that can be combined, we will conduct a meta-analysis after assessing heterogeneity. ETHICS AND DISSEMINATION:The systematic review methodology does not require formal ethical review due to the nature of the study design. Study findings will be publicly available and published in a peer-reviewed journal. PROSPERO REGISTRATION NUMBER:CRD42022308222.

It can take a year or more to complete a high-quality systematic review. Automation tools have the potential to expedite the systematic review process, but could compromise review quality if not adequately evaluated. International collaborations have begun to address the need to evaluate, improve, and integrate systematic review automation tools. The librarian role in systematic reviews may shift from expert searcher to systematic review automation expert.

The flood of publications during the COVID-19 pandemic exacerbated the challenge of information overload. The pandemic heightened the need for technologies that can assist researchers in keeping up with the literature. Approaches to organizing the COVID-19 literature included curation of specialized databases, aggregation of articles into a repository of machine-readable data, and application of text mining to the literature search process. Technologies developed for keeping up with the COVID-19 literature may have potential for improving in general the ability of researchers to keep up with the literature.

Because of gaps in the offerings of Library and Information Science programs and librarian continuing education programs, library students and early-career librarians may not be aware of opportunities in health sciences librarianship. There is a need for introductory educational offerings on the foundations of health sciences librarianship. There is also a need to address barriers that may obstruct members of underrepresented groups from becoming health sciences librarians. The article explores the possibility that online education and mentoring can address gaps in introductory educational offerings in health sciences librarianship. The article describes the development of a pilot program for an online Introduction to Health Sciences Librarianship course and mentoring program, reflects on results from a survey of program participants, and identifies areas for further research and program development. The article also discusses the potential implications the program may have for addressing equity, diversity, and inclusion in health sciences librarianship.