The Medical Library Association Essential Guide to Becoming an Expert Searcher: Proven Techniques, Strategies and Tips for Finding Health Information

Ross MacDonald (University of Auckland, New Zealand)

Library Hi Tech

ISSN: 0737-8831

Article publication date: 20 November 2009

191

Keywords

Citation

MacDonald, R. (2009), "The Medical Library Association Essential Guide to Becoming an Expert Searcher: Proven Techniques, Strategies and Tips for Finding Health Information", Library Hi Tech, Vol. 27 No. 4, pp. 637-638. https://doi.org/10.1108/07378830911007763

Publisher

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Emerald Group Publishing Limited

Copyright © 2009, Emerald Group Publishing Limited


Terry Ann Jankowski has served on the Medical Library Association Expert Searching Task Force, and edited the expert searching column in the MLA News. Her experience and background in teaching are evident in her lucid explanations throughout this guide to expert medical searching, and she catches our attention quickly with a report of the untimely death of a volunteer medical subject due to inadequate literature searching by medical researchers whose skills could be described as startlingly non‐expert. The MLA's subsequent policy statement sought to define expert searching and the value of librarians as expert searchers in the health sciences. This document (included as an appendix) clearly informed much of the work that has gone into this book.

The book is intended for beginning librarians as well as seasoned professionals, and the content mix reflects this. Topics covered range from relatively basic information, such as keywords and Boolean operators, to more technical considerations, such as what PubMed actually does with search terms that are entered into a query. The overall structure is straightforward, beginning with an introductory section discussing health information experts and their role in light of the MLA's policy statement. Various issues are raised concerning the professionalism and liability of searchers, which occasionally crop up throughout the book.

Subsequent chapters consider:

  • the process and documentation of the search interview;

  • database evaluation and selection;

  • some key bioscience resources;

  • methods for construction database searches;

  • effective use of database structures and interface features;

  • subject searching (focussing on MEDLINE and MeSH);

  • reviewing searches;

  • improving and maintaining search skills; and

  • an annotated bibliography.

Many features make this book genuinely useful to anyone wanting to use medical bibliographic databases. For instance, the chapter describing key bioscience resources is a nice reference work in its own right. Clear illustrations include search request forms, query constructions, and numerous screenshots of database interfaces and outputs, although these will date quickly. One figure is in fact a table of all the fields that can be included in a MEDLINE record – including “Space Flight Mission”. Each chapter includes a series of well‐considered exercises for practising the skills described in the text, and suggested answers are included at the back of the book. There are also references galore: besides the annotated bibliography, each chapter ends with a reference list, while the chapter on maintaining search skills includes numerous online resources. Also included are a comprehensive glossary and index.

Jankowski urges familiarity with a variety of databases, although MEDLINE and PubMed receive most attention for practical reasons. The book is not aimed at just anyone seeking health information on the internet – even Google does not rate a mention. In fact, one of the few criticisms of the book is the failure to mention the use of Google Scholar for finding citing articles (something it often does better than the Ovid databases or Web of Science, which are described). That said, this is an excellent resource that provides exactly what the title promises.

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