front cover of The Harvard–MIT Division of Health Sciences and Technology
The Harvard–MIT Division of Health Sciences and Technology
The First 25 Years, 1970–1995
Walter H. Abelmann
Harvard University Press, 2004

Since 1970 a medical sciences curriculum has been taught jointly by Harvard Medical School and the Massachusetts Institute of Technology. In 1978, a doctoral program was founded to prepare physical scientists and engineers to address research at the interface of technology and clinical medicine. This volume describes, analyzes, and evaluates those first 25 years of the largest lasting collaborative educational and research program between two neighboring research universities.

Containing introductory comments by the presidents of both institutions at the time of the inauguration of the program, this volume presents historiographic and autobiographical chapters by senior officials and faculty of both universities who helped to guide it through its first quarter century. Evaluation of the program and follow-up data on the first graduates are included as well. Courses are listed in the appendices, as are curricula, faculty, theses topics, and major research projects.

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Introduction to Reference Sources in the Health Sciences
Jeffrey T. Huber
American Library Association, 2014

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Mathematical Models in the Health Sciences
A Computer-Aided Approach
Eugene Ackerman
University of Minnesota Press, 1979
Mathematical Models in the Health Sciences was first published in 1979.This book, designed especially for use in graduate courses in the health sciences, will be useful also as a reference work for scientists in various disciplines. It provides an introduction to mathematical modeling through the use of selected examples from the health sciences. Where appropriate, computer techniques are discussed and illustrated with examples drawn from studies by the authors and their colleagues. An introductory chapter discusses mathematical models and their roles in biomedical research. The rest of the material is divided in three sections of four chapters each: Deterministic Models, Time Series Analysis, and Information and Simulation. A bibliography accompanies each chapter. In their conclusion the authors place mathematical biology and its techniques in perspective.
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The Medical Library Association's Master Guide to Authoritative Information Resources in the Health Sciences
American Library Association
American Library Association, 2013

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Teaching Academic Writing in the Health Sciences
A Guide for Instructors, Mentors, and Trainers
Ella August
University of Michigan Press, 2026
Immersing trainees into academic research culture helps them learn to think, write, and publish like full-fledged researchers. Teaching Academic Writing in the Health Sciences offers best practice pedagogical strategies to help instructors, mentors, advisors, lab leaders, and ministries of health as they guide trainees toward professional development and publication. With practical strategies and examples, the book supports readers in improving their mentoring skills; creating effective writing assignments; providing effective feedback; developing writing courses; and planning publication workshops, retreats, and writing groups. In addition, the book includes strategies for supporting writers with varying backgrounds, including second-language speakers and neurodiverse writers. 

Part 1 offers the pedagogical basis teachers need to apply best practices, as well as:
  • Tips for collaborative writing and writing productivity
  • Strategies for using generative artificial intelligence (AI) technology in teaching and writing
  • Open-access resources and instruction planning activities

Part 2 focuses on the steps of writing a scientific paper, offering:
  • A strong foundation in the structure of and strategies for successful writing
  • Customizable teaching materials on how to write a scientific paper
  • Strategies for planning a paper, crafting writing to reach readers, developing persuasive arguments, and building a successful author team
  • How-to write each section of a paper, from the title to the conclusion
  • Guidance on navigating the publishing process, including selecting the appropriate journal and effectively responding to peer-reviewer comments
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