tion of such techniques in field settings and to include in its response the answers to the following six questions:
Recognizing that there were a large number of technologies that could be reviewed and the need to limit the scope of this review to those areas of most interest to USARIEM, six relevant research areas for review were identified, with the primary criterion for inclusion being the possibility for application to field research: body composition, tracer techniques to evaluate metabolism and energy expenditure, ambulatory methods to determine energy expenditure, molecular and cellular approaches to nutrition and immune function, and functional and behavioral measures of nutritional status. To assist the CMNR in responding to the questions, a workshop was convened on May 22–23, 1995, in Washington, D.C., that included presentations from individuals with expertise in the aforementioned areas.
Committee members subsequently met with staff several times over the course of a year and a half and worked separately and together using the authored papers, additional reference materials provided by the staff, and personal expertise and experience with the methods to draft the overview, summary, conclusions, and recommendations, which were reviewed by an anonymous panel of peers according to National Research Council policy.
This report, Emerging Technologies for Nutrition Research: Potential for Assessing Military Performance Capability (IOM, 1997), looks at newer technologies that are being employed to identify and study basic issues that may be significant in nutrition research, with evaluation being limited to technologies discussed at the workshop. It provides responses to the questions posed to the CMNR, conclusions, and recommendations, as well 24 invited papers presented at the workshop.