Transform Research with Scalable Body Composition Assessment

Traditional studies capture body composition at baseline, midpoint, and endpoint only, missing temporal dynamics. Prism enables weekly or monthly measurements throughout intervention periods, providing richer data about how body composition responds to diet, exercise, supplements, or behavioral programs.

Collect weekly or monthly body composition measurements instead of infrequent DEXA snapshots for better temporal resolution

Track lean mass, fat mass, visceral fat, and skeletal muscle mass as outcome measures with DEXA-equivalent precision

Enable remote participation to improve retention and reduce study dropout rates

Generate DEXA-equivalent data for peer-reviewed publications at a fraction of traditional research costs

Supplement and nutrition research requires precise body composition endpoints. Does protein supplementation increase lean mass? Do dietary patterns affect visceral fat? Prism provides validated measurements at a scale and cost that makes nutritional research feasible.

Measure body composition changes with validated accuracy against DEXA for publishable research outcomes

Track muscle mass changes in response to protein supplementation, creatine, or other performance supplements

Monitor fat mass and visceral fat changes from dietary interventions with precision and frequent measurement

Collect frequent measurements to capture temporal dynamics of nutritional interventions over time

As smartphone-based health assessment evolves, the field needs rigorous validation studies. Prism welcomes collaboration with researchers conducting methodology studies, DEXA comparisons, or novel application development that advances the science.

Access to clinically validated body composition technology with 7 published validation studies already completed

Collaborate with Prism team on methodology research and novel applications of smartphone body composition

Generate publishable data comparing smartphone scanning to DEXA, BIA, or other traditional methods

Contribute to the growing body of literature on mobile health assessment technologies and validation

Longitudinal research requires consistent measurement over months or years. Prism enables continuous body composition monitoring in free-living populations without requiring facility visits. This is ideal for aging studies, disease progression research, or population health surveillance.

Monitor body composition changes over extended periods (months to years) without facility visit requirements

Study aging-related changes in lean mass, visceral fat, and body composition across diverse populations

Track disease progression or health trajectories with continuous remote monitoring capabilities

Enable real-world, free-living research with minimal participant burden and high retention rates