In vivo imaging techniques encompass methods for visualizing biological processes, structures, and molecular events within living organisms in real time, without requiring tissue extraction or sacrifice of the animal model. Research published in this journal addresses in vivo methodologies as part of integrated drug…
In vivo imaging techniques encompass methods for visualizing biological processes, structures, and molecular events within living organisms in real time, without requiring tissue extraction or sacrifice of the animal model. Research published in this journal addresses in vivo methodologies as part of integrated drug development pipelines that combine computational prediction, laboratory testing, and live organism studies. The journal's coverage examines how in vivo imaging contributes to the progression of pharmaceutical research from initial compound design through preclinical validation, enabling researchers to observe drug distribution, target engagement, and physiological responses in intact biological systems. This topic matters because in vivo imaging bridges the gap between controlled laboratory experiments and clinical applications, providing critical data on how therapeutic candidates behave in complex living environments where multiple organ systems, metabolic processes, and immune responses interact simultaneously. These imaging approaches help identify promising drug candidates earlier in development, reduce reliance on endpoint-only studies, and offer insights into disease mechanisms that cannot be replicated in isolated cell cultures or computational models alone. The integration of in vivo imaging within broader research frameworks supports more efficient translation of discoveries from bench to bedside.
1 peer-reviewed article, ranked by relevance. Each links to its DOI.