Through its unique imaging services, Numira provides its customers with routine or custom Virtual Histology scans that are complemented by user-defined datasets consisting of images, movies, and analysis. Please contact us and we will gladly provide a consultative review to tailor a protocol to your imaging needs.
Services

Small Animal Imaging Services
High Resolution Bone & Skeleton Analysis Services
Professional Interpretation and Analysis
Multi-Plat™ Reporter System


Virtual Histology™ utilizes the power of microCT combined with proprietary contrast agents to rapidly acquire high resolution scans (>6µm) ideally suited for characterizing soft tissue and skeletal anatomy. Exquisite 2D and 3D visualizations are complemented by user-defined images, movies and VFF files, as well as tools for ROI segmentation and quantitative analysis of complex features.


Bone and Skeleton Analysis by microCT based Virtual HistologyTM allows for high-throughput and quantitative analysis of fetal skeletal features as well as bone growth and development in variety of species.  3D images, side-by-side comparative views and quantification tools providing linear, density and volumetric measurements combined with an intuitive user interface enables accurate and thorough analysis.


Professional Interpretation and Analysis. With a team of experts ranging from biomedical engineers, developmental biologists, geneticists, Board Certified Radiologists on staff, Numira can provide diagnostic consultation and expert investigational analysis on small animal imaging studies and diagnostic dilemmas.

Coming Soon! Multi-Plat™ Reporter System will dramatically alter the way researchers utilize animal models to study mechanisms of disease, its progression, and its response to a therapeutic intervention. Multi-Plat allows researchers for the first time ever to understand and monitor these processes at the molecular level, in-vivo, in more physiologically relevant and predictive animal models using all the major imaging modalities - PET, SPECT, CT, MR and OPTICAL.