The latest generation of DynaCAD software has been tailored to enhance your imaging workflow by providing a large flexible workspace with custom hanging protocols, multi-vendor viewing capabilities and configurable worklists for easy study management.
DynaCAD for Prostate empowers radiologists with a comprehensive set of advanced visualization tools for real-time analysis, review, and reporting of studies. Images can be transferred directly from the MRI to DynaCAD for automatic processing and customized display. Upon case completion key images, statistical data, and prostate PIRADS reports can be automatically transferred to PACS for archiving.
Invivo’s DynaTRIM is a first of its kind fully MRI-compatible interventional device for Trans-Rectal Interventional MRI (TRIM) of the prostate gland. It’s a removable device that is designed to sit atop an MR imaging table and features an open design that allows for flexibility in choice of imaging coils.
Targeted MR/ultrasound biopsy is poised to become a new standard in prostate care. The UroNav Fusion Biopsy System from Invivo fuses pre-biopsy MR images of the prostate with ultrasound-guided biopsy images in real time, for excellent delineation of the prostate and suspicious lesions, as well as clear visualization of the biopsy needle.
DynaSuite Neuro from Invivo is a high performance, advanced MR neuro solution designed for optimal workflow and repeatable analysis for pediatric and adult patients. Applications include perfusion for tumor analysis and stroke, diffusion and diffusion tensor imaging with fiber tracking for stroke and surgical planning, and functional MRI (fMRI) for analysis and surgical planning. In addition, the NeuroQuant option provides volumetrics of key neuro structures to aid in the assessment of dementia, epilepsy and other neurological disorders.
Invivo’s comprehensive lineup of imaging coils covers a wide array of imaging applications across a variety of MR platforms. New designs embrace increases in element count, field strength, and new imaging applications. Our dedicated team of RF engineers work in tandem to optimize coil fit and comfort, meet signal-to-noise and image homogeneity requirements, and speed image acquisition time for each patient application. The results are products engineered to fit the needs of clinicians and increase the diagnostic value for patients.