„Anatomical GPS“ for mint Lesion™: Leveraging the Snke OS/Brainlab Anatomic Patient Model to drive anatomic-context-awareness and automation within mint Lesion™
More automation within mint Lesion™? Automated context-dependent template selection, filtering of relevant questions or even fully automated organ and lesion…
High-quality annotated data in clinical routine
The desire to standardize reporting and to get even more out of their oncological images led to the partnership of the Noordwest Ziekenhuisgroep in the Netherlands and Mint Medical. …
Raising our awareness in pediatric cancer
The terms rare, uncommon, infrequent are commonly used to describe the occurrence of cancer in children – from a prevalence perspective, “only” around 400,000 children are diagnosed with…
MDR certification: Another affirmation of the quality and safety of our software solution
We are pleased to announce that we, as a medical software developer, have received the MDR certificate for the manufacture of class IIa and IIb devices. The new EU Medical Device Regulation…
Enhancing flexibility and communication while saving costs and time in clinical trials
Emily Ferris and Alex Arbuckle describe how using mint Lesion™ has enhanced their clinical trial operations, enabling “a more cooperative approach between [their] radiologists and oncologists” while…
University Hospital Jena: Next-level Workflow Optimization in Clinical Trials
How to set up a well-running clinical trial center that can handle up to 40 trials at once has been successfully demonstrated by Laura Graziani, study coordinator, and Elisabeth Lammers, study…
Structured Reporting of Solid and Cystic Pancreatic Lesions in CT and MRI: Consensus-Based Reporting Templates of the German Radiological Society (DRG)
During the daily clinical routine, radiological reports on pancreatic lesions are often written as freeform texts. This causes several problems, in particular the loss of important information, as…
University of Miami & Nova Souteastern University: Study shows feasibility of radiomics and T2 mapping as novel imaging biomarkers of activity in superficial fibromatosis
A retrospective study [1] conducted by researchers at University of Miami Miller School of Medicine and Nova Southeastern University investigated whether quantifying the heterogeneity of the MR…