BioSim Innovations
BioSim Innovations is dedicated to advancing translational preclinical research through engineering principles, scientific curiosity, and robust data sets. Their mission is to bridge discovery and clinical application, accelerating the development of life-saving devices and therapies. They focus on understanding devices in clinically relevant models, optimizing device design, evaluating risks, and preparing for human trials, all while providing testing, training, and development services across the product development lifecycle.
Industries
Nr. of Employees
small (1-50)
BioSim Innovations
Brooklyn Park, Minnesota, United States, North America
Services
Design of integrated preclinical studies and protocols that align multiple disciplines and data streams to increase translational relevance and support downstream regulatory needs.
Development of anatomical and clinically representative models (including cadaveric and imaging-integrated approaches) tailored to specific device questions.
Testing services that deploy devices in human anatomical models, animal models, and cell systems to evaluate performance, safety, and efficacy.
Usability assessment and training programs to evaluate human-device interaction and prepare clinicians for device adoption.
Risk analysis for device, patient, and imaging scenarios plus generation of datasets and documentation to support regulatory submissions and First-In-Human preparation.
Evaluation of clinical imaging modalities and workflows to determine compatibility with device testing and to optimize imaging-based evaluation protocols.
Design of integrated preclinical studies and protocols that align multiple disciplines and data streams to increase translational relevance and support downstream regulatory needs.
Development of anatomical and clinically representative models (including cadaveric and imaging-integrated approaches) tailored to specific device questions.
Testing services that deploy devices in human anatomical models, animal models, and cell systems to evaluate performance, safety, and efficacy.
Usability assessment and training programs to evaluate human-device interaction and prepare clinicians for device adoption.
Risk analysis for device, patient, and imaging scenarios plus generation of datasets and documentation to support regulatory submissions and First-In-Human preparation.
Evaluation of clinical imaging modalities and workflows to determine compatibility with device testing and to optimize imaging-based evaluation protocols.
Expertise Areas
- Translational preclinical research
- Preclinical study design and execution
- Human factors and usability testing
- Clinical imaging evaluation and workflow
Key Technologies
- Cadaveric anatomical models
- Clinical imaging workflows
- Animal preclinical models
- Cell-based test systems