Research, Training & Product Evaluation
We offer the ability for board certified neurosurgeons at the forefront of their field to evaluate new devices and offer invaluable feedback utilizing a variety of both in vivo, cadaver, and bench top models. Our team adapts these models to address specific research questions or provide customized training.
Research Services
Models
We offer a wide variety of in vivo, in vitro, and bench top models to address the diversity present in both academic and commercial environments and are able to provide experienced assistance in every aspect from study and protocol development to analyzing final results.
Some of the in vivo models we offer include:
- an array of aneurysm morphologies in various species
- middle cerebral artery occlusion models
- autologous clot retrieval models
- liquid embolic evaluation
- the ability to modify another model as needed
- associated pathology and histologic staining through partners
Bench top models include custom designed 3D printed flow models which are designed and created within the lab per client request.
Cadaver labs are also hosted for small and large scale training purposes and evaluation of new technologies.
All models can be used in one or both of our angiographic suites showcasing state of the art Toshiba biplane equipment and image analysis by our engineers. Both 9.4T and 3T MRI units are also available on site for further minimally invasive data collection.
Imaging Physics and Device Development
- Infinix INFX-8000V 5-axis C-arm bi-Plane angio: imaging system with 12in x 12 in flat panel detector creates exclusive 180 degree head-end access.
- Infinix VSI/01 C-arm digital rotational angiographic system capable of high speed rotational DSA (12”/9”/6”/4.5” XII) for 512x512 at 1degree and 1024x1024 at 2 degree rotational angiography acquisitions. The detector has been upgraded to flat panel detector technology with what is equivalent to the Varian Paxscan Plus.
- Custom-built Micro CT, capable of scanning small samples (maximum 4.5x4.5x4.5 cm) with a resolution of 35 microns and reconstruction down to 10-20 microns voxel size, using magnification. The system is fully customizable for specific needs, by changing to higher resolution detectors, scanning protocols etc.
- Electronics Lab
- Darkroom for optical assembly
- PIV System
Good Laboratory Practices
The research personnel in our lab are trained to perform studies according to Good Laboratory Practice (GLP) standards. We have a quality system of documentation for our training, equipment, inventory, standard operating procedures and laboratory protocols. Our Quality Assurance Unit oversees all aspects of GLP studies, from protocol development to the final study report.