Fresh Tissue Imaging with the NIO Laser Imaging System
"Stimulated Raman Histology has the potential to revolutionize digital pathology, giving us the ability to view cellular features and architecture in real time and provide immediate feedback to our surgery colleagues."
- Dr. Matija Snuderl, Neuropathologist
Invenio Imaging Celebrates 2000th NIO Laser Imaging System case | PR Newswire | Oct 12, 2021
Streamlined Workflow for On-site Tissue Evaluation
EASY SAMPLE PREPARATION
NEAR REAL-TIME INTRAOPERATIVE IMAGING
NIO Slide enables sample prep without staining or sectioning by existing OR staff.
NIO Imaging System delivers high-quality images in 3 minutes or less.
DIGITAL IMAGE SHARING AND ARCHIVING
NIO images are natively digital and can be shared with existing IT infrastructure via a vendor-neutral DICOM interface.
SPECIMEN RETRIEVAL AND DOWNSTREAM ANALYSIS
NIO Slides allow sample retrieval for downstream analysis after imaging.
“We want to be able to analyze lung tissue intraoperatively without losing the sample for downstream analysis. The beauty of SRH is that it renders tissue reusable, allowing thoracic pathologists to conduct additional studies with the sample.”
- Dr. Jamie Bessich, Interim Section Chief, Interventional Pulmonology, NYU Langone Health
Discover How NIO is Used Throughout Surgical Subspecialties
Neurosurgery
Interventional Pulmonology
Urology
Ear, Nose & Throat (ENT)
Breast Oncology
GI Endoscopy
Organ Transplantation
Artificial Intelligence at the Time of Surgery
NIO Glioma Reveal is the first clinical image analysis algorithm based on deep learning that allows neurosurgeons to identify areas of cancer infiltration in patients undergoing primary treatment of a diffuse glioma. Neurosurgeons in the European Union can now use NIO Glioma Reveal to inform intraoperative decisions. NIO Glioma Reveal is available "For Research Use Only" in the United States, not for use in diagnostic procedures.
"Glioma Reveal provides cancer detection where we really need it, dramatically improving brain tumor surgery."
- Prof. Dr. Jürgen Beck, Chair of Neurosurgery at the University of Freiburg