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Clinical

Clinical and Research Highlights
October 2020
Augmented Fluoroscopy: A New and Novel Navigation Platform for Peripheral Bronchoscopy
A multi-center study of 55 patients performed with the 1st generation of LungVision, exhibit 93% localization success and 75.4% diagnostic yield at the day of procedure.
July 2020
Prospective Analysis of a Novel Endobronchial Augmented Fluoroscopic Navigation System for Diagnosis of Peripheral Pulmonary Lesions
Comprehensive study of 53 patients with 93.1% localization success and diagnostic accuracy of 88.2%
October 2019
Navigation to PPNs Using the AI-Driven Augmented Image Fusion LungVision Platform
LungVision Provides CBCT-like Imaging Capability Without Needing CBCT
October 2019
Use of LungVision Navigational System to Improve Diagnostic Yield of Peripheral Lung Nodule Biopsy
Real-time visualization of the airways and location of the nodule during transbronchial navigation and biopsy
October 2019
Artificial Intelligence driven diagnosis of lung cancer in patients with multiple pulmonary nodules
AI-driven LungVision System is opening a new avenue in the management of solitary pulmonary nodules
October 2019
Novel Navigation Platform with Improved Accessibility to Peripheral Pulmonary Lesions
High localization success of the LungVision tool to pulmonary lesions verified with REBUS or CBCT (Video Recording)
August 2019
Real-time Visualization of Fluoro-Invisible Pulmonary Nodules and Their Relative Position to the Biopsy Tool Tip During Bronchoscopy Can Potentially Increase Diagnostic Yield Using C-Arm Based Tomography
C-arm Based Tomography (CABT) provides CBCT-like imaging
April 2019
Artificial Intelligence improves patient outcomes for diagnostics of Pulmonary Nodules During Navigational Bronchoscopy
Artificial Intelligence improves performance of navigational bronchoscopy
April 2019
Artificial Intelligence-Guided Fiducial Marker Placement To Enable Tumor Tracking In SBRT
LungVision enables accurate marker placement for SBRT
October 2018
Novel Augmented Fluoroscopic Imaging Platform accuracy assessment during Navigation Bronchoscopy in simultaneous comparison with Cone Beam CT and Radial EBUS
LungVision accuracy demonstrated by CBCT and REBUS (Video Recording)
October 2018
Augmented Endobronchial Fluoroscopic Navigation and Localization System: Integration of multi modalities and biopsy tools to increase diagnostic yield
LungVision integrates with multiple modalities to increase diagnostic yield (Video Recording)
October 2018
A Novel Endobronchial Fluoroscopic Navigation and Localization System: A summary ofa multicenter LungVision trial
LungVision™ is a safe and accurate real-time PPNs localization modality improving diagnostic yield (Video Recording)
September 2018
Comparison of Pulmonary Nodule Location Between Preprocedural CT and Intra-Procedural Cone-Beam CT During Guided Bronchoscopy
LungVision has the technology to compensate for CT to body divergence during bronchoscopy
June 2018
Novel Use of Augmented Fluoroscopy using the LungVision System to Access Peripheral Pulmonary Nodules - A Feasibility Study
LungVision enchances localization and diagnostic yield
June 2018
The Study of Radiation Exposure During Bronchoscopic Procedure Guided by LungVision, Novel Endobronchial Navigation and Guidance System
Patients and physicians are exposed to a low level of radiation during navigation bronchoscopy with the LungVision system
May 2018
Use of Augmented Fluoroscopic Navigation and Guidance Technology with Transbronchial Cryo Biopsy to Acquire Tissue from Peripheral Lung Nodules
Transbronchial cryobiopsy and LunVision™ transbronchial guidance system can be utilized together to improve both the precision and the quality of peripheral nodule biopsy (Video Recording)
May 2018
Radiation Dose to Patients and Clinicians During Biopsy of Peripheral Pulmonary Lesions guided by Augmented Fluoroscopy Insights from the multicenter LungVision trial
LungVision™ system is safe, feasible and accurate for real time diagnosis (Video Recording)
May 2018
Augmented Endobronchial Fluoroscopic Navigation and Localization System: Comparison with Cone Beam CT
Body Vision system demonstrates a high localization accuracy of 90% (Video Recording)
April 2018
Use of augmented fluoroscopic imaging during diagnostic bronchoscopy
In a study of 85 patients, the localization success was 85% with the LungVision Platform
October 2017
A Novel Endobronchial Fluoroscopic Navigation and Localization System: Insights from the multicenter LungVision I trial
With a procedure yield of 75%, LungVision is a promising new technology for advancement in localization of peripheral lung nodules and early stage cancer diagnosis
October 2017
Augmented Endobronchial Fluoroscopic Navigation and Localization System: Comparison with Cone Beam CT
Verified by Cone Beam CT, LungVision demonstrated 96% localization success and 92% diagnostic yield for pulmonary nodules (Video Recording)
May 2017
Bronchoscopic Peripheral Lung Nodule Navigation by a Novel Live Fluoroscopic Overlay Guidance Technology
LungVision provides real-time bronchoscopic guidance for accessing peripheral nodules, showing good technical feasibility and may prove an alternative to ENB
Augmented Fluoroscopy: A New and Novel Navigation Platform for Peripheral Bronchoscopy
October 2020
Prospective Analysis of a Novel Endobronchial Augmented Fluoroscopic Navigation System for Diagnosis of Peripheral Pulmonary Lesions
July 2020
Navigation to PPNs Using the AI-Driven Augmented Image Fusion LungVision Platform
October 2019
Use of LungVision Navigational System to Improve Diagnostic Yield of Peripheral Lung Nodule Biopsy
October 2019
Artificial Intelligence driven diagnosis of lung cancer in patients with multiple pulmonary nodules
October 2019
Novel Navigation Platform with Improved Accessibility to Peripheral Pulmonary Lesions
October 2019
Real-time Visualization of Fluoro-Invisible Pulmonary Nodules and Their Relative Position to the Biopsy Tool Tip During Bronchoscopy Can Potentially Increase Diagnostic Yield Using C-Arm Based Tomography
August 2019
Artificial Intelligence improves patient outcomes for diagnostics of Pulmonary Nodules During Navigational Bronchoscopy
April 2019
Artificial Intelligence-Guided Fiducial Marker Placement To Enable Tumor Tracking In SBRT
April 2019
Novel Augmented Fluoroscopic Imaging Platform accuracy assessment during Navigation Bronchoscopy in simultaneous comparison with Cone Beam CT and Radial EBUS
October 2018
Augmented Endobronchial Fluoroscopic Navigation and Localization System: Integration of multi modalities and biopsy tools to increase diagnostic yield
October 2018
A Novel Endobronchial Fluoroscopic Navigation and Localization System: A summary ofa multicenter LungVision trial
October 2018
Comparison of Pulmonary Nodule Location Between Preprocedural CT and Intra-Procedural Cone-Beam CT During Guided Bronchoscopy
September 2018
Novel Use of Augmented Fluoroscopy using the LungVision System to Access Peripheral Pulmonary Nodules - A Feasibility Study
June 2018
The Study of Radiation Exposure During Bronchoscopic Procedure Guided by LungVision, Novel Endobronchial Navigation and Guidance System
June 2018
Use of Augmented Fluoroscopic Navigation and Guidance Technology with Transbronchial Cryo Biopsy to Acquire Tissue from Peripheral Lung Nodules
May 2018
Radiation Dose to Patients and Clinicians During Biopsy of Peripheral Pulmonary Lesions guided by Augmented Fluoroscopy Insights from the multicenter LungVision trial
May 2018
Augmented Endobronchial Fluoroscopic Navigation and Localization System: Comparison with Cone Beam CT
May 2018
Use of augmented fluoroscopic imaging during diagnostic bronchoscopy
April 2018
A Novel Endobronchial Fluoroscopic Navigation and Localization System: Insights from the multicenter LungVision I trial
October 2017
Augmented Endobronchial Fluoroscopic Navigation and Localization System: Comparison with Cone Beam CT
October 2017
Bronchoscopic Peripheral Lung Nodule Navigation by a Novel Live Fluoroscopic Overlay Guidance Technology
May 2017