EnvoyAI Partner:


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Year Founded: Incorporated in 2002
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Area of Focus/Speciality: Neurological conditions – Dementias, epilepsy, brain trauma, multiple sclerosis, brain development. Quantification of brain structures and lesions from neuroimaging (MRI).
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Company Headquarters: San Diego, CA, United States
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Number of Algorithms: 2
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CorTechs Labs

About CorTechs Labs

Mission Statement:To enhance the lives of patients, the quality of care provided by physicians, and the development of cures and treatments.

CorTechs Labs offers the most advanced artificial-intelligence-based methods for MR image analysis and delivers highly accurate and clinically relevant quantitative data for use in the diagnosis of brain diseases. The company founder and co-creator of FreeSurfer, Dr. Anders Dale, created a culture of innovation with the purpose of improving the quality of patient care.

NeuroQuant is the first and most widely used clinical solution for brain MRI quantification in the world. Nearly 8,000 scans are analyzed per month, supporting many of the most prominent radiologists and neurologists with highly accurate brain segmentation and volumetric data. NeuroQuant measures more brain structures, supports a wider age range, and compares patient volumetric data to a dynamic normative database more extensive than any other FDA-approved solution. NeuroQuant is used to aid in the accurate diagnoses, and effective treatment options for neurodegenerative diseases such as Alzheimer’s disease, epilepsy, multiple sclerosis, and brain trauma.

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Reference Sites:

  • Center for Diagnostic Imaging (CDI)
  • Cleveland Clinic Foundation
  • Duke University Hospital
  • Hospital Israelita Albert Einstein (Brazil)
  • Johns Hopkins University Hospital
  • Luzern Hospital (Switzerland)
  • Mayo Clinic, NYU University Hospital
  • Oslo University Hospital (Norway)
  • RadNet, Inc., SimonMed Imaging
  • Soroka University Medical Centre (Israel)
  • St. Luke’s Medical Center (Philippines)
  • UC San Diego Hospital
  • University Hospitals Birmingham NHS Foundation Trust (UK)
  • University of Hong Kong
  • University of São Paulo
  • US Department of Defense
  • Vanderbilt University Hospital
  • Weill Cornell Medicine – Qatar

End-User Testimonials

Neuroradiologist

“At Imaging Associates, we use NeuroQuant to measure changes in brain volumes, which can be seen on MRI following traumatic brain injury or concussion, to provide an objective imaging biomarker to referring providers to use in their assessment of these patients. The study also serves as a baseline for follow up imaging to watch for accelerated volume loss in key brain anatomic structures associated with early-onset dementia.”

Gerald York, MD, Neuroradiologist at Alaska Radiology Associates and Imaging Associates

Neuroradiologist

“NeuroQuant allows Neuroradiologists to quantify localized brain atrophy in minutes and compare to a large database of normal controls, which was previously not possible in a routine clinical setting.”

Sunil K. Ram, MD, Neuroradiologist at Scottsdale Medical Imaging

CorTechs Labs Leadership
Chris Airress, CTO

Chris Airress

CEO




James Brewer, MD, PhD, Chief Medical Advisor of CorTechs Labs, Professor of Radiology and Neurosciences at UCSD

James Brewer, MD, PhD

Chief Medical Advisor of CorTechs Labs, Professor of Radiology and Neurosciences at UCSD


Anders Dale, PhD, Professor of Radiology, Neuroscience and Cognitive Science at UCSD, Director of UCSD Center for Translational Imaging and Personalized Medicine, Founder of CorTechs Labs

Anders Dale, PhD

Professor of Radiology, Neuroscience and Cognitive Science at UCSD, Director of UCSD Center for Translational Imaging and Personalized Medicine, Founder of CorTechs Labs

Eric Halgren, PhD, Professor of Radiology and Neurosciences at UCSD, Co-Founder of CorTechs Labs

Eric Halgren, PhD

Professor of Radiology and Neurosciences at UCSD, Co-Founder of CorTechs Labs



Ethan Foxman, MD, PhD, President & CEO of Jefferson Radiology, Adjunct Clinical Professor of Radiology at Stanford University

Ethan Foxman, MD, PhD

President & CEO of Jefferson Radiology, Adjunct Clinical Professor of Radiology at Stanford University


CorTechs Labs Machine | NeuroQuant: MRI | Brain | 3D volumetrics – T1

CorTechs Labs is directly responsible for product and clinical representations

  • Age_Related_3TP
  • Age_Related_Atrophy_3TP_Black
  • MSA_White_Pg1
  • MSA_White_Pg2
  • Hippocampal_Asymmetry_Report
  • TBA_Report_White

Machine: NeuroQuant: MRI | Brain | 3D volumetrics – T1

Identification, segmentation, and quantification of brain structures and lesions from MR images. Volumes are compared to age and sex-matched reference data.

NeuroQuant is intended for automatic labeling, visualization, and volumetric quantification of segmentable brain structures and lesions from a set of MR images. Volumetric measurements may be compared to reference percentile data.

NeuroQuant is used by neurologists, radiologists, and neuroradiologists in the post-acquisition quantitative analysis of MRI brain scans. Output of the software includes brain volume measurments and images that have been annotated with color overlays, with each color representing a specific segmented structure.

NeuroQuant executes a proprietary automated workflow that performs image filtering, artifact correction, segmentation, and report generation. From a workflow perspective, it is packaged as a computing appliance that is DICOM compliant using the DICOM format for input and output data.

 

  • Applicable Study Types: Neuro/Brain
  • Training Data Source: Publicly available studies, studies by collaboration partners, and other proprietary data sources.
  • Number of Studies Trained On: 5 different study sets containing several thousand MRI studies.
  • Statistical Analysis: Accuracy versus manual segmentation: high correlation. Reproducible versus initial and repeat scan data: high correlation.
  • Types of Models Used: Bayesian atlas classifier with Markov Random Fields.
  • US Regulatory Status: FDA Cleared

 

 

CorTechs Labs Machine | LesionQuant: MRI | Brain | 3D volumetrics – T1 and T2 FLAIR

CorTechs Labs is directly responsible for product and clinical representations

  • LQ_2TP_Pg1
  • LQ_2TP_Pg1 Pg2
  • LQ_2TP_Black_Pg1
  • LQ_2TP_Black_Pg2
LesionQuant uses a T2 FLAIR scan in addition to the 3D T1 scan which provides data for the identification of brain lesions, which are associated with T2 FLAIR hyperintensities. This application automatically labels, visualizes and provides the volumetric quantification of segmentable brain structures and lesions from MRI brain studies—within minutes.

LesionQuant enhances your ability to identify and monitor the number and progression of brain lesions. Accurately visualizing lesions and lesion volume change enables you to deliver an efficient, objective assessment of disease activity so you can determine the best course of treatment more quickly.
 
  • Applicable Study Types: Neuro/Brain
  • Training Data Source: Publicly available studies, studies by collaboration partners, and other proprietary data sources.
  • Number of Studies Trained On: 5 different study sets containing several thousand MRI studies.
  • Statistical Analysis: Accuracy versus manual segmentation: high correlation. Reproducible versus initial and repeat scan data: high correlation.
  • Types of Models Used: Bayesian atlas classifier with Markov Random Fields.
  • US Regulatory Status: FDA Cleared