Neurology & Neurosurgery

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Practice-Changing Medicine

A Legacy of Mild TBI & Impacted Cognitive Function for Military Personnel

Researchers examine the potential lingering effects of blast-induced neurotrauma on active service members and veterans.

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NYU Langone Health:
A Leader in Neurology & Neurosurgery

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Ranked #1

in Neurology & Neurosurgery

$1.5M+

funding for Neurosurgery clinical trials

Top 10

for NIH funding in neurology (Blue Ridge)

Complex Case Spotlight

Revolutionizing Brain Tumor Diagnosis

Dr. Daniel A. Orringer in Surgery

Leveraging Optics and Artificial Intelligence (AI)

A new technology that combines AI with advanced optical imaging provides accurate, near real-time intraoperative diagnosis of brain tumors.

Daniel A. Orringer, MD, a neurosurgeon, expects the system to transform the conventional workflow for intraoperative histology, streamlining microscopic imaging. It may also make microscopic and genetic data more accessible to surgical teams.

Daniel A. Orringer, MD, leads a team exploring advanced optics in the OR. PHOTO: NYU Langone Staff
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Laser-based Images of Unprocessed Biologic Tissues

Laser-Based Imaging Technology

During surgery, data are gathered using stimulated Raman histology (SRH), a breakthrough in optics that provides rapid, label-free, submicrometer-resolution images of unprocessed biologic tissues.

Advances in fiber-laser technology enable SRH images to be used in concert with intraoperative MRI and fluorescence-guided surgery to provide precision guidance.

PHOTO: NYU Langone Staff
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Doctor Views Brain Images

Deep Convolutional Neural Networks

Using AI algorithms, deep convolutional neural networks (CNNs) apply trainable feature extractors, which provide a learned and optimized hierarchy of image features for classification. Dr. Orringer and his team have developed a way to use CNNs to facilitate brain tumor diagnosis during surgery. Working in parallel, SRH imaging and deep CNNs predict diagnosis at the bedside.

PHOTO: NYU Langone Staff
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Dr. Daniel A. Orringer and Dr. Eric K. Oermann, MD Viewing Brain Images

Future Applications

AI algorithms currently under development may hold promise in predicting prognosis and treatment response based on a tumor’s genetic classification.

In addition, clinical trials for brain lesions increasingly incorporate an intraoperative component. Patients could potentially receive an investigational drug during surgery, Dr. Orringer says, driven by advances in AI-based diagnosis. READ THE FULL ARTICLE

Dr. Orringer and Eric K. Oermann, MD, apply the AI technology. PHOTO: NYU Langone Staff
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CME, Symposia & Events

NYU Langone Neurosurgery Update: A One-Day Symposium

December 2, 2022

NYU Langone Health, 550 First Avenue, Alumni Hall
7:00 AM – 5:00 PM
ET

The spectrum of neurosurgery includes cranial, spinal, and peripheral nerve disorders related to vascular disease, brain tumors, pain, and movement, as well as behavioral disorders, epilepsy, and trauma. This one-day program will address significant clinical problems for which there may be clinical equipoise on available options, or for which current science does not provide solutions based on high-level medical evidence.

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