Neurosurgeon elevated to Ocutrx's scientific advisory panel
In a groundbreaking move, Dr. Robert Louis, a globally recognized neurosurgeon, has been appointed to Ocutrx Technologies' Scientific Advisory Board. This strategic step extends Ocutrx's DigiLoupes technology into the realm of complex neurosurgery.
Dr. Louis, a pioneer in minimally invasive and endoscopic neurosurgical procedures, will leverage his expertise to shape DigiLoupes for delicate procedures such as brain tumour resection, treatment of spinal disorders, and management of neurological conditions like epilepsy and hydrocephalus. His long-standing advocacy for the use of emerging technologies, including intraoperative AR/VR imaging, in brain and spine surgery, aligns perfectly with Ocutrx's vision for innovation.
"Ocutrx's vision for innovation in the operating room aligns with my passion for innovation," Dr. Louis stated. "I see DigiLoupes as a paradigm shift for real-time visualization."
Recent developments in the use of augmented reality (AR) and virtual reality (VR) in neurosurgery are transforming the field. AR systems now allow for real-time superimposition of 3D patient-specific data onto the surgical field, enhancing accuracy in procedures by providing spatial context beyond traditional 2D imaging. Notably, wearable AR devices like VOSTARS, which combine video and optical see-through capabilities, have been evaluated for precision neurosurgical oncology, demonstrating promising neuronavigation accuracy.
Mixed reality (MR) navigation systems, which blend AR and VR, are under active clinical development. They aim to integrate AI models to adapt to intraoperative anatomical changes, fusion of multimodal imaging for enhanced spatial understanding, stability improvements via advanced SLAM algorithms, ergonomic design enhancements, real-time feedback mechanisms, and compatibility with existing surgical workflows to facilitate adoption.
In neurosurgical training, VR combined with AI is being used to simulate brain surgeries and monitor trainee performance. The latest evidence suggests that AI-augmented personalized feedback from human instructors in VR-based training significantly improves surgical skills and risk management compared with AI or human feedback alone.
VR applications are also expanding into patient care, including pain management by creating immersive environments that distract from nociceptive signals and reduce anxiety around procedures.
In summary, AR and VR in neurosurgery are advancing rapidly towards enhanced precision surgical navigation, improved neurosurgical training, development of ergonomic and workflow-compatible MR devices, and supportive VR use for patient pain and stress reduction during treatment.
Dr. Louis, who has published extensively and lectures worldwide on advanced neurosurgical techniques, AR/VR integration, and the future of digital surgery, is committed to training the next generation of surgeons and reimagining the OR of tomorrow. His appointment to Ocutrx Technologies' Scientific Advisory Board marks an exciting step forward in the integration of AR/VR technology into neurosurgery.
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- Dr. Louis, with his expertise in AR/VR integration and digital surgery, aims to shape DigiLoupes for improved health-and-wellness outcomes within patient care, as he envisions this technology revolutionizing the neurosurgical field by providing enhanced precision and real-time visualization.
- The advancement of science in the medical-conditions domain, such as the development of AR and VR technology, aligns perfectly with Dr. Robert Louis's vision as he works alongside Ocutrx Technologies to drive innovation that reshapes patient care and harnesses the power of technology in the realms of science and health-and-wellness.
