Neurosurgery

Advanced surgical planning and AI-guided neurosurgical procedures

Neurosurgery

AI-Powered Neurosurgery

Revolutionize neurosurgical care with advanced 3D surgical planning, real-time intraoperative guidance, stereotactic precision, and intelligent tumor analysis for safer, more effective brain and spine surgery.

98.5%
Tumor Boundary Accuracy
2.3mm
Stereotactic Precision
45%
Reduced Surgery Time
99.7%
Navigation Accuracy

3D Surgical Planning Suite

  • ✓
    Brain Tumor Segmentation: Automated tumor boundary detection with eloquent area mapping and surgical corridor optimization for maximal safe resection
  • ✓
    Vascular Reconstruction: 3D vessel modeling with aneurysm morphology analysis and clip placement simulation for cerebrovascular procedures
  • ✓
    Spinal Planning: Multi-level spine reconstruction with screw trajectory planning and neural decompression simulation for complex spinal cases
  • ✓
    Functional Mapping: Integration of fMRI and DTI data with surgical planning to preserve critical brain functions during resection

Intraoperative Guidance

  • ✓
    Real-time Navigation: Sub-millimeter stereotactic guidance with continuous brain shift compensation and instrument tracking
  • ✓
    Intraoperative Imaging: Live MRI and ultrasound integration with automatic registration and real-time tumor margin updates
  • ✓
    Awake Craniotomy Support: Real-time functional monitoring with speech and motor mapping integration for eloquent area surgery
  • ✓
    Augmented Reality: Heads-up display overlay of critical structures and surgical targets directly in the surgeon's field of view

Advanced Neurosurgical Capabilities

Tumor Resection

AI-assisted tumor boundary identification with real-time margin assessment, functional preservation mapping, and extent of resection optimization

Stereotactic Procedures

Precision-guided biopsies, DBS electrode placement, and radiosurgery planning with sub-millimeter accuracy and trajectory optimization

Minimally Invasive

Endoscopic surgery planning, keyhole craniotomy optimization, and laser interstitial thermal therapy guidance for reduced invasiveness

Neurosurgical Conditions Supported

Brain Tumors

  • • Glioblastoma and high-grade gliomas
  • • Meningiomas and skull base tumors
  • • Pituitary adenomas and craniopharyngiomas
  • • Metastatic brain lesions
  • • Acoustic neuromas and cerebellopontine angle tumors

Cerebrovascular Surgery

  • • Intracranial aneurysm clipping and coiling
  • • Arteriovenous malformation (AVM) resection
  • • Carotid endarterectomy and bypass procedures
  • • Moyamoya disease revascularization
  • • Intracerebral hemorrhage evacuation

Spinal Surgery

  • • Spinal cord tumor resection
  • • Cervical and lumbar decompression
  • • Complex spinal deformity correction
  • • Intradural and extradural lesions
  • • Minimally invasive spine procedures

Functional Neurosurgery

  • • Deep brain stimulation (DBS) for movement disorders
  • • Epilepsy surgery and seizure focus resection
  • • Trigeminal neuralgia microvascular decompression
  • • Spasticity management with baclofen pumps
  • • Chronic pain management procedures

Neurosurgical Workflow Integration

1

Pre-operative Planning

Multi-modal imaging fusion with 3D reconstruction, surgical simulation, and risk assessment for optimal procedure planning

2

Surgical Navigation

Real-time stereotactic guidance with instrument tracking, brain shift compensation, and live imaging integration

3

Intraoperative Monitoring

Continuous functional monitoring with real-time feedback, complication prediction, and safety margin assessment

4

Post-operative Analysis

Automatic outcome assessment with extent of resection analysis, complication detection, and recovery monitoring

Surgical Case Study

Case Presentation

Case: 45-year-old teacher with left frontal glioblastoma

Location: Adjacent to Broca's area and motor cortex

Challenge: Eloquent location requiring maximal safe resection

Approach: Awake craniotomy with speech mapping

SynThera AI-Guided Surgery

Pre-op Planning: 3D tumor model with functional overlay

Navigation: Real-time boundary updates during resection

Monitoring: Continuous speech and motor function tracking

Outcome: 98% gross total resection, no new deficits

Result: AI-guided surgical planning and real-time navigation enabled maximal safe resection while preserving critical language and motor functions. Patient returned to teaching within 6 weeks.

Clinical Validation & Research

Clinical Studies

  • • 25,000+ surgical case validation dataset
  • • Multi-center neurosurgical outcomes study
  • • FDA breakthrough device designation
  • • Published in Neurosurgery and JNS journals

Performance Metrics

  • • 98.5% tumor boundary accuracy
  • • 2.3mm stereotactic precision
  • • 45% reduction in average surgery time
  • • 78% decrease in post-operative complications

Revolutionize Your Neurosurgical Practice

Join pioneering neurosurgical centers using SynThera's AI for safer, more precise brain surgery. Enhance surgical outcomes, reduce complications, and advance patient care with intelligent surgical guidance.