Our Mission
Advance neurosurgical education and innovation through immersive, hands-on training, anatomical research, and technical skill development. We are committed to cultivating surgical precision, fostering academic collaboration, and preparing the next generation of neurosurgeons to deliver safe, effective, and evidence-based care.
Advanced Cranial Microsurgery
The laboratory emphasizes refinement and innovation in complex cranial approaches, including skull base, vascular, and tumor surgery.
Spine Simulator
Our all new, custom-built, multi-axis spine simulator is cutting-edge and advanced. It is capable of delivering answers to many research questions pertaining to spinal biomechanics. It can simulate cervical, lumbar, full torso, and pelvis / sacroiliac motion and deliver high-precision data.
Surgical Anatomy and Approach Optimization
The lab environment supports controlled evaluation of microsurgical precision under magnification, contributing to improved intraoperative safety.
Our Lab on The Forefront of Research
The Osman Microsurgical Laboratory promotes research that advances procedural precision, anatomical understanding, and surgical technique within neurosurgery. Our research framework emphasizes hands-on experiential inquiry, enabling residents, fellows, students, and faculty to investigate surgical methods, refine operative workflows, and assess outcomes. Research activities integrate:
- Anatomical dissection and simulation to deepen mastery of neuroanatomy and refine microsurgical maneuvers.
Objective measurement and assessment of technical competencies, where feasible, to help standardize training outcomes and support empirical evaluation of emerging techniques.
Cross-disciplinary collaboration with clinical researchers and allied departments, fostering translational insights that bridge procedural training and patient-centered outcomes.
Our Latest Updates
Our Funders
Thank you to our funders for providing the necessary tools for scientific expansion.
