Featured Research Areas
At the Vega Laboratory for Translational Surgical Neuro-Oncology (VL-TSNO), our mission is to integrate surgical innovation, molecular discovery, and clinical translation to advance the care of patients with primary and metastatic brain tumors. We work at the intersection of operative technique development, proteomic and microRNA-driven therapeutics, and functional outcomes research—bridging bench to bedside to improve survival, preserve neurologic function, and enhance quality of life.
Our team investigates the full spectrum of surgical outcomes in brain tumor care—examining operative safety, functional preservation, reconstructive durability, and patient-centered endpoints. We are dedicated to refining and validating next-generation operative approaches, including the “cranial stair-step” technique for supratentorial and skull-base access, with the goal of providing maximal tumor resection while minimizing morbidity.
Leveraging high-resolution proteomic profiling, we explore the biologic heterogeneity of glioblastoma, identify mechanisms of therapeutic resistance, and define actionable biomarkers to guide precision neuro-oncologic therapies. Our research links molecular signatures with clinical and surgical variables to enable rational trial design and improved patient stratification.
Focusing on benign, recurrent or aggressive meningiomas, our work interrogates microRNA networks, transcriptomic regulators, and chemotherapeutic sensitivities. We translate these insights into pre-clinical therapeutic models and collaborate toward novel adjuvant strategies, aiming to expand treatment options beyond current standards for benign and intermediate grade meningiomas.
Lighting the way
Forefront of Research
Advancing surgical and molecular innovation in neuro-oncology to improve outcomes and quality of life for patients with brain tumors.
Our Team on The Forefront of Research
At the VL-TNSO, we are a multidisciplinary team of surgeons, scientists, and trainees dedicated to improving outcomes for patients with primary and metastatic brain tumors. Our work bridges surgical innovation, molecular discovery, and clinical translation to advance neuro-oncologic care from bench to bedside.
We focus on developing new operative techniques, exploring proteomic and microRNA-driven therapeutics, and studying functional outcomes to preserve neurologic health and quality of life. Through collaboration and curiosity, our team strives to turn scientific insights into tangible advances in patient care.
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