MindTrace Measures 
the Mind

MindTrace supports clinical teams to measure and map neurocognitive function across the surgical care journey. This helps clinical teams protect language, memory, and movement.

Peace of Mind

“We have a unique opportunity to really carry this marriage of cognitive science and neurosurgery to the next level where we can perform very difficult operations easily by using the kind of technology that MindTrace is giving us.”
-Dr. Webster Pilcher, M.D., Ph.D. | Chairman of Neurosurgery, University of Rochester Medical Center

Advances in neurosurgery have transformed how clinicians visualize brain anatomy. Yet structured measurement of neurocognitive function remains variable across institutions. MindTrace brings greater consistency to how language, memory, and other cognitive abilities are assessed and documented during surgical care.

Structured Measurement of What Matters Most

“One of the major values of MindTrace is being able to use information to help make decisions in the face of uncertainty.”
- Dr. Tyler Schmidt, D.O. | Neurosurgeon, University of Rochester Medical Center

Language, memory, and other neurocognitive functions are central to activities of daily living and quality of life. Yet structured measurement of these abilities during neurosurgery remains variable across institutions.


MindTrace supports consistent administration and documentation of neurocognitive assessments before, during, and after complex brain procedures. By reinforcing structured workflows, MindTrace helps ensure that functional information is available to support interdisciplinary communication and patient-centered care.

Photo Credit: Matt Wittmeyer

A Growing Network 
of Translational Neurosurgical Teams

MindTrace is a research tool used by clinical teams across the U.S. under Institutional Review Board approval.

Who we serve

MindTrace supports structured neurocognitive assessment across neurosurgical care—serving clinical teams, researchers, institutions—and their patients.

Clinicians

MindTrace provides clinicians with a structured framework for administering and documenting neurocognitive assessments before, during, and after surgery. Designed to integrate into established clinic, operating room, and epilepsy monitoring workflows, the platform supports consistent data collection to help support clinical judgment and decision-making.

Hospitals and Healthcare Systems

MindTrace provides a structured platform for administering and documenting neurocognitive assessment across inpatient, peri-operative, intra-operative, and telehealth settings. The system supports program-level consistency while integrating into established functional brain mapping workflows and clinical infrastructure.

Patients and Caregivers

MindTrace helps care teams carefully measure and document abilities such as language, memory, and attention throughout the surgical journey. By supporting structured assessment, the platform helps to ensure that important information is available to guide thoughtful conversations about safety, recovery, and quality of life.

Researchers

MindTrace bridges clinical neurocognitive assessment and structured research data collection. The platform supports synchronized capture of task performance, response timing, stimulation events, and aligned surgical and neurophysiological information—enabling reproducible, multi-site translational research without requiring custom-built infrastructure.

Scientific Articles

MindTrace is a research tool used by clinical teams across the U.S. under Institutional Review Board approval.

Article

Causal parametric language mapping with electrical stimulation during awake neurosurgery

Functional mapping with direct electrical stimulation (DES) is widely used during awake neurosurgery to generate causal evidence about person-specific neuroanatomical organization. According to a long-standing clinical and scientific paradigm, if the application of DES to a given brain region does not result in performance errors, that site is considered to be uninvolved in the task.

Video

Case Study: Mapping music ability during awake brain surgery

In 2015 Dan, a 26 year old musician and music teacher started to experience auditory hallucinations. An MRI scan revealed a tumor in his right posterior temporal lobe, directly adjacent to a region (superior temporal gyrus) known to be involved in music processing and analysis of complex auditory stimuli.

Video

Translational Brain Mapping

Translational Brain Mapping at the University of Rochester Medical Center: Preserving the Mind Through Personalized Brain Mapping. This video provides an overview of a multi-modal brain mapping program designed to identify regions of the brain that support critical cognitive functions in individual neurosurgery patients.