fMRI-guided TMS therapy & computational brain mapping education video library

Understanding your treatment options starts with having access to reliable, easy-to-understand information.

The Neurotherapeutix video library was created to help patients, families, and healthcare professionals better understand the science behind personalized brain-based care.

Through educational videos presented by our multidisciplinary team, you’ll learn how TMS therapy works, how advanced brain imaging supports individualized treatment planning, and how our clinicians use neuroscience to evaluate and treat a wide range of neurological and psychiatric conditions.

Whether you’re researching treatment for yourself or someone you love, these videos explain complex topics in clear, patient-friendly language to help you make informed decisions with confidence.

Welcome to Neurotherapeutix

If you’re new to Neurotherapeutix, this is the best place to begin.

In this introductory video, our clinical team explains how advances in neuroscience and functional brain imaging are changing the way neurological and psychiatric conditions are evaluated and treated. You’ll learn why Neurotherapeutix combines advanced imaging, individualized treatment planning, and precision-guided brain stimulation to deliver a more personalized approach to care.

The video also introduces the philosophy behind our practice and explains why many patients seek Neurotherapeutix after other treatment approaches have not provided the improvement they hoped for.

What is fMRI-guided TMS?

This video explains how fMRI-guided TMS therapy combines advanced functional brain imaging with non-invasive transcranial magnetic stimulation to personalize treatment planning.

Rather than relying solely on standardized anatomical landmarks, Neurotherapeutix uses patented computational brain mapping to help identify individualized treatment targets based on each patient’s unique brain connectivity.

You’ll also learn what patients can expect during treatment and how this personalized approach differs from conventional TMS therapy.

Neurodegenerative diseases

This presentation explores how personalized brain stimulation may support patients living with neurodegenerative and neurodevelopmental conditions.

Dr. Marta Moreno and Dr. Alayar Kangarlu discuss how targeted stimulation guided by advanced brain imaging seeks to strengthen neural communication, encourage neuroplasticity, and support healthier brain function. The video explains current research in an accessible way while highlighting Neurotherapeutix’s individualized approach to treatment planning.

Imaging of the mind

Understanding how the brain functions—not just how it looks—is one of the foundations of personalized treatment at Neurotherapeutix.

In this video, you’ll learn how our expert team combines resting-state functional MRI with patented computational brain mapping to evaluate functional connectivity between brain networks.

Dr. Moreno and Dr. Kangarlu explain why disruptions in these networks may contribute to conditions such as depression, and how advanced imaging helps clinicians personalize treatment planning based on each patient’s unique brain activity rather than standardized treatment locations.

Reconstructing the brain using fMRI-guided TMS

One of the brain’s greatest strengths is its ability to adapt and reorganize throughout life.

This video explores how personalized brain stimulation may help support neuroplasticity by encouraging healthier communication between brain networks.

You’ll learn how advanced functional imaging guides individualized treatment planning and why targeting specific neural circuits may help improve cognitive function, emotional regulation, and recovery following neurological injury or psychiatric illness.

fMRI-guided TMS is the most powerful technology in neuropsychiatry

What makes Neurotherapeutix different isn’t simply the use of advanced technology—it’s how that technology is applied to personalize care.

In this video, you’ll learn how resting-state functional MRI (rsfMRI) and patented computational brain mapping work together to help clinicians identify individualized treatment targets based on each patient’s unique brain connectivity.

The discussion explains why understanding functional brain networks may lead to more personalized treatment planning than approaches that rely solely on standardized anatomical landmarks.

Meet the pioneers of fMRI-guided TMS therapy

Learn about the collaboration between Dr. Marta Moreno, a clinical neuroscientist, and Dr. Alayar Kangarlu, a physicist specializing in MRI technology, and how their work helped pioneer the clinical application of patented computational brain mapping.

This video explores how neuroscience, advanced imaging, and psychiatry come together at Neurotherapeutix to create an individualized, brain-based care model unique in the United States.

How to treat traumatic brain injury

Traumatic brain injuries can affect memory, concentration, speech, mood, vision, and many other aspects of daily life.

In this presentation, Dr. Marta Moreno discusses how advanced functional imaging helps clinicians better understand the brain networks affected by traumatic brain injury and how personalized treatment planning may support recovery.

The video also explores the brain’s remarkable ability to adapt through neuroplasticity and why meaningful improvement may still be possible, even years after an injury.

EEG vs. fMRI

Both EEG and functional MRI help clinicians better understand the brain, but they provide very different types of information.

This video explains how EEG measures electrical activity at the surface of the brain, while functional MRI evaluates brain activity by measuring changes in blood oxygenation.

You’ll learn why Neurotherapeutix uses resting-state functional MRI to better understand functional connectivity and how that information contributes to individualized treatment planning.

Understanding the difference between fear and anxiety

Fear and anxiety are often used interchangeably, but they are processed differently within the brain.

In this video, Dr. Marta Moreno explains how fear typically occurs in response to an immediate threat, while anxiety may persist even when no danger is present.

She also discusses how disruptions within the brain networks responsible for emotional regulation may contribute to generalized anxiety disorder and how personalized treatment planning helps clinicians better understand each patient’s unique presentation.