Explore Our TMS & Mental Health Education Video Library

This video library is your go-to resource for understanding how fMRI-guided TMS therapy works and how it can support healing from a range of mental health and neurological conditions.

Each video offers clear, evidence-based explanations from our team of leading experts in neuroscience and psychiatry.

Here, you’ll find answers to common questions about transcranial magnetic stimulation, in-depth discussions of the conditions we treat, and an explanation of the science behind our non-invasive, personalized approach.

As the only clinic in the country offering patented fMRI-guided TMS therapy, we’re proud to share the knowledge and innovation behind our one-of-a-kind treatment model — and to help you feel more informed, empowered, and hopeful about what’s possible.

Welcome to Neurotherapeutix

Meet the pioneers behind Neurotherapeutix and learn how our patented fMRI-guided TMS therapy is changing the way we treat the brain. In this video, our founders explain how advanced imaging and precise brain stimulation are helping clients overcome complex mental health and neurological challenges with targeted brain care.

What is fMRI Guided TMS?

This video explains how functional MRI-guided transcranial magnetic stimulation (fMRI-guided TMS) works. It’s a safe, non-invasive treatment that uses detailed brain imaging to precisely target the areas responsible for conditions like depression, anxiety, and traumatic brain injury. By personalizing care with this advanced technology, Neurotherapeutix can improve outcomes with minimal side effects.

Neurodegenerative Diseases

Here we explore how fMRI-guided TMS therapy can slow or even reverse the effects of neurodegenerative and neurodevelopmental conditions by reactivating damaged areas of the brain. Dr. Marta Moreno and Dr. Alayar Kangarlu explain how targeted stimulation can help rebuild lost connections, promote neuroplasticity, and improve brain function over time.

Imaging of the Mind

In this video, our team delves into how functional MRI enables us to visualize and comprehend the brain’s intricate networks, which are crucial for diagnosing and treating conditions like depression with precision. Dr. Kangarlu and Dr. Moreno explain why symptoms like sadness or loss of motivation stem from disrupted neural circuits and how fMRI-guided TMS targets those specific areas for more effective treatment.

Reconstructing the Brain Using fMRI-Guided TMS

Learn how personalized brain stimulation helps retrain disrupted electrical signals in the brain. Using fMRI-guided TMS therapy, our expert team identifies underperforming regions. It restores their function, supporting recovery from trauma, enhancing cognitive abilities, and even helping to reshape brain development over time.

fMRI Guided TMS is the Most Powerful Technology in Neuropsychiatry

fMRI-guided TMS uses powerful imaging technology to map how different areas of your brain communicate and function. At Neurotherapeutix, we combine this advanced science with personalized treatment to target the exact circuits that need support, helping restore balance, improve mental health, and unlock better outcomes for each individual.

Meet the Pioneers of FMRI Guided TMS Therapy

Founders Dr. Alayar Kangarlu, a physicist specializing in MRI technology, and Dr. Marta Moreno, a clinical neuroscientist, share how they use advanced brain imaging to guide precise, non-invasive stimulation for mental health treatment. Their collaboration at Neurotherapeutix has led to a patented, highly targeted approach that identifies malfunctioning brain networks and restores healthy function, offering new hope to those with complex psychiatric conditions.

How to Treat Traumatic Brain Injury

Traumatic brain injuries (TBIs) can disrupt everything from speech to vision and cognition, depending on where the brain has been impacted. In this video, Clinical Neuroscientist Dr. Marta Moreno explains how fMRI-guided TMS supports the brain’s natural ability to rewire and recover. She challenges the outdated belief that older patients or those with long-past injuries cannot heal and demonstrates how targeted stimulation guided by brain imaging can improve clarity, mood, speech, and comprehension even years after the injury.

EEG vs. FMRI

EEG and fMRI both help us understand the brain, but they work in very different ways. EEG records surface-level electrical activity using sensors placed on the scalp, which makes it useful for quick tests but limits its accuracy. fMRI goes deeper by measuring blood flow in the brain to map activity with pinpoint precision. This video explains how each method works and why fMRI provides a clearer, more detailed view of brain function.