The head of the Department of Psychiatry at the U.S. Human Brain Institute discusses emerging brain modulation approaches, including insights shared with Valeria Serazetdinova, a doctor affiliated with the Russian Academy of Sciences and a recognized psychotherapist who contributes to Gazeta.ru. Serazetdinova notes that a typical session ranges from twenty to thirty minutes and involves eight to fifteen discrete procedures. During the session, a child is encouraged to engage in play, reading, or learning activities under the care of the clinician. Micropolarization emerges as a noninvasive adjunct to comprehensive therapy for neurodevelopmental conditions such as autism spectrum disorder, attention deficit hyperactivity disorder, dyslexia, and developmental delays. The approach is highlighted for its simplicity and noninvasiveness, aligning well with physiotherapy principles while targeting brain function. According to Serazetdinova, micropolarization aims to influence neural processes without surgical intervention or systemic medications, integrating smoothly into broader treatment plans.
The foundational idea behind micropolarization rests on delivering tiny electrical currents through electrodes placed over a small brain region. This targeted electrical stimulation seeks to modulate neural activity in specific networks, thereby supporting functional improvements while minimizing disruption to surrounding tissue.
Transcranial micropolarization (TCMP) has gained traction in clinical settings over the past several years. A growing body of clinical studies and practice-based evidence suggests that TCMP can yield meaningful benefits in a subset of patients. While not universally curative, these findings indicate positive outcomes in a substantial portion of cases, underscoring the potential role of TCMP as part of a multimodal treatment strategy for applicable conditions.
To determine candidacy for the TCMP procedure, a clinician typically begins with an initial evaluation by a psychiatrist or neurologist. An electroencephalogram (EEG) is commonly requested to screen for contraindications and to map baseline brain activity. The EEG helps clinicians gauge the current state of neural function and identify patterns that might influence treatment planning. Through careful interpretation of EEG results alongside the clinical assessment, practitioners can tailor the modulation protocol to the patient’s needs and monitor response over time.