By deploying gentle electrical impulses to the brain, Microcurrent Neurofeedback aims to shift and stabilize potentially dysregulated brainwave patterns associated with TBI. It aims to foster a conducive neural environment for recovery and potentially ameliorate cognitive, emotional, and physical symptoms.

Generally, Microcurrent Neurofeedback is deemed safe due to its non-invasive nature and the use of low electrical currents. Ensuring treatment is administered by a certified practitioner, and discussing a comprehensive medical and symptom history is vital before initiating treatment.

In a session, lasting usually between 25 to 30 minutes, sensors are placed on the scalp, which transmit and monitor tiny electrical currents to and from the brain. Individualized plans determine session duration and frequency based on personal response and treatment goals.

Responses to Microcurrent Neurofeedback can vary widely. Some individuals may observe notable shifts quickly after initiating treatment, while others might require multiple sessions before discerning alterations in TBI-related symptoms.

Experiences with lasting gains can differ. Some individuals report sustained improvements, while others might require ongoing sessions to uphold and extend the therapeutic benefits. The longevity of effects continues to be explored in ongoing research.

While many individuals undergo Microcurrent Neurofeedback without substantial side effects, some might experience mild and temporary symptoms like headache or emotional variability, generally resolving shortly after sessions.