Re-evaluating Existing Treatments Through Brain Energy Theory: From ECT to Surgery

Introduction: Why do ‘powerful’ treatments still remain shrouded in mystery?

Modern psychiatry possesses extremely powerful treatments used for patients with severe depression or obsessive-compulsive disorder who do not respond to medication. These range from Electroconvulsive Therapy (ECT), which passes electricity through the head, to Transcranial Magnetic Stimulation (TMS), which uses strong magnetic fields, and even neurosurgery in extreme cases.

For a long time, the medical community has lacked a clear conclusion as to “why” these treatments work. Explanations often remain abstract, such as “balancing neurotransmitters” or “rewiring brain circuits.” However, Christopher M. Palmer, MD, in his book Brain Energy (Chapter 19), presents a completely new perspective.

The essence of these physical interventions lies in a “forced reboot of brain energy metabolism.” Today, we will uncover the reality of the existing treatments we thought we knew through the lens of Brain Energy Theory.

1. Electroconvulsive Therapy (ECT): Awakening Mitochondria with High Voltage

Contrary to its terrifying image in movies, Electroconvulsive Therapy (ECT) is currently considered one of the most powerful and effective treatments for depression. Brain Energy Theory interprets the mechanism of ECT as follows:

Metabolic Stress Test: The strong current causes all brain cells to fire simultaneously. This is a kind of ‘shock therapy’ that imposes an enormous metabolic demand on cells and mitochondria.
Mitochondrial Biogenesis: The sudden energy consumption sends a signal to the cells: “We lack energy, build more factories!” Consequently, an increase in the number and efficiency of mitochondria within brain cells is observed after ECT.
Regulation of Glucagon and Insulin: Electrical stimulation also affects systemic metabolic hormone levels, improving insulin resistance and making the brain better able to absorb energy.

In short, ECT is a process of forcibly turning a stalled engine to improve the performance of the engine (mitochondria) itself.

2. Transcranial Magnetic Stimulation (TMS): Precise Metabolic Targeting

Transcranial Magnetic Stimulation (TMS) is less invasive than ECT and allows for the regulation of activity in specific brain regions.

Local Metabolic Activation: TMS primarily targets prefrontal areas responsible for emotional regulation. When mitochondria in these areas fail to produce enough energy, leading to depression, the magnetic stimulation locally ramps up metabolic activity in those neurons.
Fuel for Neuroplasticity: Creating new neural connections requires immense energy. TMS assists in repairing brain circuits by stimulating mitochondria to provide the necessary “energy currency” (ATP) for neuroplasticity.

3. Neurosurgery and Electrical Stimulation: Impact of Last Resorts on Metabolism

In extreme cases where there is no response to medication or non-invasive stimulation, Deep Brain Stimulation (DBS) or surgeries to remove specific brain tissue are considered.

Deep Brain Stimulation (DBS): This technology, which involves implanting electrodes in specific parts of the brain to send continuous electrical signals, stops or normalizes metabolic circuits that are overactive or malfunctioning. It is like applying a constant voltage to a malfunctioning computer component to stabilize it.
The Paradox of Resection: Why do symptoms improve after removing specific parts? According to Brain Energy Theory, removing “broken parts” that are damaged and interfering with metabolism or draining energy from surrounding cells improves the energy efficiency of the brain as a whole.

4. The Common Pathway: Why do all treatments converge on metabolism?

The core point Dr. Palmer emphasizes is this: medication, electricity, magnetic fields, and even surgery—their final destination is always “restoring mitochondrial function” and “metabolic balance.”

Enhancing Energy Supply: All treatments induce the brain to use energy more efficiently.
Reducing Oxidative Stress: Normalized metabolic processes reduce cytotoxicity, protecting the brain.
Anti-inflammatory Effects: As metabolism stabilizes, brain immune responses (inflammation) subside, accelerating healing.

5. Limits of Existing Treatments and the Future of Metabolic Psychiatry

While existing treatments are clearly powerful tools, Dr. Palmer points out one critical issue: the problem of “fuel supply.”

What if there’s no fuel even if you fix the engine?: Even if you stimulate mitochondria with ECT or TMS, the treatment effects may only be temporary if the patient continues to consume sugar and processed foods or remains in a state of chronic insulin resistance.
The Need for an Integrated Approach: True cure can only be reached when powerful physical treatments are accompanied by “metabolic foundation work” such as diet (ketogenic), exercise, and sleep management.

Conclusion: Your brain is healed by ‘energy’

So far, we have seen how deeply the psychiatric treatments we knew are actually connected to “energy metabolism.” This new perspective sends two important messages to patients.

First, the treatment you are receiving is not just covering up symptoms but an attempt to fix your brain’s “energy system.” Second, along with physical hospital treatments, the lifestyle choices you make every day are the decisive “fuel” that determines the success of that treatment.

Mitochondria only begin to beat vigorously again when both stimulation and fuel are provided. I hope this knowledge serves as a reassuring light on your journey to restoring your brain energy.

Further Reading: